The O URI B-Protocol provided O was O too O long O for O the O server B-Application to O process O . O Often O the O result O of O too O much O data O being O encoded O as O a O query-string O of O a O GET O request O , O in O which O case O it O should O be O converted O to O a O POST B-Protocol request I-Protocol . O Called O " O Request-URI O Too O Long O " O previously O in O RFC B-Protocol 2616 I-Protocol . O The O request O entity O has O a O media B-Application type I-Application which O the O server B-Application or O resource O does O not O support O . O For O example O , O the O client O uploads O an O image O as O image/svg B-Application +xml I-Application , O but O the O server B-Application requires O that O images O use O a O different O format O . O The O client O has O asked O for O a O portion O of O the O file O ( O byte B-Protocol serving I-Protocol ) O , O but O the O server B-Application cannot O supply O that O portion O . O Called O " O Requested O Range O Not O Satisfiable O " O previously O RFC B-Protocol 2616 I-Protocol . O Usually O such O a O reverse B-General_Concept proxy I-General_Concept mechanism O is O provided O by O using O an O application B-Protocol layer I-Protocol firewall I-Protocol that O focuses O on O the O specific O shape O and O contents O of O the O traffic O rather O than O just O controlling O access O to O specific O TCP B-Protocol and I-Protocol UDP I-Protocol ports I-Protocol ( O as O a O packet O filter O firewall B-Application would O do O ) O , O but O a O reverse B-General_Concept proxy I-General_Concept is O usually O not O a O good O substitute O for O a O well O thought O out O DMZ B-General_Concept design O as O it O has O to O rely O on O continuous O signature O updates O for O updated O attack O vectors O . O The O receiver O process O keeps O track O of O the O sequence B-Protocol number I-Protocol of O the O earliest O frame B-Protocol it O has O not O received O , O and O sends O that O number O with O every O acknowledgement B-Protocol ( O ACK B-Protocol ) O it O sends O . O SSH B-Protocol : O a O computer O offering O SSH B-Protocol access O may O go O to O sleep O , O and O awaken O via O the O sleep B-Protocol proxy I-Protocol service I-Protocol when O an O SSH B-Protocol login O is O initiated O . O Similarly O , O socket B-Protocol channels O ( O and O ) O allow O for O data O transfer O between O sockets O and O NIO O buffers O . O It O is O a O flat-file O wiki B-Protocol engine I-Protocol that O was O designed O to O be O easy O to O install O and O customize O . O Unlike O the O other O SYDI B-Protocol packages O this O is O not O able O to O write O Microsoft B-Application Word I-Application documents O , O however O the O XML B-Protocol file O created O can O be O converted O into O an O OpenOffice B-Application document O . O The O Messages B-Protocol app O also O incorporates O a O " O Business O Chat O " O feature O for O businesses O to O communicate O directly O with O customers O through O the O app O . O Any O IRC B-Protocol client O made O for O the O Internet B-Protocol Relay I-Protocol Chat I-Protocol can O work O , O once O connected O to O the O I2P B-Protocol IRC B-Protocol server O ( O on O localhost B-Protocol ) O . O Quad9 O is O a O global B-Operating_System public I-Operating_System recursive I-Operating_System DNS O resolver O that O aims O to O protect O users O from O malware O and O phishing O . O Quad9 O is O operated O by O the O Quad9 O Foundation O , O a O Swiss B-Protocol public-benefit O , O not-for-profit O foundation O with O the O purpose O of O improving O the O privacy O and O cybersecurity O of O Internet O users O , O headquartered O in O Zurich O . O Quad9 O is O entirely O subject O to O Swiss B-Protocol privacy O law O , O and O the O Swiss B-Protocol government O extends O that O protection O of O the O law O to O Quad9 O 's O users O throughout O the O world O , O regardless O of O citizenship O or O country O of O residence O . O Quad9 O was O the O first O to O use O standards-based O strong O cryptography O to O protect O the O privacy O of O its O users O ' O DNS O queries O , O and O the O first O to O use O DNSSEC B-Protocol cryptographic O validation O to O protect O users O from O domain B-Protocol name I-Protocol hijacking I-Protocol . O Quad9 O protects O users O ' O privacy O by O not O retaining O or O processing O the O IP B-Protocol address I-Protocol of O its O users O , O and O is O consequently O GDPR-compliant O . O Since O its O inception O , O Bitcoin B-Protocol users O had O maintained O a O common O set O of O rules O for O the O cryptocurrency O . O Using O serial B-Protocol memory I-Protocol communications I-Protocol to O off O chip O controllers B-General_Concept reduces O signaling O lanes O to O and O from O the O chip O , O increases O the O bandwidth O and O allows O the O processor O to O be O flexible O in O its O memory B-General_Concept technology O , O . O Add-on O features O ( O plug-ins O ) O , O like O the O ability O to O back B-Protocol up I-Protocol currently O open O or O locked O files O , O are O usually O charged O as O an O extra O , O but O some O services O provide O this O built O in O . O iCal B-Application Server I-Application is O the O first O commercial B-Application calendar B-Application server I-Application to O have O implemented O the O CalDAV B-Protocol standard O , O built O on O top O of O WebDAV B-Protocol . O iCal B-Application Server I-Application was O added O in O Mac B-Operating_System OS I-Operating_System X I-Operating_System Server I-Operating_System 10.5 O , O and O was O also O released O under O the O open-source B-License Apache B-Application License I-Application 2.0 I-Application as O Darwin B-Application Calendar I-Application Server I-Application . O Alternating B-Protocol bit I-Protocol protocol I-Protocol ( O ABP O ) O is O a O simple O network O protocol O operating O at O the O data B-Protocol link I-Protocol layer I-Protocol ( O OSI B-Protocol layer I-Protocol 2 I-Protocol ) O that O retransmits O lost O or O corrupted O messages O using O FIFO O semantics O . O Returned O by O version O 1 O of O the O Twitter B-Application Search O and O Trends O API O when O the O client O is O being O rate O limited O ; O versions O 1.1 O and O later O use O the O 429 O Too O Many O Requests O response O code O instead O . O Returned O by O ArcGIS B-Application for I-Application Server I-Application . O Returned O by O ArcGIS B-Application for I-Application Server I-Application . O The O server B-Application has O exceeded O the O bandwidth O specified O by O the O server B-Application administrator O ; O this O is O often O used O by O shared O hosting O providers O to O limit O the O bandwidth O of O customers O . O Used O by O Qualys O in O the O SSLLabs O server B-Application testing O API O to O signal O that O the O site O ca O n't O process O the O request O . O Used O by O some O HTTP B-Protocol proxies O to O signal O a O network O read O timeout O behind O the O proxy B-Application to O a O client O in O front O of O the O proxy B-Application . O An O error O used O by O some O HTTP B-Protocol proxies O to O signal O a O network O connect O timeout O behind O the O proxy B-Application to O a O client O in O front O of O the O proxy B-Application . O Microsoft O 's O Internet B-Application Information I-Application Services I-Application ( O IIS O ) O web O server B-Application expands O the O 4xx O error O space O to O signal O errors O with O the O client B-Protocol 's I-Protocol request I-Protocol . O Examples O of O this O include O Jekyll B-Protocol ( O Liquid O , O Ruby B-Language ) O , O Hugo B-Protocol ( O Go B-Application templates B-Language ) O , O and O Pelican O ( O Jinja2 B-Language , O Python B-Language ) O . O MSN B-Protocol Esports O ( O often O referred O to O as O MSN B-Protocol Esports O Hub O ) O is O a O Bing B-Application intelligence O AI B-Application curated O webpage O for O the O growing O esports O industry O . O In O February O 2015 O , O T-Mobile O confirmed O that O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol would O not O come O to O devices O other O than O the O Lumia B-Device 521 O and O Lumia B-Device 925 O . O Extended B-Application Validation I-Application certificates I-Application are O stored O in O a O file O format O specified O by O and O typically O use O the O same O encryption O as O organization-validated O certificates O and O domain-validated B-Protocol certificates I-Protocol , O so O they O are O compatible O with O most O server O and O user O agent O software O . O RBridges B-Protocol also O specify O the O next O hop O RBridge B-Protocol as O the O frame O destination O when O forwarding O unicast O frames O across O a O shared-media O link O , O which O avoids O spawning O additional O copies O of O frames O during O a O temporary O loop O . O Direct O connect O to O DisplayPort B-Protocol with O DPCP O as O with O its O predecessor O along O with O legacy O support O for O HDMI B-Protocol ( O and O HDCP B-Protocol ) O , O DVI O , O and O VGA O . O The O UEXT B-Protocol connector O consists O of O 10 O pins O , O in O a O two O row O by O five O male O pin O configuration O , O with O a O plastic O keyed-shroud O . O Internet B-Protocol Explorer I-Protocol 2 I-Protocol was O bundled O with O Windows B-Device NT I-Device 4 I-Device . O The O port O / O interface O index O numbers O are O of O course O local O and O are O shown O because O the O output O of O the O computations O produce O an O interface O index O ( O in O the O case O of O unicast B-Protocol ) O or O a O set O of O interface O indexes O ( O in O the O case O of O multicast B-Protocol ) O which O are O part O of O the O forwarding O information O base O ( O FIB O ) O together O with O a O destination O MAC O address O and O backbone O VID O . O The O IS-IS B-Protocol protocol O runs O on O all O the O links O shown O since O they O are O between O participating O nodes O . O There O are O two O separate O link O layers O defined O in O the O standard O , O which O is O suitable O for O data O transfer O over O Ethernet O & O serial O line O ( O PPP O - O Point-to-Point B-Protocol Protocol I-Protocol ) O . O Further O development O and O challenges O of O e-Society B-Protocol depend O on O the O use O of O new O ICT B-General_Concept technology O and O IoT B-Operating_System in O supporting O smart B-Operating_System media I-Operating_System and O smart O information O services O . O As O the O requesting O router O receives O updates O from O different O neighbouring O routers O it O will O only O update O the O reachable O networks O in O its O routing B-Protocol table I-Protocol , O if O it O receives O information O about O a O reachable O network O it O has O not O yet O in O its O routing B-Protocol table I-Protocol or O information O that O a O network O it O has O in O its O routing B-Protocol table I-Protocol is O reachable O with O a O lower O hop B-Protocol count I-Protocol . O The O Atmel-ICE O device O or O AVRISP O mkII O ( O Legacy O device O ) O connects O to O a O computer O 's O USB B-Protocol port I-Protocol and O performs O in-system B-Device programming I-Device using O Atmel O 's O software O . O It O is O designed O to O support O the O discovery O and O utilisation O of O local O data O caches O by O BitTorrent B-Protocol peers O , O typically O set O up O by O ISPs O wishing O to O minimise O the O impact O of O BitTorrent B-Protocol traffic O on O their O network O . O Route B-Protocol Views I-Protocol servers O get O their O information O by O peering B-Protocol directly O with O other O BGP B-Protocol routers O , O typically O at O large O Internet B-Protocol exchange I-Protocol points I-Protocol . O The O dialogue O between O OCS O client O machines O and O the O server O depends O on O the O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O . O Smartsheet B-Protocol was O developed O by O Smartsheet B-Protocol Inc O , O in O 2005 O and O introduced O to O the O public O in O 2006 O . O Citadel B-Protocol was O originally O written O for O the O CP/M B-Application operating I-Application system I-Application in O 1981 O by O Jeff O Prothero O , O known O to O the O nascent O Citadel B-Protocol world O as O Cynbe O ru O Taren O ( O CrT O ) O . O KakaoTalk B-Protocol has O targeted O countries O in O Southeast O Asia O where O no O dominant O mobile O messenger B-Application service I-Application stands O . O Systems O can O manage O this O problem O by O adding O metadata O such O as O a O protocol O number O or O by O formatting O messages O with O an O explicit O structure O , O such O as O XML B-Protocol . O A O network B-Protocol packet I-Protocol is O a O formatted O unit O of O data O carried O by O a O packet-switched B-Protocol network I-Protocol . O A O residential O proxy O is O an O intermediary O that O uses O a O real O IP B-Protocol address I-Protocol provided O by O an O Internet O Service O Provider O ( O ISP O ) O with O physical O devices O such O as O mobiles O and O computers B-Device of I-Device end-users I-Device . O Multiplayer O mode O is O playable O through O both O a O local B-General_Concept Wi-Fi O and O Bluetooth B-Protocol connection O , O and O a O global O internet O connection O . O TV B-Protocol Time I-Protocol . O 6 O Money O Heist O 4,450,122 O NetflixEnded O 3 O 2017 O – O 2021 O " O Money O Heist O on O TV B-Protocol Time I-Protocol " O . O In O December O 2018 O , O Facebook B-Application officially O ended O the O platform O policy O it O used O to O revoke O MessageMe B-Protocol 's O platform O access O . O However O , O provider-independent O blocks O may O increase O the O burden O on O global O routers O , O as O the O opportunity O for O efficient O route B-Protocol aggregation I-Protocol through O Classless B-Protocol Inter-Domain I-Protocol Routing I-Protocol ( O CIDR B-Protocol ) O may O not O exist O . O The O drop B-Protocol registrar I-Protocol phenomenon O is O directly O related O to O the O value O and O desirability O of O type-in B-Protocol traffic I-Protocol domain O names O . O On O the O client B-Protocol side O it O requires O only O a O PXE-capable O network B-Protocol interface I-Protocol controller I-Protocol ( O NIC O ) O , O and O uses O a O small O set O of O industry-standard O network O protocols O such O as O DHCP B-Protocol and O TFTP B-Device . O When O used O to O allow O simultaneous O transmission O and O reception O on O the O same O frequency O , O sometimes O referred O to O as O “ O in-band O full-duplex O ” O or O “ O simultaneous O transmit O and O receive O , O ” O SIC O effectively O doubles O spectral B-Protocol efficiency I-Protocol . O HDMI B-Protocol Ethernet O Channel O technology O consolidates O video O , O audio O , O and O data O streams O into O a O single O HDMI B-Protocol cable O , O and O the O HEC O feature O enables O IP-based O applications O over O HDMI B-Protocol and O provides O a O bidirectional O Ethernet O communication O at O 100Mbit/s O . O The O socket O is O primarily O a O concept O used O in O the O transport B-Architecture layer I-Architecture of O the O Internet B-Protocol protocol I-Protocol suite I-Protocol or O session B-Application layer I-Application of O the O OSI O model O . O Networking O equipment O such O as O routers B-Protocol , O which O operate O at O the O internet B-Protocol layer I-Protocol , O and O switches B-Protocol , O which O operate O at O the O link B-Protocol layer I-Protocol , O do O not O require O implementations O of O the O transport B-Architecture layer I-Architecture . O Dovecot B-Language is O an O open-source B-Application IMAP B-Protocol and O POP3 B-Protocol server B-Application for O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O written O primarily O with O security O in O mind O . O When O the O vector O size O is O , O it O is O OFDM B-Protocol and O when O the O vector O size O is O at O least O the O channel O length O and O the O FFT O size O is O , O it O is O SC-FDE O . O i915 O 2.6.9 O Intel B-Device GMA I-Device 830M O , O 845G O , O 852GM O , O 855GM O , O 865G O , O 915G O , O 945G O , O 965G O , O G35 O , O G41 O , O G43 O , O G45 O chipsets O . O Intel B-Application HD I-Application and I-Application Iris I-Application Graphics I-Application HD O Graphics O 2000/3000/2500/4000/4200/4400/4600/P4600/P4700/5000 O , O Iris B-Application Graphics I-Application 5100 O , O Iris B-Application Pro I-Application Graphics I-Application 5200 O integrated O GPUs B-Architecture . O nouveau B-Application 2.6.33 O NVIDIA O Tesla B-Operating_System , O Fermi B-General_Concept , O Kepler B-General_Concept , O Maxwell B-General_Concept based O GeForce B-Application GPUs B-Architecture , O Tegra B-Operating_System K1 O , O X1 O SoC O exynos O 3.2 O Samsung O ARM-based O Exynos O SoCs O vmwgfx O 3.2 O ( O from O staging O ) O Virtual O GPU B-Architecture for O the O VMware B-Operating_System SVGA2 O virtual O driver O gma500 O 3.3 O ( O from O staging O ) O Intel B-Device GMA I-Device 500 B-Device and O other O Imagination O Technologies O ( O PowerVR B-Device ) O based O graphics O GPUs B-Architecture experimental O 2D O KMS-only O driver O ast O 3.5 O ASpeed O Technologies O 2000 O series O experimental O mgag200 O 3.5 O Matrox B-Application MGA-G200 O server O display O enginesKMS-only O shmobile O 3.7 O Renesas O SH O Mobile O tegra B-Operating_System 3.8 O Nvidia O Tegra20 O , O Tegra30 O SoCs O omapdrm O 3.9 O Texas O Instruments O OMAP5 O SoCs O rcar-du O 3.11 O Renesas O R-Car O SoC O Display O Units O msm O 3.12 O Qualcomm O 's O Adreno B-General_Concept A2xx/A3xx/A4xx O GPU B-Architecture families O ( O Snapdragon B-Architecture SOCs I-Architecture ) O armada O 3.13 O Marvell O Armada O 510 O SoCs O bochs B-Language 3.14 O Virtual O VGA B-Protocol cards I-Protocol using O the O Bochs B-Language dispi O vga B-Protocol interface O ( O such O as O QEMU B-Application stdvga O ) O virtual O driver O sti O 3.17 O STMicroelectronics O SoC O stiH41x O series O imx O 3.19 O ( O from O staging O ) O Freescale B-Architecture i.MX I-Architecture SoCs O rockchip B-Architecture 3.19 O Rockchip B-Architecture SoC-based O GPUs B-Architecture KMS-only O amdgpu O 4.2 O AMD B-Device Radeon I-Device GPU B-Architecture series O with O the O architectures O GCN O 3rd O & O 4th O gen O . O The O only O known O deployment O of O stet B-Protocol to O date O is O available O at O the O GPLv3 O Draft O Process O site O , O . O These O were O consolidated O under O a O single O brand O , O with O the O release O of O MKS B-Protocol Integrity I-Protocol 2007 O in O July O 2007 O , O which O was O acquired O by O PTC O and O finally O renamed O PTC B-Protocol Integrity I-Protocol in O 2011 O . O eFront B-Protocol is O commonly O included O in O lists O of O well O known O open-source B-Application learning O systems O or O is O referred O to O as O a O Moodle B-Application alternative O . O Various O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O , O both O free O and O paid O , O was O released O for O the O game O , O including O boss O battles O against O Monokuma O from O the O Danganronpa B-Application series O . O The O gateway O hardware O consisted O of O the O core O functionality O of O a O BBC B-Device Micro I-Device , O this O being O the O network O service O module O connected O to O the O Econet B-Device , O combined O with O a O Z80 O second O processor O connected O via O the O Tube O interface O , O this O acting O as O the O gateway O module O and O having O 16KB O ROM O and O 32KB O of O private O RAM O , O augmented O by O another O board O with O a O Z80 O processor O with O 32KB O of O private O RAM O , O this O being O the O X25 O module O accessing O the O X.25 B-Protocol line O . O iptables B-Application is O the O current O user O interface B-Protocol for O interacting O with O Linux B-Application kernel O netfilter B-Application functionality O . O The O IETF O has O published O Happy B-Protocol Eyeballs I-Protocol to O assist O dual O stack O applications O , O so O that O they O can O connect O using O both O IPv4 B-Protocol and O IPv6 B-Protocol , O but O prefer O an O IPv6 B-Protocol connection O if O it O is O available O . O Proto O is O an O iOS-only O application O that O allows O users O to O create O wireframes O of O websites O and O apps O . O Publish O , O formerly O Omniture O Publish O , O was O an O on-demand O web O content B-Protocol management I-Protocol system O that O was O originally O developed O by O Omniture O , O which O was O acquired O by O Adobe O in O October O 2009 O . O EverQuest B-Protocol Next I-Protocol was O a O planned O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol ( O MMORPG B-Protocol ) O , O meant O to O be O the O successor O to O EverQuest B-Protocol , O EverQuest B-Protocol Online I-Protocol Adventures I-Protocol and O EverQuest B-Protocol II I-Protocol . O HTTP B-Protocol Client I-Protocol Hints I-Protocol ( O or O simply O Client B-Protocol Hints I-Protocol ) O are O a O set O of O HTTP B-Protocol Header I-Protocol Fields I-Protocol for O proactive O content B-Protocol negotiation I-Protocol in O the O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O . O The O result O is O an O HTTP B-Protocol binding O for O XMPP B-Protocol communications O that O is O intended O to O be O used O in O situations O where O a O device O or O client O is O unable O to O maintain O a O long-lived O TCP B-Protocol connection I-Protocol to O an O XMPP B-Protocol server O . O The O 6P2C O , O 6P4C O , O and O 6P6C O modular B-Architecture connectors I-Architecture are O probably O best O known O for O their O use O as O RJ11 O , O RJ14 O , O and O RJ25 O registered B-Protocol jacks I-Protocol , O respectively O . O VRChat B-Protocol gave O rise O to O a O meme O known O as O " O Ugandan O Knuckles O " O , O in O which O players O use O crude O in-game B-Application models O of O Knuckles O the O Echidna O from O the O Sonic B-Application the I-Application Hedgehog I-Application series I-Application while O repeating O the O catchphrase O " O Do O you O know O the O way O ? O " O In O 2009 O Richard O Alam O , O Denis O Zgonjanin O , O and O Fred O Dixon O uploaded O the O BigBlueButton B-Protocol source O code O to O Google O Code O and O formed O Blindside O Networks O , O a O company O pursuing O the O traditional O open B-License source I-License business I-License model I-License of O providing O paid O support O and O services O to O the O BigBlueButton B-Protocol community O . O An O IPv4 B-Protocol or O IPv6 B-Protocol address B-Protocol query O for O the O name O localhost O must O always O resolve O to O the O respective O loopback B-Protocol address B-Protocol , O which O is O specified O in O a O separate O standard O . O Applications O may O resolve O the O name O to O a O loopback B-Protocol address B-Protocol themselves O , O or O pass O it O to O the O local O name O resolver O mechanisms O . O When O a O name O resolver O receives O an O address B-Protocol ( O A O or O AAAA O ) O query O for O localhost O , O it O should O return O the O appropriate O loopback B-Protocol addresses O , O and O negative O responses O for O any O other O requested O record O types O . O AS B-Architecture number I-Architecture configured O incorrectly O on O either O router B-Protocol . O Implementation O of O such O a O bridge B-Protocol is O multiple O orders O of O magnitude O simpler O than O a O router B-Protocol . O The O actual O labor O mechanics O of O these O practices O may O be O similar O , O and O those O who O hold O employment O as O gold B-Protocol farmers I-Protocol may O also O work O as O power O levelers O . O Hierarchical B-Protocol routing I-Protocol is O the O procedure O of O arranging O routers B-Protocol in O a O hierarchical O manner O . O The O browser O can O dynamically O reformat O web O pages O for O a O small O screen O , O using O Opera O 's O Small B-Protocol Screen I-Protocol Rendering I-Protocol ( O SSR O ) O technology O and O text-wrapping B-Algorithm . O The O Society B-Protocol for I-Protocol Worldwide I-Protocol Interbank I-Protocol Financial I-Protocol Telecommunication I-Protocol ( O SWIFT B-Protocol ) O , O legally O S.W.I.F.T. B-Protocol The O congestion O control O algorithm O used O by O μTP B-Protocol , O known O as O Low B-Protocol Extra I-Protocol Delay I-Protocol Background I-Protocol Transport I-Protocol ( O LEDBAT B-Protocol ) O , O aims O to O decrease O the O latency O caused O by O applications O using O the O protocol O while O maximizing O bandwidth O when O latency O is O not O excessive O . O Instead O , O the O websites O and/or O computers O would O be O able O to O see O the O spoofed O IP B-Protocol address I-Protocol provided O by O the O service O . O Marq B-Protocol ( O formerly O Lucidpress B-Protocol ) O is O a O web-based O desktop O publishing O software O application O . O Likewise O , O since O it O is O a O tandem O between O nodes O 7 O and O 4 O it O creates O forwarding O state O from O node O 7 O for O packets B-Protocol in O this O service O to O node O 4 O this O results O in O a O true O multicast B-Protocol entry O where O the O DA/VID O have O outputs O on O two O interfaces O 1 O and O 2 O . O Version O 5.x O of O Help B-Protocol & I-Protocol Manual I-Protocol contains O a O completely O redesigned O Ribbon O interface O , O and O permits O multiple O users O to O collaborate O and O work O on O a O single O help O project O at O the O same O time O . O The O original O purpose O for O EverQuest B-Protocol Next I-Protocol Landmark B-Protocol was O mainly O as O a O player O content O creation O tool O for O EverQuest B-Protocol Next I-Protocol . O In O April O 2014 O , O Dave O Georgeson O , O director O of O development O on O the O EverQuest B-Protocol series O , O told O Polygon O in O the O interview O that O " O Sony O Online O [ Daybreak ] O wo O n't O ever O be O finished O making O Landmark B-Protocol " O . O In O March O 2010 O , O Dogwoof O became O the O first O Cisco B-Protocol Eos I-Protocol customer O in O the O U.K. O Anna O Godas O , O co-founder O of O Dogwoof O , O said O " O today O 's O film O industry O requires O Dogwoof O to O play O a O much O more O interactive O role O with O both O the O audience O and O filmmakers O . O " O In O October O 2020 O , O following O the O release O of O RuneScape B-Protocol 3 I-Protocol on O Steam B-Application , O it O was O announced O that O Old B-Protocol School I-Protocol Runescape I-Protocol would O arrive O on O the O platform O in O 2021 O . O It O also O supports O additional O LDAP B-Protocol objects O ( O e.g. O Alternate O mark O inversion O ( O AMI O ) O line B-Protocol codes I-Protocol are O modified O by O deliberate O insertion O of O bipolar B-Protocol violations I-Protocol . O The O clock O rate O of O an O incoming O T-carrier O is O extracted O from O its O bipolar O line B-Protocol code I-Protocol . O To O prevent O loss O of O synchronization O when O a O long O string O of O zeros O is O present O in O the O payload O , O deliberate O bipolar B-Protocol violations I-Protocol are O inserted O into O the O line B-Protocol code I-Protocol , O to O create O a O sufficient O number O of O transitions O to O maintain O synchronization O ; O this O is O a O form O of O run B-Protocol length I-Protocol limited I-Protocol coding I-Protocol . O The O receive O terminal O equipment O recognizes O the O bipolar B-Protocol violations I-Protocol and O removes O from O the O user O data O the O marks O attributable O to O the O bipolar B-Protocol violations I-Protocol . O When O voice O signals O are O digitized O for O transmission O via O T-carrier O , O the O data B-General_Concept stream I-General_Concept always O includes O ample O 1 O bits O to O maintain O synchronization O . O These O tables O can O be O written O in O plain O text O , O tab-separated B-Protocol values I-Protocol ( O TSV B-Protocol ) O , O or O reStructuredText B-Language ( O reST O ) O formats O files O in O any O text O editor O or O using O the O Robot O Integrated B-Application Development I-Application Environment I-Application ( O RIDE O ) O . O Such O frames O would O not O be O forwarded O by O the O switch B-Protocol to O any O ports O on O which O that O MAC O is O not O communicating O and O with O which O it O is O associated O in O the O MAC O address O table O . O At O login O and O later O at O intervals O , O the O mail B-Protocol user I-Protocol agent I-Protocol ( O client O ) O polls O the O mail B-Protocol delivery I-Protocol agent I-Protocol ( O server O ) O to O see O if O there O is O new O mail O , O and O if O so O downloads O it O to O a O mailbox O on O the O user O 's O computer O . O With O Inmarsat O , O Librestream B-Application has O successfully O tested O the O Onsight O system O over O the O Inmarsat O BGAN O satellite O network O to O provide O mobile B-Protocol collaboration I-Protocol to O land O and O maritime O satellite O customers O . O If O AS2 O now O wants O to O send O data O to O prefix O , O it O will O be O dropped O or O a O destination O unreachable O ICMP B-Protocol message O will O be O sent O back O at O the O routers B-Protocol of O AS2 O ( O not O AS1 O as O before O ) O , O because O is O not O in O the O routing B-Protocol table I-Protocol . O In O IPv6 B-Protocol , O the O block O is O reserved O for O IP B-Protocol address I-Protocol autoconfiguration O . O Web B-Protocol chat I-Protocol software O is O sometimes O used O in O a O business O context O as O live B-Protocol support I-Protocol software I-Protocol , O also O called O live B-Protocol support I-Protocol , O live B-Protocol help I-Protocol or O live B-Protocol chat I-Protocol . O In O the O case O of O a O 2-to-1 O multiplexer B-Protocol , O a O logic O value O of O 0 O would O connect O to O the O output O while O a O logic O value O of O 1 O would O connect O to O the O output O . O A O minimum O MTU B-Protocol of O 1,280 O octets O is O mandated O by O IPv6 B-Protocol , O but O hosts B-Device are O " O strongly O recommended O " O to O use O Path B-Protocol MTU I-Protocol Discovery I-Protocol to O take O advantage O of O MTUs B-Protocol greater O than O the O minimum O . O By O 1987 O , O DG/UX B-Operating_System 3.10 O had O been O released O , O with O 4.2BSD O TCP/IP B-Protocol networking O , O NFS B-Protocol and O the O X B-Operating_System Window I-Operating_System System I-Operating_System included O . O Platinum O launched O a O Kickstarter O in O February O 2020 O to O port O the O game O in O a O remastered O edition O to O the O Switch O and O other O platforms O including O PlayStation B-Operating_System 4 I-Operating_System and O Windows O when O stretch O goals O were O met O , O with O further O stretch O goals O to O add O downloadable B-Protocol content I-Protocol to O the O game O . O Hardcore O Gamer O cited O the O expansion O as O an O example O of O downloadable B-Protocol content I-Protocol that O would O have O never O fit O in O the O main O game O but O instead O let O the O developers O explore O other O ideas O . O Many O applications O and O network B-Device equipment I-Device deployments O require O their O network O locations O to O be O reachable O from O outside O their O local B-General_Concept networks I-General_Concept , O following O the O originally O envisioned O model O of O IP B-Protocol end-to-end B-Application connectivity I-Application across O the O Internet O , O so O they O can O operate O as O network B-Application servers I-Application and O accept O connections O from O remote O clients B-Protocol . O In O recent O years O USB B-Protocol flash-drives O have O become O more O popular O and O have O almost O replaced O diskettes B-Device and O CDs O . O Enabled O Do B-Protocol Not I-Protocol Track I-Protocol and O the O ad O blocker O by O default.3.20 O UI O improvements O . O A O free O and O open-source O implementation O of O the O Media B-Protocol Transfer I-Protocol Protocol I-Protocol is O available O as O libmtp O . O The O behavior O of O same-origin B-Protocol checks O and O related O mechanisms O is O not O well-defined O in O a O number O of O corner O cases O such O as O for O pseudo-protocols O that O do O not O have O a O clearly O defined O host B-Protocol name I-Protocol or O port O associated O with O their O URLs O ( O file O : O , O data O : O , O etc O . O ) O . O ( O 4 O ) O In O other O words O , O Archie B-Protocol 's O gatherer O scoured O FTP B-Protocol sites I-Protocol across O the O Internet O and O indexed B-Application all O of O the O files O it O found O . O In O 1993 O , O the O University O of O Nevada O System O Computing O Services O group O developed O Veronica B-Protocol . O Star B-Protocol Wraith I-Protocol : I-Protocol Shadows I-Protocol of I-Protocol Orion I-Protocol ( O also O known O as O Star B-Protocol Wraith I-Protocol III I-Protocol or O Star B-Protocol Wraith I-Protocol 3 I-Protocol ) O is O the O third O game O in O the O Star O Wraith O series O developed O by O StarWraith O 3D O Games O LLC O . O It O has O standalone B-General_Concept and O portable B-Application versions O with O each O new O client B-Protocol version O . O Further O innovations O : O EGroupware B-Protocol Firewall B-Protocol Dark O Mode O , O File O sharing O for O internal O users O , O EGroupware B-Protocol Mail B-Protocol server I-Protocol . O Every O version O of O Microsoft B-Application Windows I-Application from O Windows B-Application XP I-Application onward O includes O an O installed O Remote B-Protocol Desktop I-Protocol Connection I-Protocol ( O RDC O ) O ( O " O Terminal B-Protocol Services I-Protocol " O ) O client O ( O ) O whose O version O is O determined O by O that O of O the O operating B-General_Concept system I-General_Concept or O by O the O last O applied O Windows O Service O Pack O . O An O accompanying O paper O described O its O switching O nodes O ( O the O IMPs O ) O and O its O packet B-Protocol formats O . O However O , O the O subscription O box O is O no O longer O available O as O of O spring O 2020.Pillow O Pets O based O on O Animal B-Protocol Jam I-Protocol Classic I-Protocol in-game O avatars O are O sold O on O the O Pillow O Pets O official O website O , O and O on O various O online O stores O and O Amazon B-Application . O The O Woo B-Protocol Media I-Protocol network O had O over O 10 O million O active O users O with O an O average O of O 20 O thousand O registrants O per O day O at O the O time O of O the O sale O to O Zoosk O . O The O architecture O of O the O XMPP B-Protocol network O is O similar O to O email O ; O anyone O can O run O their O own O XMPP B-Protocol server O and O there O is O no O central O master O server O . O The O desktop O client O could O detect O software O already O installed O on O the O computer O in O order O to O update O them O via O the O application O store O and O to O save O the O list O online O as O a O backup B-Protocol . O by O default O Windows O PCs O send O the O first O TCP O Keepalive B-Protocol packet O after O 7200000ms O ( O 2 O hours O ) O , O then O sends O 5 O Keepalives B-Protocol at O 1000ms O intervals O , O dropping O the O connection O if O there O is O no O response O to O any O of O the O Keepalive B-Protocol packets O . O Four O downloadable B-Protocol content I-Protocol packs O were O released O in O January O 2015 O , O three O of O which O contained O in-game O items O and O character O skins O based O on O Tomb B-Application Raider I-Application : I-Application Legend I-Application , O and O the O Deus B-Application Ex I-Application and O Hitman B-Application franchises O . O PS/2 O keyboard O and O mouse O ports O , O VGA O display O port O and O 6 O USB B-Protocol 2.0 I-Protocol ports I-Protocol , O Internet O Mail O Citadel B-Protocol Claws B-Language Mail I-Language Courier B-Protocol Elm B-Application eM B-Protocol Client I-Protocol EmailTray B-Protocol Eudora B-Operating_System Evolution B-Language Gnus B-Operating_System GroupWise B-Operating_System Hiri B-Language i.Scribe B-Protocol / I-Protocol InScribe I-Protocol HCL B-Operating_System Notes I-Operating_System ( O 4.1.2 O + O ) O KMail O ( O with O GPG O ) O ( O 1.5 O + O , O with O GPGME O ) O Mailbird B-Protocol Mailpile B-Protocol Microsoft B-Application Entourage I-Application Microsoft B-Application Office I-Application Outlook I-Application ( O 2010+ O ) O Sort O Your O Emails O by O Conversation O in O Outlook O 2010 O - O How-To O Geek O Mozilla B-Protocol Mail I-Protocol & I-Protocol Newsgroups I-Protocol Mozilla B-Application Thunderbird I-Application Mulberry B-Application Mutt B-Device Yes(no support for images ) O ( O with O GPGME O ) O Netscape B-Application Messenger I-Application Netscape B-Protocol Messenger I-Protocol 9 I-Protocol nmh B-Protocol / I-Protocol MH I-Protocol Opera B-Operating_System Mail I-Operating_System Outlook B-Application Express I-Application Pegasus B-Application Mail I-Application Yes(sending is broken ) O Pine B-Operating_System ( O with O Pine B-Operating_System Privacy O Guard O ) O Pocomail B-Application RoundCube B-Language ( O depends O on O antivirus O ) O SeaMonkey B-Language Mail O & O Newsgroups O SquirrelMail B-Language ( O depends O on O antivirus O ) O Sylpheed B-Language The B-Application Bat I-Application ! I-Application On O 1 O June O 2021 O , O El O Salvador O President O Nayib O Bukele O announced O his O plans O to O adopt O bitcoin B-Protocol as O legal O tender O ; O this O would O render O El O Salvador O the O world O 's O first O country O to O do O so O . O Investors O of O AstroPrint B-Protocol include O Dave O McClure O , O Will O Bunker O , O Dave O Hodson O ( O Co-Founder O & O CTO O of O MessageCast O Inc O . O ) O and O Christine O Tsai O . O ProjectManager.com B-Protocol won O a O Project O Management O Institute O ( O PMI O ) O award O in O July O 2009 O . O A O further O problem O is O jitter O , O a O type O of O packet B-Protocol delay I-Protocol due O to O changes O in O latency O over O time O , O which O results O in O choppy O or O distorted O sound O . O This O is O specified O in O G.Sup43.84110000OTU252526.4 O Transports O a O 25 B-Protocol Gigabit I-Protocol Ethernet I-Protocol signal2010221000 O OTU34043Transports O an O OC-768 O or O STM-256 B-Protocol signal O or O a O 40 B-Protocol Gigabit I-Protocol Ethernet I-Protocol signal.OTN O offers O transparent O service O delivery O , O Retrieved O June O 2 O , O 20073216431100 O OTU3e1/24144.5develop O for O transport O of O 10G O LAN B-General_Concept PHY O , O and O one O for O 10G O WAN O PHY O , O over O SDH B-Protocol and O OTN.3216431100 O OTU505052.8Transports O a O 50 B-Protocol Gigabit I-Protocol Ethernet I-Protocol signal4020552110 O OTU4100111.8Transports O a O 100 B-Protocol Gigabit I-Protocol Ethernet I-Protocol signal804010102221 O OTUCnn O x O 100n O x O 105.2n O instances O of O a O logically O interleaved O 100G B-Protocol ( O C O = O 100 O ) O frame O format O Total O bandwidth O / O ODU O size O . O The O OTUk B-Protocol ( O k O = O 1/2/2e/3/3e2/4 O ) O is O an O information O structure O into O which O another O information O structure O called O ODUk O ( O k O = O 1/2/2e/3/3e2/4 O ) O is O mapped O . O The O FlexRay B-Protocol consortium I-Protocol disbanded O in O 2009 O , O but O the O FlexRay B-Protocol standard O is O now O a O set O of O ISO O standards O , O ISO O to O . O As O a O result O , O clients O and O servers O are O either O forced O to O disable O HTTP B-Protocol compression I-Protocol completely O ( O thus O reducing O performance O ) O , O or O to O adopt O workarounds O to O try O to O foil O BREACH B-Protocol in O individual O attack O scenarios O , O such O as O using O cross-site B-Protocol request I-Protocol forgery I-Protocol ( O CSRF B-Protocol ) O protection O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O A O request O method O is O not O supported O for O the O requested O resource O ; O for O example O , O a O GET O request O on O a O form O that O requires O data O to O be O presented O via O POST B-Protocol , O or O a O PUT O request O on O a O read-only O resource O . O See O Content B-Protocol negotiation I-Protocol . O The O client O must O first O authenticate O itself O with O the O proxy B-Application . O The O server B-Application timed O out O waiting O for O the O request O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O Indicates O that O the O request O could O not O be O processed O because O of O conflict O in O the O current O state O of O the O resource O , O such O as O an O edit B-Operating_System conflict I-Operating_System between O multiple O simultaneous O updates O . O Most O use O cases O do O not O require O clients O and O search O engines O to O purge O the O resource O , O and O a O " O 404 B-Protocol Not I-Protocol Found I-Protocol " O may O be O used O instead O . O The O server B-Application does O not O meet O one O of O the O preconditions O that O the O requester O put O on O the O request O header O fields O . O The O request O is O larger O than O the O server B-Application is O willing O or O able O to O process O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O A O request O method O is O not O supported O for O the O requested O resource O ; O for O example O , O a O GET O request O on O a O form O that O requires O data O to O be O presented O via O POST B-Protocol , O or O a O PUT O request O on O a O read-only O resource O . O See O Content B-Protocol negotiation I-Protocol . O The O client O must O first O authenticate O itself O with O the O proxy B-Application . O The O server B-Application timed O out O waiting O for O the O request O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O Indicates O that O the O request O could O not O be O processed O because O of O conflict O in O the O current O state O of O the O resource O , O such O as O an O edit B-Operating_System conflict I-Operating_System between O multiple O simultaneous O updates O . O Zune B-Protocol Software I-Protocol manages O the O contents O on O Windows B-Protocol Phone I-Protocol 7 O devices O and O Windows B-Protocol Phone I-Protocol can O wirelessly O sync O with O Zune B-Protocol Software I-Protocol . O When O the O designer O publishes O their O website O , O Webydo B-Protocol 's O code O generator O automatically O creates O the O HTML B-Language code I-Language , O which O is O updated O to O the O W3C O standards O , O cross-browser B-Architecture and O cross-platform B-Operating_System compatible O , O optimized O for O search O engines O and O comes O with O a O built-in O content B-Protocol management I-Protocol system I-Protocol ( O CMS B-Protocol ) O and O SEO O management O tools O . O Early O research O efforts O towards O transport B-Architecture layer I-Architecture security O included O the O Secure B-Protocol Network I-Protocol Programming I-Protocol ( O SNP O ) O application B-Application programming I-Application interface I-Application ( O API B-Application ) O , O which O in O 1993 O explored O the O approach O of O having O a O secure O transport B-Architecture layer I-Architecture API B-Application closely O resembling O Berkeley B-Protocol sockets I-Protocol , O to O facilitate O retrofitting O pre-existing O network O applications O with O security O measures O . O Due O to O the O simplicity O of O the O Gopher B-Protocol protocol I-Protocol , O setting O up O new O servers O or O adding O Gopher B-Protocol support O to O browsers O is O often O done O in O a O tongue-in-cheek O manner O , O principally O on O April O Fools O ' O Day O . O Because O a O kernel B-Operating_System implementation O of O the O TCP O stack O can O be O seen O as O a O bottleneck O , O the O protocol O is O typically O implemented O in O hardware O RDMA B-General_Concept network B-Protocol interface I-Protocol controllers I-Protocol ( O rNICs O ) O . O Since O the O line O cards O in O a O load-balanced B-Protocol switch I-Protocol do O not O need O to O be O physically O near O one O another O , O one O possible O implementation O is O to O use O an O entire O continent O - O or O global-sized O backbone O network O as O the O interconnection O mesh O , O and O core O routers B-Protocol as O the O " O line O cards O " O . O In O some O online O contexts O , O including O Internet B-Application forums I-Application , O online B-Protocol chats I-Protocol , O and O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol games I-Protocol ( O MMORPGs B-Protocol ) O , O users O can O represent O themselves O visually O by O choosing O an O avatar B-Application , O an O icon-sized O graphic O image O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Optionally O , O the O Notes O client B-Operating_System can O be O configured O to O have O the O user O use O their O Active B-Protocol Directory I-Protocol identity O . O Bridges B-Protocol and O switches B-Protocol operate O at O the O data B-Protocol link I-Protocol layer I-Protocol ( O layer B-Protocol 2 I-Protocol ) O of O the O OSI O model O and O bridge O traffic O between O two O or O more O network B-Protocol segments I-Protocol to O form O a O single O local B-General_Concept network I-General_Concept . O Not O all O network O systems O or O media O feature O broadcast/collision O domains O . O For O example O , O PPP B-Protocol links I-Protocol . O Travian B-Protocol : I-Protocol Legends I-Protocol is O a O persistent O , O browser-based O , O massively B-Protocol multiplayer I-Protocol , I-Protocol online I-Protocol real-time I-Protocol strategy I-Protocol game I-Protocol developed O by O the O German O software O company O Travian B-Protocol Games O . O DTD O markup O declarations O declare O which O element O types O , O attribute O lists O , O entities O , O and O notations O are O allowed O in O the O structure O of O the O corresponding O class O of O XML B-Protocol documents I-Protocol . O DNSSEC B-Protocol is O becoming O more O widespread O as O the O deployment O of O a O DNSSEC B-Protocol root B-Application key I-Application has O been O done O by O ICANN B-Application . O Often O the O result O of O too O much O data O being O encoded O as O a O query-string O of O a O GET O request O , O in O which O case O it O should O be O converted O to O a O POST B-Protocol request I-Protocol . O Called O " O Request-URI O Too O Long O " O previously O in O RFC B-Protocol 2616 I-Protocol . O The O request O entity O has O a O media B-Application type I-Application which O the O server B-Application or O resource O does O not O support O . O For O example O , O the O client O uploads O an O image O as O image/svg B-Application +xml I-Application , O but O the O server B-Application requires O that O images O use O a O different O format O . O The O client O has O asked O for O a O portion O of O the O file O ( O byte B-Protocol serving I-Protocol ) O , O but O the O server B-Application cannot O supply O that O portion O . O Called O " O Requested O Range O Not O Satisfiable O " O previously O RFC B-Protocol 2616 I-Protocol . O The O server B-Application cannot O meet O the O requirements O of O the O Expect O request-header O field O . O This O code O was O defined O in O 1998 O as O one O of O the O traditional O IETF O April O Fools O ' O jokes O , O in O RFC B-Protocol 2324 I-Protocol , O Hyper B-Protocol Text I-Protocol Coffee I-Protocol Pot I-Protocol Control I-Protocol Protocol I-Protocol , O and O is O not O expected O to O be O implemented O by O actual O HTTP B-Protocol servers O . O In O 2007 O , O Sony O Online O Entertainment O received O a O Technology O & O Engineering O Emmy O Award O for O EverQuest B-Protocol under O the O category O of O " O Development O of O Massively O Multiplayer O Online O Graphical O Role O Playing O Games O " O . O Since O a O pulse O 's O runtime O will O never O exceed O slot B-Protocol time I-Protocol ( O the O maximum O theoretical O time O for O a O frame O to O travel O a O network O ) O , O the O network B-Protocol interface I-Protocol controller I-Protocol , O or O NIC O waits O a O minimum O of O slot B-Protocol time I-Protocol before O retransmitting O after O a O collision O happened O , O in O order O to O allow O any O pulse O that O was O initiated O at O the O time O that O the O waiting O NIC O was O requested O to O send O , O to O reach O all O other O nodes O . O Remote B-Protocol error I-Protocol indication I-Protocol ( O REI O ) O or O formerly O far B-Protocol end I-Protocol block I-Protocol error I-Protocol ( O FEBE B-Protocol ) O is O an O alarm O signal O used O in O synchronous B-Protocol optical I-Protocol networking I-Protocol ( O SONET B-Protocol ) O . O Newsreaders B-Protocol that O help O users O to O adhere O to O the O established O conventions O of O Usenet B-Application , O known O as O netiquette O , O are O evaluated O by O the O Good B-Protocol Netkeeping I-Protocol Seal I-Protocol of I-Protocol Approval I-Protocol ( O GNKSA B-Protocol ) O . O XDP O has O infrastructure O to O offload O the O eBPF B-Protocol program O to O a O network B-Protocol interface I-Protocol controller I-Protocol which O supports O it O , O reducing O the O CPU O load O . O An O optional O feature O of O IPv6 B-Protocol , O the O jumbo B-Protocol payload I-Protocol option O in O a O Hop-By-Hop O Options O extension O header B-General_Concept , O allows O the O exchange O of O packets B-Protocol with O payloads O of O up O to O one O octet O less O than O 4GB O ( O 232−1 O = O octets O ) O , O by O making O use O of O a O 32-bit O length O field O . O CompleteFTP B-Protocol version O 1.0 O was O released O in O October O 2008 O under O a O commercial O license O . O When O a O newer O Serial O ATA O ( O SATA O ) O was O introduced O in O 2003 O , O the O original O ATA O was O renamed O to O Parallel B-Protocol ATA I-Protocol , O or O PATA B-Protocol for O short O . O The O GSBL O was O a O powerful O set O of O assembler B-Language routines O written O for O IBM O and O compatible O PCs O that O allowed O up O to O 32 O simultaneous O serial B-Protocol port I-Protocol or O dialup O connections O to O a O single O software O instance O without O the O need O for O an O external O multitasker B-Operating_System . O It O also O includes O guidelines O to O design O RTP B-Protocol payload I-Protocol formats I-Protocol , O usage O rules O of O SDP B-Language to O transport O ISO/IEC O 14496-1-related O information O , O MIME B-Protocol type O definitions O , O analysis O on O RTP B-Protocol security O and O multicasting O . O Framework7 B-Protocol Icons O . O The O MAC B-Protocol sublayer I-Protocol and O the O logical O link O control O ( O LLC O ) O sublayer O together O make O up O the O data B-Protocol link I-Protocol layer I-Protocol . O Zero-knowledge B-Protocol proofs I-Protocol were O first O conceived O in O 1985 O by O Shafi O Goldwasser O , O Silvio O Micali O , O and O Charles O Rackoff O in O their O paper O " O The O Knowledge O Complexity O of O Interactive O Proof-Systems O " O . O In O IPv4 B-Protocol , O link-local O addresses O are O normally O only O used O when O no O external O , O stateful O mechanism O of O address O configuration O exists O , O such O as O the O Dynamic B-Protocol Host I-Protocol Configuration I-Protocol Protocol I-Protocol ( O DHCP B-Protocol ) O , O or O when O another O primary O configuration O method O has O failed O . O Nonetheless O , O Australian O banks O have O adopted O the O blockchain B-Application technology I-Application on O which O bitcoin B-Protocol is O based O . O Bethesda O 's O Todd O Howard O confirmed O during O E3 O 2008 O that O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O would O be O prepared O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O Windows B-Application versions O of O Fallout B-Application 3 I-Application . O It O was O also O the O first O major O IM O client B-Protocol to O feature O BUZZing O and O music-status O . O As O of O April O 20 O , O 2015 O , O Google B-Application closed O Google B-Protocol Helpouts I-Protocol . O The O best O known O example O of O a O PC O device O that O uses O programmed B-General_Concept I/O I-General_Concept is O the O Parallel O AT B-Protocol Attachment I-Protocol ( O PATA B-Protocol ) O interface O ; O however O , O the O AT B-Protocol Attachment I-Protocol interface I-Protocol can O also O be O operated O in O any O of O several O DMA B-General_Concept modes O . O In O the O initial O stages O of O the O Internet O ( O ARPANET O ) O , O addressing O of O hosts B-Protocol on O the O network O was O achieved O by O static O translation O tables O that O mapped O hostnames O to O IP B-Protocol addresses I-Protocol . O Echo B-Protocol of I-Protocol Soul I-Protocol is O a O free-to-play O fantasy O MMORPG B-Protocol . O CrimeCraft B-Protocol was O periodically O updated O by O the O developers O , O adding O new O features O , O maps O , O gametypes O , O and O community O requests O to O the O game O . O In O comparison O , O the O 6Gbit/s O raw O bandwidth O of O SATA3.0 O equates O effectively O to O 600MB/s O ( O 6 O GT/s O raw O data O rate O and O 8b/10b B-Protocol encoding I-Protocol ) O . O Originally O , O Jabber.org B-Protocol also O offered O Jabber B-Protocol accounts O . O Browser B-Protocol engines I-Protocol are O used O in O other O types O of O programs O besides O web B-Application browsers I-Application . O Network B-Protocol packets I-Protocol may O contain O a O checksum B-Algorithm , O parity B-Error_Name bits I-Error_Name or O cyclic O redundancy O checks O to O detect O errors O that O occur O during O transmission O . O supports O HTTP/2 B-Protocol . O Akamai B-Application was O the O first O major O CDN O to O support O HTTP/2 B-Protocol and O HTTP/2 B-Protocol Server I-Protocol Push I-Protocol . O SBx81CFC960 O - O 960Gbit/s O controller O card O featuring O an O Ethernet O management O port O and O an O RS-232 O console O port O , O and O four O 10Gigabit O SFP+ B-Protocol ports I-Protocol for O network O use O or O for O the O VCSPlus O chassis-stacking O feature O . O OTR O uses O a O combination O of O AES B-Algorithm symmetric-key B-Algorithm algorithm I-Algorithm with O 128 O bits O key O length O , O the O Diffie B-Protocol – I-Protocol Hellman I-Protocol key I-Protocol exchange I-Protocol with O 1536 O bits O group O size O , O and O the O SHA-1 B-Algorithm hash I-Algorithm function O . O In O 1986 O , O Chuck O Forsberg O released O ZMODEM B-Device , O a O radically O improved O file B-Protocol transfer I-Protocol protocol I-Protocol that O offered O many O new O features O , O high O performance O , O and O ran O on O services O that O corrupted O XMODEM B-Protocol transfers O . O The O suggested O implementation O can O , O like O the O fixed O length O implementation O , O be O seen O as O traffic B-Protocol shaping O function O in O which O the O queue O is O a O delay O element O , O rather O than O the O bucket B-Device , O and O the O function O that O services O the O queue O is O , O in O this O case O , O explicitly O given O as O a O token B-Algorithm bucket I-Algorithm : O it O is O decremented O for O conforming O packets B-Protocol and O incremented O at O a O fixed O rate O . O The O hubs B-Protocol may O alter O the O IP B-Protocol in O client O to O client O connections O , O pointing O to O a O potential O victim O . O 2 O : O Heart O of O Chornobyl O GSC O Game O World O GSC O Game O World O OP O State O of O Decay O 3 O Undead O Labs O Xbox B-Protocol Game O Studios O OP O Starfield B-Application Action B-Application role-playing I-Application Bethesda O Game O Studios O Bethesda O Softworks O Star O Ocean O : O The O Divine O Force O Action B-Application role-playing I-Application Tri-Ace O Square O Enix O Steelrising O Spiders O Nacon O Stonefly O Action-adventure O Flight O School O Studios O MWM O Interactive O Stranger B-Application of I-Application Paradise I-Application : I-Application Final I-Application Fantasy I-Application Origin I-Application Action B-Application role-playing I-Application Team O Ninja O Square O Enix O Stray O Blade O Action B-Application role-playing I-Application Point O Blank O 505 O Games O Street B-Application Fighter I-Application 6 I-Application Fighting O Capcom O Capcom O Subnautica B-Application : I-Application Below I-Application Zero I-Application Action-adventure O Unknown O Worlds O Entertainment O Bandai O Namco O Entertainment O Suicide B-Application Squad I-Application : I-Application Kill I-Application the I-Application Justice I-Application League I-Application Action-adventure O Rocksteady O Studios O WB O Games O Super B-Application Animal I-Application Royale I-Application Battle O royale O Pixile O Modus O Games O Super B-Application Monkey I-Application Ball I-Application : I-Application Banana I-Application Mania I-Application Platform O Ryu B-Application Ga I-Application Gotoku I-Application Studio O Sega O Sword B-Application Art I-Application Online I-Application : I-Application Last I-Application Recollection I-Application Action B-Application role-playing I-Application Aquria O Bandai O Namco O Entertainment O Sword O of O the O Necromancer O Grimorio O of O Games O JanduSoft O Synduality B-Application Third-person O shooter O Bandai O Namco O Studios O Bandai O Namco O Entertainment O Tales B-Application of I-Application Arise I-Application Action B-Application role-playing I-Application Bandai O Namco O Studios O Bandai O Namco O Entertainment O Tekken B-Device 8 I-Device Fighting O Bandai O Namco O Studios O Bandai O Namco O Entertainment O Temtem B-Protocol MMORPG B-Protocol Crema O Humble O Games O Test B-Device Drive I-Device Unlimited I-Device Solar I-Device Crown I-Device Racing O Kylotonn O Nacon O Tetris B-Application Effect I-Application : I-Application Connected I-Application Puzzle O Enhance O Games O SD O OP O Tiny B-Application Tina I-Application 's I-Application Wonderlands I-Application Gearbox O Software O 2K O Games O Tom B-Application Clancy I-Application 's I-Application Rainbow I-Application Six I-Application Extraction I-Application Tactical O shooter O Ubisoft O Montreal O Ubisoft O Tom B-Application Clancy I-Application 's I-Application Rainbow I-Application Six I-Application Siege I-Application Tactical O shooter O Ubisoft O Montreal O Ubisoft O Tony B-Application Hawk I-Application 's I-Application Pro I-Application Skater I-Application 1 I-Application + I-Application 2 I-Application Sports O Vicarious O Visions O Activision O Tormented O Souls O Survival B-Application horror B-Application PQube O Action-adventure O Shin'en O Multimedia O Shin'en O Multimedia O Trifox O Action-adventure O Glowfish O Interactive O Big O Sugar O Trek O to O Yomi O Action-adventure O Flying O Wild O Hog O Devolver O Digital O Twelve B-Application Minutes I-Application Adventure O Luis O Antonio O Annapurna O Interactive O Two B-Device Point I-Device Campus I-Device Business B-Application simulation I-Application Two O Point O Studios O Sega O Ultimate O Fishing B-Application Simulator O 2 O Sports O Ultimate O Games O Ultimate O Games O Unexplored O 2 O : O The O Wayfarer O 's O Legacy O Roguelike O Ludomotion O Ludomotion O Unknown O 9 O : O Awakening O Action-adventure O Reflector O Entertainment O TBA O Vampire B-Application : I-Application The I-Application Masquerade I-Application – I-Application Bloodlines I-Application 2 I-Application Action-adventure O Hardsuit O Labs O Paradox O Interactive O SD O OP O Vampire B-Application : I-Application The I-Application Masquerade I-Application – I-Application Swansong I-Application Action B-Application role-playing I-Application Big O Bad O Wolf O Nacon O Warframe B-Application Third-person O shooter O Digital O Extremes O Digital O Extremes O Warhammer B-Application : I-Application Chaosbane I-Application Eko O Software O Bigben O Interactive O Warhammer O 40,000 O : O Battlesector O Turn-based O tactics O Black O Lab O Games O Slitherine O Software O Warhammer B-Application 40,000 I-Application : I-Application Darktide I-Application Action B-Application Fatshark O Fatshark O OP O Warhammer O 40,000 O : O Shootas O , O Blood O & O Teef O Run O and O gun O Rogueside O Rogueside O War O Mongrels O Real-time B-Application tactics I-Application Destructive B-Application Creations I-Application All O In O ! O There O are O quite O a O few O phlogs B-Application floating O around O gopherspace B-Protocol but O the O vast O majority O are O not O updated O regularly O . O URL B-Protocol rewriting I-Protocol Servers O often O use O .htaccess B-Protocol for O rewriting O long O , O overly O comprehensive O URLs O to O shorter O and O more O memorable O ones O . O Using O AYIYA B-Protocol to O provide O IPv6 B-Protocol for O a O host O is O in O effect O already O providing O mobility O for O that O end O point O as O it O can O use O its O IPv6 B-Protocol address O regardless O of O geographic O location O . O Arrayed B-Protocol waveguide I-Protocol gratings I-Protocol are O commonly O used O for O multiplexing O and O demultiplexing O in O WDM B-Architecture . O User O interface O improvements O included O the O " O layers O " O windowing O system O for O the O DMD B-Protocol 5620 I-Protocol graphics O terminal O , O and O the O SVR3.2 O curses B-Device libraries I-Device that O offered O eight O or O more O color O pairs O and O other O at O this O time O important O features O ( O forms O , O panels O , O menus O , O etc O . O ) O . O A O version O of O the O leaky B-Algorithm bucket I-Algorithm , O the O generic B-Algorithm cell I-Algorithm rate I-Algorithm algorithm I-Algorithm , O is O recommended O for O Asynchronous O Transfer O Mode O ( O ATM O ) O networks O in O Usage/Network B-Protocol Parameter I-Protocol Control I-Protocol at O user O – O network O interfaces O or O inter-network O interfaces O or O network-to-network O interfaces O to O protect O a O network O from O excessive O traffic B-Protocol levels O on O connections O routed O through O it O . O Juniper B-Protocol J I-Protocol series I-Protocol is O a O line O of O enterprise O routers B-Protocol designed O and O manufactured O by O Juniper O Networks O . O While O Windows B-Protocol Phone I-Protocol contains O many O new O features O , O a O number O of O capabilities O and O certain O programs O that O were O a O part O of O previous O versions O up O to O Windows B-Operating_System Mobile I-Operating_System 6.5 I-Operating_System were O removed O or O changed O . O An O IP B-Protocol address I-Protocol is O assigned O to O each O device O ( O e.g. O It O was O reported O that O these O new O tablets B-Device , O operating O on O Android B-Application 2.2 O or O Android B-Application 2.3 O , O would O feature O dual O cameras O , O Tegra B-Operating_System processors O , O Bluetooth O 2.1 O , O GPS O , O and O Micro O HDMI B-Protocol out O . O These O applications O and O games O can O be O accessed O via O the O " O Activities O " O or O " O Games O " O menu O within O a O Windows B-Protocol Live I-Protocol Messenger I-Protocol Conversation O window.Photo O Gallery O SDKIncludes O the O Publishing O Plug-in O Platform O which O enables O the O creation O of O photo O and O video O publishing O plug-ins O for O Windows B-Device Live I-Device Photo I-Device Gallery I-Device , O as O well O as O Simple O Extensibility O Points O which O provide O ways O to O extend O , O customize O , O and O integrate O with O Windows O Live O Photo O Gallery.Writer O SDKIncludes O the O Application O API B-Application that O allow O developers O create O applications O that O launches O Windows B-Protocol Live I-Protocol Writer I-Protocol to O create O new O posts O or O " O Blog O This O " O items O for O links O , O snippets O , O images O , O and O feed O items O , O the O Content O Source O Plugin O API B-Application that O help O developers O to O extend O the O capabilities O of O Windows B-Protocol Live I-Protocol Writer I-Protocol to O insert O , O edit O , O and O publish O new O types O of O content O , O and O the O Provider O Customization O API B-Application that O allow O developers O to O customize O and O add O new O capabilities O to O the O Windows B-Protocol Live I-Protocol Writer I-Protocol user O interface O . O VNS3 B-Protocol software O creates O IPSec B-Protocol tunneling O connections O similar O to O a O site-to-site O VPN B-Application . O The O Zombie B-Application Island O of O Dr. O Ned O is O the O first O installment O of O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O for O Borderlands B-Application and O includes O new O quests O , O items O , O and O enemies O — O including O WereSkags O and O various O zombies B-Application . O + O Microsoft B-Device Lumia I-Device devices O Name O Codename O Release O date O Series O Generation O Installed O operating O system O Variations O Microsoft B-Application Lumia I-Application 535 I-Application Chakra O 500 O 3 O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol Dual O SIM O Microsoft B-Device Lumia I-Device 435 I-Device Vela O 400 O 3 O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol Dual O SIM O Microsoft B-Application Lumia I-Application 532 I-Application Leo O 500 O 3 O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol Dual O SIM O Microsoft B-Application Lumia I-Application 640 I-Application Dempsey O 600 O 4 O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol LTE O , O Dual O SIM O , O LTE O Dual O SIM O . O The O high O availability O for O subscriber O management O applications O , O including O all O Point-to-Point B-Protocol Protocol I-Protocol and O Dynamic B-Protocol Host I-Protocol Configuration I-Protocol Protocol I-Protocol access O options O , O means O that O all O subscriber O sessions O and O services O remain O active O during O failure O . O In O contrast O , O HTTP/2 B-Protocol hosted O on O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP B-Protocol ) O can O suffer O head-of-line-blocking B-Protocol delays O of O all O multiplexed B-Architecture streams O if O any O of O the O TCP B-Protocol packets B-Protocol are O delayed O or O lost O . O QUIC O 's O secondary O goals O include O reduced O connection O and O transport O latency B-Protocol , O and O bandwidth O estimation O in O each O direction O to O avoid O congestion B-Protocol . O May O 1997 O NFSv3 B-Protocol made O default O , O virtual O FTP O hosting O 22 O October O 1997 O update O support O for O Cyrix O and O AMD B-Device processors I-Device , O new O VGA B-Protocol library B-Library 25 O March O 1998 O ATAPI O floppy O drives O , O improved O Linux B-General_Concept emulation I-General_Concept , O new O sound O driver O , O new O Plug O and O Play O ( O PnP O ) O support O 22 O July O 1998 O FAT32 B-Application support O , O update O to O PC98 O architecture B-General_Concept 29 O November O 1998 O Dummynet B-Protocol traffic O shaping O , O bridging O on O multiple O interfaces O , O support O use O of O IDE B-Protocol drives I-Protocol larger O than O 8GiB O 16 O October O 1998 O symmetric B-Operating_System multiprocessing I-Operating_System ( O SMP B-Operating_System ) O , O CAM O ( O Common O Access O Method O ) O SCSI B-Architecture system O , O ELF O executables O , O secure O RPC O , O ATAPI/IDE O CD O burner O and O tape O drive O support O , O VESA O video O modes O , O Perl B-Language 5 O replaced O Perl B-Language 4 O in O base O system O , O KerberosIV O 15 O February O 1999 O initial O USB B-Protocol device O support O , O Pluggable B-Application Authentication I-Application Modules I-Application ( O PAM O ) O 17 O May O 1999 O addition O of O Internet O Software O Consortium O DHCP O client O to O base O , O expanded O USB B-Protocol device O support O , O improved O filesystem O support O ( O direct O access O to O NTFS O , O Joliet O extensions O for O ISO O 9660 O ) O 17 O September O 1999 O improved O USB B-Protocol support O , O major O vinum O updates O , O improvements O to O IPFW B-Protocol , O Advanced B-Device power I-Device management I-Device , O Berkeley B-Protocol Packet I-Protocol Filter I-Protocol enabled O by O default O , O addition O of O many O drivers O 20 O December O 1999 O Netgraph B-Device , O RAID-5 B-General_Concept support O in O vinum O , O ICMP B-Protocol and O other O security O fixes O 24 O June O 2000 O substantial O vinum O update O , O audio O mixer O updated O , O HTTP O installation O option O 14 O March O 2000 O addition O of O jails B-Language , O IPv6 B-Protocol support O and O IPsec B-Protocol with O KAME B-Application ( O applications O were O also O updated O to O support O IPv6 B-Protocol ) O , O OpenSSH B-Language integrated O into O the O base O system O , O new O ATA/ATAPI B-Protocol driver O ( O for O all O ATA B-Protocol compliant O disks O and O ATAPI O CDROM O , O CD-R O , O CD-RW O , O DVD-ROM O , O DVD-RAM O , O LS120 O , O ZIP O and O tape O drives O ) O , O emulator O for O SVR4 O binary O files O , O burncd O , O USB B-Protocol ethernet O adapter O support O , O accept( ) O filters O , O telnet B-Protocol encryption O 27 O July O 2000 O Kqueue B-Application , O improved O IPsec B-Protocol , O expanded O DEC B-Device Alpha I-Device support O , O support O for O USB B-Protocol devices O in O default O installation O 27 O September O 2000 O virtual O Ethernet O device O driver O for O bridged O configurations O , O ATA100 O controller O support O 21 O November O 2000 O basic O USB B-Protocol scanner O support O , O USB B-Protocol modem O support O , O bug O fixes O for O buffer O overflows O , O FreeBSD B-Application Ports I-Application restructured O 20 O April O 2001 O sound O driver O updates O , O TCP B-Protocol bug O fixes O , O kqueue B-Application extended O to O the O device O layer O 20 O September O 2001 O detection O for O new O processors O ( O Transmeta B-General_Concept Crusoe I-General_Concept et O al O . O Studio O Bandai O Namco O Entertainment O Modern O , O Cyberpunk O PSV O , O PS4 O JP O 2017 O Divinity B-Application : I-Application Original I-Application Sin I-Application II I-Application Larian O Studios O Larian O Studios O Fantasy O WIN O Divinity O BE O 2016 O Dragon B-Application Ball I-Application Fusions I-Application Ganbarion O Namco O Anime O , O Fantasy O , O Martial O Arts O 3DS O 2016 O Dragon B-Application Ball I-Application Xenoverse I-Application 2 I-Application Dimps O Bandai O Namco O Entertainment O Fantasy O WIN O , O PS4 O , O XONE O , O NX O , O Stadia O Original O Action O RPG O Dragon O Ball O JP O 2016 O Dragon B-Application Quest I-Application Builders I-Application Square O Enix O Square O Enix O Fantasy O PS3 O , O PSV O , O PS4 O Action O RPG O , O Open O world O Dragon O Quest O JP O 2016 O Dragon B-Device Quest I-Device Monsters I-Device : I-Device Joker I-Device 3 I-Device Tose O Co O . O Square O Enix O Fantasy O 3DS O Dragon O Quest O Monsters O JP O 2016 O Dying B-Application Light I-Application : I-Application The I-Application Following I-Application Techland O Warner O Bros O . O Interactive O Entertainment O Horror O , O Modern O , O Zombie O Apocalypse O LIN O , O WIN O , O PS4 O , O XOne O Action O RPG O , O Survival O horror O PL O 2016 O Earthlock B-Application : I-Application Festival I-Application of I-Application Magic I-Application PS4 O , O XOne O 2016 O Enderal B-Application SureAI O SureAI O Fantasy O WIN O Original O Action O RPG O DE O 2016 O Etrian B-Application Odyssey I-Application V I-Application Atlus O Atlus O 3DS O 2016 O Final B-Application Fantasy I-Application Type-0 I-Application Online I-Application Fantasy O DROI O , O WIN O , O iOS O 2016 O FINAL B-Application FANTASY I-Application X/X I-Application -2 I-Application HD I-Application Remaster I-Application Square O Enix O Square O Enix O Fantasy O WIN O , O PS3 O , O PSV O , O PS4 O 2016 O Final B-Application Fantasy I-Application XV I-Application Square O Enix O Square O Enix O Fantasy O PS4 O , O XOne O Open O world O Final O Fantasy O 2016 O Fire B-Application Emblem I-Application Fates I-Application Intelligent O Systems O Nintendo O Fantasy O 3DS O Tactical O RPG O 2016 O Flame B-Application in I-Application the I-Application Flood I-Application , I-Application The I-Application WIN O Survival O game O , O Roguelike O US O 2016 O FNaF B-Operating_System World I-Operating_System Scott O Cawthon O Scott O Cawthon O Horror O WIN O Five O Nights O at O Freddy O 's O 2016 O Genkai B-Application Tokki I-Application : I-Application Seven I-Application Pirates I-Application Felistella O Compile O Heart O PSV O JP O 2016 O Grim B-Application Dawn I-Application Crate O Entertainment O Crate O Entertainment O Dark O fantasy O WIN O , O XONE O Original O Action O RPG O US O 2016 O Grind O Zones O Odnako O Games O WIN O Indie O game O , O Casual O , O Action O , O Adventure O 2016 O Honkai B-Application Impact I-Application 3rd I-Application miHoYo O miHoYo O Fantasy O WIN O , O IOS O , O DROI O Original O Action O RPG O CN O 2016 O I B-Application Am I-Application Setsuna I-Application Tokyo O RPG O Factory O Square O Enix O WIN O , O PSV O , O PS4 O , O NX O JP O 2016 O Legend B-Application of I-Application Heroes I-Application : I-Application Akatsuki I-Application no I-Application Kiseki I-Application , I-Application The I-Application UserJoy O Technology O WEB O , O PSV O , O PS4 O The O Legend O of O Heroes O 2016 O Mistborn O : O Birthright O PS3 O , O PS4 O , O XOne O Action O RPG O Cancelled O 2016 O Monster B-Application Hunter I-Application Stories I-Application Marvelous O Fantasy O 3DS O Original O 2016 O Mount B-Device and I-Device Blade I-Device II I-Device : I-Device Bannerlord I-Device TaleWorlds O TaleWorlds O Fantasy O Action O RPG O Mount O & O Blade O 2016 O Necropolis B-Application Harebrained O Schemes O Bandai O Namco O Entertainment O , O Harebrained O Schemes O Action O RPG O US O 2016 O Okhlos B-Application Devolver O Digital O LIN O , O WIN O , O MAC O Roguelike O , O Action O AR O 2016 O Pocket B-Application Mortys I-Application Adult O Swim O DROI O , O iOS O GB O 2016 O Pokémon O Moon O Game O Freak O The O Pokémon O Company O Fantasy O 3DS O Pokémon O main O series O JP O 2016 O Pokémon O Sun O Game O Freak O The O Pokémon O Company O Fantasy O 3DS O Pokémon O main O series O JP O 2016 O Pokémon B-Application Uranium I-Application Fantasy O WIN O Pokémon O 2016 O Portal B-Application Knights I-Application Keen O Games O 505 O Games O Fantasy O Action O RPG O 2016 O Rec B-Application Room I-Application Against O Gravity O Against O Gravity O WIN O , O PS4 O Action O RPG O , O FPS O US O 2016 O Salt B-Application and I-Application Sanctuary I-Application Ska O Studios O WIN O Action O RPG O 2016 O Shin B-Application Megami I-Application Tensei I-Application IV I-Application : I-Application Apocalypse I-Application Atlus O Deep O Silver O , O Atlus O Sci-fi O , O Apocalyptic O 3DS O Megami O Tensei O JP O 2016 O Shroud B-Protocol of I-Protocol the I-Protocol Avatar I-Protocol : I-Protocol Forsaken I-Protocol Virtues I-Protocol Portalarium O LIN O , O WIN O , O MAC O Fantasy O 2016 O Star B-Application Ocean I-Application : I-Application Integrity I-Application and I-Application Faithlessness I-Application Tri-Ace O Square O Enix O Fantasy O , O Sci-Fi O PS3 O , O PS4 O Action O RPG O Star O Ocean O JP O 2016 O Stories B-Application : I-Application The I-Application Path I-Application of I-Application Destinies I-Application Steampunk O WIN O , O PS4 O Action O RPG O CA O 2016 O Sword B-Application Art I-Application Online I-Application : I-Application Hollow I-Application Realization I-Application Bandai O Namco O Entertainment O Sci-Fi O , O Cyberpunk O WIN O , O PSV O , O PS4 O Sword B-Application Art I-Application Online I-Application 2016 O Tahira B-Application : I-Application Echoes I-Application of I-Application the I-Application Astral I-Application Empire I-Application WIN O Original O Tactical O RPG O 2016 O Tales B-Application of I-Application Berseria I-Application Bandai O Namco O Entertainment O Bandai O Namco O Entertainment O Fantasy O WIN O , O PS3 O , O PS4 O Original O Tales O JP O 2016 O Teenage B-Application Mutant I-Application Ninja I-Application Turtles I-Application Legends I-Application CA O 2016 O Technomancer B-Application , I-Application The I-Application Spiders O Focus O Home O Interactive O Sci-Fi O , O Fantasy O , O Cyberpunk O WIN O Action O RPG O 2016 O Tom B-Application Clancy I-Application 's I-Application The I-Application Division I-Application Ubisoft O Massive O Ubisoft O Modern O WIN O , O PS4 O , O XOne O Action O RPG O , O Open O world O , O MMOG O , O TPS O 2016 O Tyranny B-Application Obsidian O Entertainment O Paradox O Interactive O Fantasy O LIN O , O WIN O , O MAC O Original O US O 2016 O Valkyrie B-Application Anatomia I-Application : I-Application The I-Application Origin I-Application Square O Enix O Square O Enix O Fantasy O DROI O , O iOS O Original O Valkyrie O Profile O JP O 2016 O Witcher B-Application 3 I-Application , I-Application The I-Application : I-Application Wild I-Application Hunt I-Application – I-Application Blood I-Application and I-Application Wine I-Application CD O Projekt O CD O Projekt O Fantasy O WIN O , O PS4 O , O XOne O Action O RPG O The O Witcher O PL O 2016 O World B-Application of I-Application Final I-Application Fantasy I-Application Square O Enix O Square O Enix O Fantasy O PSV O , O PS4 O Final O Fantasy O 2016 O Yoru B-Application no I-Application Nai I-Application Kuni I-Application Gust O Co O . O Ltd O . O Koei O Tecmo O Holdings O Action O RPG O 2017 O ( O WW O ) O Akiba O 's O BeatAcquireAcquire O ( O JP O ) O , O PQube O ( O EU O ) O , O Xseed O Games O ( O NA O ) O Urban O fantasyPSVPortAction O RPGPort O of O the O 2016 O game O . O These O new O functions O are O getaddrinfo( ) O and O getnameinfo( ) O , O and O are O based O on O a O new O addrinfo O data O structure O . O This O pair O of O functions O appeared O at O the O same O time O as O the O BSD B-Protocol socket I-Protocol API I-Protocol proper O in O 4.2BSD O ( O 1983 O ) O , O the O same O year O DNS B-Protocol was O first O created O . O They O automatically O log O users O ' O browsing B-Protocol history I-Protocol , O unless O the O users O turn O off O their O browsing B-Protocol history I-Protocol or O use O the O non-logging O private B-Protocol mode I-Protocol . O They O also O allow O users O to O set O bookmarks O , O customize O the O browser B-Application with O extensions B-Protocol , O and O can O manage O user O passwords O . O On O March O 5 O , O 2006 O , O a O StarForce O employee O publicly O posted O a O working O linkSee O to O a O BitTorrent B-Protocol search O engine O listing O of O Galactic B-Application Civilizations I-Application II I-Application torrents B-Protocol during O a O discussion O about O the O popularity O of O the O game O . O The O translation O between O addresses O and O domain O names O is O performed O by O the O Domain B-Protocol Name I-Protocol System I-Protocol ( O DNS B-Protocol ) O , O a O hierarchical O , O distributed O naming O system O that O allows O for O the O subdelegation O of O namespaces O to O other O DNS B-Protocol servers O . O A O unnumbered O point-to-point B-Architecture ( O PtP O ) O link O , O also O called O a O transit O link O , O is O a O link O that O does O n't O have O an O IP B-Protocol network I-Protocol or O subnet O number O associated O with O it O , O but O still O has O an O IP B-Protocol address I-Protocol . O For O instance O , O mail B-Protocol transfer I-Protocol agents I-Protocol use O DNS B-Protocol to O find O the O best O mail B-Protocol server I-Protocol to O deliver O e-mail O : O An O MX B-Protocol record I-Protocol provides O a O mapping O between O a O domain O and O a O mail B-Protocol exchanger I-Protocol ; O this O can O provide O an O additional O layer O of O fault B-General_Concept tolerance I-General_Concept and O load B-Application distribution I-Application . O A O reverse B-General_Concept proxy I-General_Concept can O optimize O content O by O compressing B-Protocol it O in O order O to O speed O up O loading O times O . O ActivePresenter B-Protocol 6 O : O Enhance O HTML5 O output O , O support O exporting O projects O as O xAPI O , O etc O . O CommuniGate B-Protocol Pro I-Protocol is O available O as O a O free O download O , O although O after O adding O more O than O five O users O , O it O adds O a O one-line O banner O to O the O outbound O messages O . O For O an O originating O NAT O to O pass O TCP B-Protocol or O UDP B-Protocol successfully O , O it O must O recompute O the O TCP B-Protocol or O UDP B-Protocol header B-Algorithm checksum I-Algorithm based O on O the O translated O IP B-Protocol addresses I-Protocol , O not O the O original O ones O , O and O put O that O checksum B-Algorithm into O the O TCP B-Protocol or O UDP B-Protocol header O of O the O first O packet O of O the O fragmented O set O of O packets O . O When O a O web B-General_Concept form I-General_Concept is O submitted O to O a O server O through O an O HTTP B-Protocol POST I-Protocol request I-Protocol , O attempts O to O refresh O the O server O response O can O cause O the O contents O of O the O original O POST B-Protocol to O be O resubmitted O , O possibly O causing O undesired O results O , O such O as O a O duplicate O web O purchase O . O While O Harmonix O has O not O committed O to O a O future O Rock B-Application Band I-Application title O , O Rigopoulos O has O stated O that O reuse O of O existing O downloadable B-Protocol content I-Protocol on O future O titles O for O next-generation O consoles O will O be O a O priority O , O stating O " O that O investment O that O players O have O made O over O the O years O in O those O libraries O is O something O that O we O would O want O to O take O great O pains O to O protect O " O . O The O bot B-Protocol was O quickly O taken O offline O again O , O in O addition O to O Tay B-Protocol 's O Twitter B-Application account I-Application being O made O private O so O new O followers O must O be O accepted O before O they O can O interact O with O Tay B-Protocol . O The O Java B-Language language-based O ability O at O both O the O server O and O the O client B-Protocol , O along O with O the O extension O of O Internet B-Protocol protocol I-Protocol suite I-Protocol TCP/IP B-Protocol ability O to O the O client B-Protocol , O enables O Java B-Language applications O at O both O the O server O and O client B-Protocol to O run O concurrently B-Architecture with O extant O CBASIC B-Language or O C B-Language applications O . O As O a O result O , O individual O cartridges B-Protocol can O not O make O use O of O this O audio O functionality O , O and O many O NES O localizations B-General_Concept have O technologically O inferior O sound O compared O to O their O equivalent O Famicom O versions O , O such O as O Castlevania B-Application III I-Application : I-Application Dracula I-Application 's I-Application Curse I-Application . O However O , O only O more O recently O have O users O begun O interacting O with O voice B-Protocol assistants I-Protocol through O an O interaction O with O smart B-Device speakers I-Device rather O than O an O interaction O with O the O phone O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Although O EverQuest B-Protocol II I-Protocol focuses O on O player O versus O environment O ( O PvE O ) O , O dedicated O player O versus O player O ( O PvP O ) O servers B-Application were O added O in O February O 2006 O . O No O IP B-Protocol addresses I-Protocol are O used O with O the O RSI O protocol O . O Instead O of O expressing O high-level O security O properties O of O network O tunnels O such O as O confidentiality O and O authentication O , O these O APIs B-Application expose O low-level O details O of O the O SSL O protocol B-Protocol to O application O developers O . O As O a O consequence O , O developers O often O use O SSL O APIs B-Application incorrectly O , O misinterpreting O and O misunderstanding O their O manifold O parameters O , O options O , O side O effects O , O and O return O values. O " O Other O races O who O have O joined O or O allied O with O the O Alliance O include O the O Gnomes B-Application of O Gnomergan O , O the O Draenei O of O Outland O , O World B-Protocol of I-Protocol Warcraft I-Protocol Official O Page O - O Draenei O the O Worgens O of O Gilneas O ( O creatures O that O resemble O hunched O over O werewolves O ) O , O and O the O Tushui O Pandaren.MMO-Champion O - O Mists B-Application of I-Application Pandaria I-Application Press O Tour O The O Alliance O is O led O by O a O military O commander O who O coordinates O the O military O actions O of O all O the O races O in O the O Alliance O . O The O first O CAN B-Protocol controller I-Protocol chips O were O introduced O by O Intel O in O 1987 O , O and O shortly O thereafter O by O Philips O . O VRChat B-Protocol is O also O capable O of O running O in O " O desktop O mode O " O without O a O VR B-Device headset I-Device , O which O is O controlled O using O either O a O mouse O and O keyboard O or O a O gamepad B-Device . O In O packet B-Protocol switching I-Protocol , O the O bandwidth O of O the O transmission O medium O is O shared O between O multiple O communication O sessions O , O in O contrast O to O circuit B-Protocol switching I-Protocol , O in O which O circuits O are O preallocated O for O the O duration O of O one O session O and O data B-General_Concept is O typically O transmitted O as O a O continuous O bit O stream O . O Client B-Operating_System – I-Operating_System server I-Operating_System systems O are O usually O most O frequently O implemented O by O ( O and O often O identified O with O ) O the O request B-Protocol – I-Protocol response I-Protocol model O : O a O client B-Protocol sends O a O request O to O the O server O , O which O performs O some O action O and O sends O a O response O back O to O the O client B-Protocol , O typically O with O a O result O or O acknowledgment O . O These O accusations O were O denied O by O the O TRON B-Protocol Foundation O , O the O organization O behind O the O design O of O the O system O . O Users O and O administrators O run O Ganymede B-Language clients O ( O GUI O or O XML B-Protocol based O ) O to O create O , O modify O , O or O delete O objects O in O the O database O . O The O name O organizational B-Protocol unit I-Protocol appears O to O represent O a O single O organization O with O multiple O units O ( O departments O ) O within O that O organization O . O World B-Protocol of I-Protocol Warcraft I-Protocol : I-Protocol Dragonflight I-Protocol is O the O ninth O expansion O pack O for O the O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol ( O MMORPG B-Protocol ) O World B-Protocol of I-Protocol Warcraft I-Protocol , O following O Shadowlands B-Protocol . O While O NAT B-Protocol traversal I-Protocol of O SIP B-Application messages O may O appear O complicated O after O all O , O the O yet O more O complex O task O is O enabling O media O to O traverse O NATs O . O Because O the O HBA O appears O to O the O host O as O a O disk O controller O , O it O can O only O be O used O with O iSCSI B-Protocol devices O and O is O not O appropriate O for O general O TCP/IP B-Protocol offload O . O TCP B-Protocol chimney O offload O addresses O the O major O security O criticism O of O parallel-stack O full O offload O . O After O a O connection O has O been O established O between O the O local O host O ( O usually O a O server B-Application ) O and O a O foreign O host O ( O usually O a O client O ) O the O connection O and O its O state O are O passed O to O the O TCP B-Protocol offload I-Protocol engine I-Protocol . O RuneScape B-Protocol was O actually O originally O intended O to O be O a O text-based O MUD O , O but O graphics O were O added O very O early O in O development O . O However O , O with O the O increase O in O computing O power O and O Internet O connectivity O during O the O late O 1990s O , O and O the O shift O of O online O gaming O to O the O mass O market O , O the O term O " O graphical O MUD O " O fell O out O of O favor O , O being O replaced O by O MMORPG B-Protocol , I-Protocol Massively I-Protocol Multiplayer I-Protocol Online I-Protocol Role-Playing I-Protocol Game I-Protocol , O a O term O coined O by O Richard O Garriott O in O 1997 O . O As O a O booting O client O may O be O assigned O a O different O IP B-Protocol address I-Protocol each O time O from O a O DHCP B-Protocol server I-Protocol , O it O is O not O possible O to O provide O static O DNS B-Protocol assignments O for O such O clients O . O HDMI B-Protocol 1.0 O to O HDMI B-Protocol 1.2a O uses O the O EIA/CEA O -861-B O video O standard O , O HDMI B-Protocol 1.3 O uses O the O CEA-861-D O video O standard O , O and O HDMI B-Protocol 1.4 O uses O the O CEA-861-E O video O standard O . O RFC O Title O Date O published O Related O article O Related O RFCs O Note O RFC O 2058 O Remote B-Protocol Authentication I-Protocol Dial I-Protocol In I-Protocol User I-Protocol Service I-Protocol ( O RADIUS B-Protocol ) O January O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2138 O RFC O 2059 O RADIUS B-Protocol Accounting O January O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2139 O RFC O 2138 O Remote B-Protocol Authentication I-Protocol Dial I-Protocol In I-Protocol User I-Protocol Service I-Protocol ( O RADIUS B-Protocol ) O April O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2865 O RFC O 2139 O RADIUS B-Protocol Accounting O April O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2866 O RFC O 2548 O Microsoft O Vendor-specific O RADIUS B-Protocol Attributes O March O 1999 O RADIUS B-Protocol RFC O 2607 O Proxy B-Application Chaining I-Application and O Policy O Implementation O in O Roaming O June O 1999 O RFC O 2618 O RADIUS B-Protocol Authentication O Client O MIB O Management O information O base O Obsoleted O by O RFC O 4668 O RFC O 2619 O RADIUS B-Protocol Authentication O Server O MIB O Management O information O base O Obsoleted O by O RFC O 4669 O RFC O 2620 O RADIUS B-Protocol Accounting O Client O MIB O June O 1999 O Management O information O base O Obsoleted O by O RFC O 4670 O RFC O 2621 O RADIUS B-Protocol Accounting O Server O MIB O June O 1999 O Management O information O base O Obsoleted O by O RFC O 4671 O RFC O 2809 O Implementation O of O L2TP B-Application Compulsory O Tunneling O via O RADIUS B-Protocol April O 2000 O RFC O 2865 O Remote B-Protocol Authentication I-Protocol Dial I-Protocol In I-Protocol User I-Protocol Service I-Protocol ( O RADIUS B-Protocol ) O June O 2000 O RADIUS B-Protocol Updated O by O RFC O 2868 O , O RFC O 3575 O , O RFC O 5080 O This O standard O describes O RADIUS B-Protocol authentication O and O authorization O between O a O Network O Access O Server O ( O NAS O ) O and O a O shared O RADIUS B-Protocol authentication O server O . O Listed O here O are O the O common O implementations O as O used O by O the O listed O IPv6 B-Protocol tunnel I-Protocol brokers I-Protocol . O In O its O OBEX B-General_Concept binding O , O the O target O of O the O CONNECT O object O is O { O ' O S O ' O , O ' O Y O ' O , O ' O N O ' O , O ' O C B-Language ' O , O ' O M O ' O , O ' O L O ' O , O ' O - O ' O , O ' O S O ' O , O ' O Y O ' O , O ' O N O ' O , O ' O C'} O ; O a O session O then O consists O in O a O sequence O of O PUT-GET O pairs O where O nameless O XML B-Protocol or O WBXML B-Protocol files O are O sent O and O received O , O in O turn O . O Storing O data B-General_Concept that O identifies O a O session O in O a O query B-Protocol string I-Protocol enables O session B-Protocol fixation I-Protocol attacks O , O referer B-Protocol logging O attacks O and O other O security O exploits O . O This O is O sometimes O referred O to O as O NNTPS B-Protocol . O Alternatively O , O a O plain-text O connection O over O port B-Protocol 119 I-Protocol may O be O changed O to O use O TLS O via O the O STARTTLS B-Protocol command O . O dnsmasq B-Protocol supports O modern O Internet O standards O such O as O IPv6 B-Protocol and O DNSSEC B-Protocol , O network O booting O with O support O for O BOOTP B-Device , O PXE B-Device and O TFTP B-Device and O also O Lua B-Language scripting I-Language . O In O fact O , O the O confusion O may O further O be O aggravated O , O especially O in O light O of O the O fact O that O the O HetNet B-Protocol paradigm O is O often O also O researched O from O a O geometrical O angle O . O Such O packets O are O sometimes O referred O to O as O Martian B-Protocol packets I-Protocol . O As O with O any O other O bogus O packets O , O they O may O be O malicious O and O any O problems O they O might O cause O can O be O avoided O by O applying O bogon B-Protocol filtering I-Protocol . O Localhost B-Protocol is O often O used O to O build O new O features O for O various O servers O , O services O , O and O applications O . O The O RNG O standard O was O subsequently O withdrawn O in O 2014 O , O and O the O RNG O removed O from O BSAFE B-Protocol beginning O in O 2015 O . O optionally O logs O ( O partially O or O totally O ) O client O requests O and/or O its O responses O to O an O external O user O log B-Application file I-Application or O to O a O system B-Application log I-Application file I-Application by O syslog B-Protocol , O usually O using O common O log O format O ; O Protocols O that O achieve O forward O secrecy O generate O new O key B-Application pairs I-Application for O each O session B-Protocol and O discard O them O at O the O end O of O the O session B-Protocol . O The O Diffie B-Protocol – I-Protocol Hellman I-Protocol key I-Protocol exchange I-Protocol is O a O frequent O choice O for O such O protocols O , O because O of O its O fast O key O generation O . O Conceptually O , O OFDM O is O a O specialized O frequency-division B-Protocol multiplexing I-Protocol ( O FDM B-Protocol ) O method O , O with O the O additional O constraint O that O all O subcarrier O signals O within O a O communication O channel O are O orthogonal B-Algorithm to O one O another O . O The O designation O 110 O is O also O used O to O describe O a O type O of O insulation B-Protocol displacement I-Protocol contact O ( O IDC B-Protocol ) O connector O used O to O terminate O twisted O pair O cables O , O which O uses O a O punch-down O tool O similar O to O the O type O used O for O the O older O 66 B-Architecture block I-Architecture . O TCP B-Protocol is O a O connection-oriented B-Protocol protocol I-Protocol which O adds O complexity O and O processing O overhead O . O Acknowledgment O of O packets B-Protocol as O they O are O received O by O the O far O end O , O adding O to O the O message O flow O between O the O endpoints O and O thus O the O protocol O load O . O In O February O 2014 O , O Open O Whisper B-Application Systems I-Application introduced O the O second O version O of O their O TextSecure B-Protocol Protocol I-Protocol ( O now O Signal B-Protocol Protocol I-Protocol ) O , O which O added O end-to-end O encrypted O group O chat O and O instant B-Application messaging I-Application capabilities O to O TextSecure B-Protocol . O In O January O 2019 O , O Google B-Protocol Public I-Protocol DNS I-Protocol adopted O the O DNS B-Protocol over I-Protocol TLS I-Protocol protocol O . O Computer B-Protocol supported I-Protocol brainstorming I-Protocol was O not O beneficial O for O small O groups O , O likely O because O the O limited O number O of O participants O eliminated O the O evaluation O apprehension O and O production O blocking O capabilities O of O the O electronic O system O . O There O is O also O a O ping B-Protocol sweep I-Protocol tool O for O Windows B-Application , O Mac O , O Linux O , O Android O , O and O iOS O called O Fing O made O by O Overlook O Soft O . O A O free O Deloitte O Center O for O the O Edge O study O on O measurable O business O value O of O social O software O includes O an O independent O Deloitte O case O study O of O Traction B-Protocol TeamPage I-Protocol customer O Alcoa O Fastening O Systems O . O As O most O computer B-Device monitors I-Device do O not O include O integrated O speakers B-Device , O TV B-Device tuners I-Device , O nor O remote B-Protocol controls I-Protocol , O external O components O such O as O a O DTA B-Device box I-Device may O be O needed O to O use O a O computer B-Device monitor I-Device as O a O TV O set O . O When O a O network B-Protocol node I-Protocol goes O down O , O any O nodes O that O used O it O as O their O next O hop B-Protocol discard O the O entry O and O convey O the O updated O routing B-Protocol information I-Protocol to O all O adjacent O nodes O , O which O in O turn O repeat O the O process O . O When O a O data O source O first O sends O to O a O group O , O its O Designated O Router B-Protocol ( O DR O ) O unicasts O Register O messages O to O the O Rendezvous O Point O ( O RP O ) O with O the O source O 's O data B-Protocol packets I-Protocol encapsulated O within O . O A O data B-Protocol link I-Protocol connection I-Protocol identifier I-Protocol ( O DLCI B-Protocol ) O is O a O Frame B-Protocol Relay I-Protocol 10-bit-wide O link-local O virtual O circuit O identifier O used O to O assign O frames O to O a O specific O PVC O or O SVC O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O MRTG B-Protocol uses O the O Simple B-Protocol Network I-Protocol Management I-Protocol Protocol I-Protocol ( O SNMP B-Protocol ) O to O send O requests O with O two O object O identifiers O ( O OIDs O ) O to O a O device O . O Cyclic B-Protocol Delay I-Protocol Diversity I-Protocol ( O CDD O ) O is O a O diversity B-Protocol scheme I-Protocol used O in O OFDM-based O telecommunication O systems O , O transforming O spatial O diversity O into O frequency O diversity O and O thus O avoiding O intersymbol O interference O . O The O first O use O of O a O time B-General_Concept bomb I-General_Concept in O software B-Application may O have O been O in O 1979 O with O the O Scribe B-Protocol markup I-Protocol language I-Protocol and O word O processing O system O , O developed O by O Brian O Reid O . O The O PIX O name O is O derived O from O its O creators O ' O aim O of O creating O the O functional O equivalent O of O an O IP B-Protocol PBX O to O solve O the O then-emerging O registered O IP B-Protocol address I-Protocol shortage O . O Some O laptops O and O other O portable O devices O use O a O two-row O mini-VGA B-Protocol connector O that O is O much O smaller O than O the O three-row O DE-15 O connector O , O as O well O as O five O separate O BNC B-Protocol connectors I-Protocol . O Various O adapters O can O be O purchased O to O convert O VGA B-Protocol to O other O connector O types O . O Offline O Charging O : O All O the O SIP B-Application network O entities O ( O P-CSCF B-Protocol , O I-CSCF B-Protocol , O S-CSCF B-Protocol , O BGCF O , O MRFC O , O MGCF B-Protocol , O AS O ) O involved O in O the O session O use O the O Diameter B-Protocol Rf O interface O to O send O accounting O information O to O a O CDF O located O in O the O same O domain O . O 4690 O Version O 5 O incorporated O new O security O enhancements O , O such O as O Secure B-Protocol Shell I-Protocol ( O SSH B-Protocol ) O , O IPsec B-Protocol , O and O enhanced O operator O security O ( O allowing O alphanumeric O operator O IDs O , O password O complexity O requirements O , O password O expiration O , O etc O . O ) O . O 4690 O supports O applications O written O in O a O CBASIC B-Language variant O named O IBM O 4680 O BASIC B-Language , O Metaware O High-C O , O and O Java B-Language 2 O . O The O Java B-Language language-based O ability O at O both O the O server O and O the O client B-Protocol , O along O with O the O extension O of O Internet B-Protocol protocol I-Protocol suite I-Protocol TCP/IP B-Protocol ability O to O the O client B-Protocol , O enables O Java B-Language applications O at O both O the O server O and O client B-Protocol to O run O concurrently B-Architecture with O extant O CBASIC B-Language or O C B-Language applications O . O Each O buffer O in O a O load-balanced B-Protocol switch I-Protocol acts O as O a O shared-memory O switch O , O and O a O load-balanced B-Protocol switch I-Protocol is O essentially O a O way O to O scale O up O a O shared-memory O switch O , O at O the O cost O of O additional O latency O associated O with O forwarding O packets O at O rate O R/N O twice O . O Some O reports O have O indicated O that O developers O may O be O less O interested O in O developing O for O Windows B-Protocol Phone I-Protocol because O of O lower O ad O revenue O when O compared O to O competing O platforms O . O An O interlocutor O may O be O either O a O bot B-Protocol or O its O human O creator O or O operator O . O They O founded O the O Kesmai B-Application company O in O 1982 O and O in O 1985 O an O enhanced O version O of O Dungeons B-Protocol of I-Protocol Kesmai I-Protocol , O Island B-Protocol of I-Protocol Kesmai I-Protocol , O was O launched O on O CompuServe O . O Later O , O its O 2-D O graphical O descendant O Legends B-Protocol of I-Protocol Kesmai I-Protocol was O launched O on O AOL O in O 1996 O . O After O logging O into O Compuserve O and O selecting O to O play O Island B-Protocol of I-Protocol Kesmai I-Protocol , O the O user O was O allowed O to O create O a O character O . O eDNS O ( O Enhanced O Domain B-Protocol Name I-Protocol Service I-Protocol ) O was O founded O by O a O coalition O of O ISPs O led O by O Karl O Denninger O of O the O Chicago-area O MCSNet O . O Messenger O , O MSN B-Protocol Messenger I-Protocol ) O . O | O 24-bit O block|| O 10.0.0.0/8 B-Protocol || O 10.0.0.0 B-Protocol – O 10.255.255.255 O ||align O = O right|||Single O Class O A O . O | O 20-bit O block|| O 172.16.0.0/12 B-Protocol || O 172.16.0.0 B-Protocol – O 172.31.255.255 O ||align O = O right|||Contiguous O range O of O 16 O Class O B O blocks O . O For O this O reason O , O the O proposals O have O sought O not O to O designate O the O class O E O space O for O public O assignment O , O but O instead O propose O to O permit O its O private O use O for O networks O that O require O more O address O space O than O is O currently O available O through O RFC B-Protocol 1918 I-Protocol . O Browsing O the O target O 's O website O , O visiting O social O media O profiles O of O employees O , O searching O for O the O website O on O WHOIS B-Protocol , O and O performing O a O Google B-Application search O of O the O target O are O all O ways O of O passive O Footprinting B-General_Concept . O BinTube B-Protocol is O a O binary O Usenet B-Protocol client I-Protocol for O the O Microsoft B-Application Windows I-Application operating I-Application system I-Application . O Operation O : O Anchorage O is O the O first O Fallout B-Application 3 I-Application downloadable B-Protocol content I-Protocol pack O , O and O takes O place O as O a O virtual B-Application reality I-Application " O military O simulation O " O in O the O main O game O where O the O player O character O is O stripped O of O their O equipment O and O is O forced O to O use O the O replacements O provided O . O Meebo B-Protocol Rooms O was O an O advertising-supported O multi-user B-Protocol chat I-Protocol service O . O Long B-Protocol Reach I-Protocol Ethernet I-Protocol was O the O product O name O used O by O Cisco O Systems O starting O in O 2001 O . O Sacrifice O was O released O on O June O 14 O , O 2015 O and O depicts O the O story O of O Arcann O and O Thexan O , O twin O heirs O of O Valkorion B-Protocol , O Emperor O of O the O Eternal O Empire O . O If O the O range O is O valid O , O the O server O sends O it O to O the O client O with O a O 206 B-Protocol Partial I-Protocol Content I-Protocol status B-Protocol code I-Protocol and O a O Content-Range O header O listing O the O range O sent O . O Server O BSD B-Operating_System Solaris B-Application Linux B-Application Mac B-Operating_System OS I-Operating_System X I-Operating_System Windows B-Application BIND B-Protocol Microsoft B-Protocol DNS I-Protocol djbdns B-Protocol Dnsmasq B-Protocol Simple B-Protocol DNS I-Protocol Plus I-Protocol NSD B-Protocol Knot B-Protocol DNS I-Protocol Knot O Resolver O PowerDNS B-Language MaraDNS B-Protocol pdnsd B-Application " O pdnsd B-Application was O started O on O Linux B-Application , O and O has O since O been O ported O to O FreeBSD B-Operating_System ( O and O Cygwin O and O Darwin O ) O . O Half O the O diameter O of O and O 80% O lighter O than O comparable O copper O Thunderbolt B-Protocol cables O , O they O work O with O the O 10Gbit/s O Thunderbolt B-Protocol protocol O and O the O 20Gbit/s O Thunderbolt B-Protocol 2 O protocol O , O and O thus O are O able O to O work O with O all O self-powered O Thunderbolt B-Protocol devices O ( O unlike O copper O cables O , O optical B-Algorithm cables O cannot O provide O power O ) O . O Dear O BOLT B-Protocol User O , O With O this O news O in O mind O , O the O Papaya O Play O version O of O North O American O Lost B-Protocol Saga I-Protocol would O never O get O past O its O original O beta O period O , O and O would O once O again O resume O the O period O of O Lost B-Protocol Saga I-Protocol 's O nonexistence O in O the O North O American O market O . O TeXML B-Language has O been O developed O as O an O open-source B-Application project O with O the O aim O to O automatically O present O XML B-Protocol data O as O PDF B-Application with O sophisticated O layout O properties O . O Double-density O 3½ O " O discs O can O be O formatted O and O used O with O 1770 O DFS O ( O the O Intel O 8271-based O DFS O has O problems O with O many O 3½ O " O drives O ) O , O giving O the O same O " O single-density O " O capacity O with O FM B-Protocol encoding O , O but O this O was O not O originally O standard O practice O . O newLISP B-Language graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O server O ( O newLISP-GS O ) O is O a O Java-based O Internet B-Protocol protocol I-Protocol suite I-Protocol ( O TCP/IP B-Protocol ) O server O providing O a O graphical O programming O interface O . O Bluetooth B-Protocol microphones O were O originally O planned O to O launch O with O the B-Operating_System PS3 I-Operating_System version O of O SingStar B-Application , O but O running O two O Bluetooth B-Protocol microphones O together O was O found O to O be O difficult O , O so O the B-Operating_System PS3 I-Operating_System game O launched O with O the O same O USB B-Protocol microphones O as O the O PS2 B-Device game O . O Many O programs O offer O advanced O features O for O controlling O external O devices O ; O this O can O include O controlling O the O frequency O of O a O radio O , O sending O Morse O code O over O a O serial B-Protocol port I-Protocol or O parallel B-Device port I-Device interface O , O interfacing O with O sound B-Device cards I-Device used O for O the O transmission O and O reception O of O digital O modes O such O as O RTTY O , O or O controlling O antenna O or O amplifier O hardware O . O Currently O supported O communication O channels O include O fax O , O fax B-Protocol over I-Protocol IP I-Protocol , O e-mail O and O SMS B-Device , O together O withvarious O options O for O integration O with O business B-Application applications I-Application . O All O the O lightpaths B-Protocol that O directly O pass O an O OADM B-Protocol are O termed O cut-through O lightpaths B-Protocol , O while O those O that O are O added O or O dropped O at O the O OADM B-Protocol node O are O termed O added/dropped O lightpaths B-Protocol . O The O topology O is O presented O as B-Architecture a O routing B-Protocol table O to O the O Internet B-Protocol Layer I-Protocol which O routes O packets O based O solely O on O their O destination O IP B-Protocol address I-Protocol . O DNS B-Protocol Certification B-Architecture Authority I-Architecture Authorization O ( O CAA O ) O is O an O Internet B-Application security I-Application policy O mechanism O that O allows O domain O name O holders O to O indicate O to O certificate B-Architecture authorities I-Architecture whether O they O are O authorized O to O issue O digital O certificates O for O a O particular O domain O name O . O Link B-Protocol state I-Protocol routing I-Protocol needs O significant O resources O to O calculate O routing B-Protocol tables I-Protocol . O All O data O , O whether O transferred O directly O between O devices O or O via O relays O , O is O encrypted O using O TLS B-Protocol . O EST O uses O HTTPS O as O transport O and O leverages O TLS B-Protocol for O many O of O its O security O attributes O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert B-Device mode O . O The O earliest O standalone O models O operated O over O either O plain O old O telephone O service O ( O POTS O ) O lines O on O the O PSTN O telephone O networks O or O more O expensive O ISDN B-Protocol lines I-Protocol , O while O newer O models O have O largely O migrated O to O Internet B-Protocol Protocol I-Protocol line O service O for O higher O image O resolutions O and O sound O quality O . O Quality O of O service O for O standalone O videophones B-Application can O vary O from O low O to O high O ; O In O the O stand-alone O version O a O single O player O can O play O against O a O computer O opponent O or O two O players O can O play O via O a O LAN B-General_Concept or O TCP/IP B-Protocol connection O . O Traceroute B-Protocol can O be O used O to O help O identify O incorrect O routing O table O definitions O or O firewalls O that O may O be O blocking O ICMP O traffic O , O A O correct O traceroute B-Protocol response O does O not O guarantee O connectivity O for O applications O as O a O firewall O may O permit O ICMP O packets B-Protocol but O not O permit O packets B-Protocol of O other O protocols O . O API B-General_Concept Windows B-Application 3.0 I-Application Windows B-Device Me I-Device Windows B-Device Media I-Device Player I-Device Digital O media B-Device player I-Device app O Media B-Device player I-Device Windows B-Application 3.0 I-Application Multimedia O Extensions O Windows B-Operating_System 10 I-Operating_System Windows B-Device Media I-Device Player I-Device , O Movies B-Application & I-Application TV I-Application , O or O Groove B-Application Music I-Application Microsoft O Calendar B-Protocol Calendaring O app O Personal O organizer O Windows B-Application 1.0 I-Application Windows B-Application 3.1 I-Application Windows B-Protocol Calendar I-Protocol , O Windows B-Application Live I-Application Mail I-Application , O or O the O Calendar B-Protocol app O for O Windows B-Application Microsoft I-Application Diagnostics O Tool O that O provides O detailed O technical O information O about O user O 's O software O and O hardware O Diagnostics O MS-DOS B-Application Plus B-Application ! I-Application On O high-bandwidth O connections O , O it O claims O to O be O able O to O seed O at O three O times O the O speed O of O the O official B-Protocol client I-Protocol . O Analog O stereo O audio O is O output O by O these O cables O by O RCA B-Protocol connectors I-Protocol , O with O the O exception O of O the O Advanced O SCART B-Protocol A/V O Cable O , O where O it O is O delivered O via O the O SCART B-Protocol connector I-Protocol 's O audio O pins O . O and O then O output O the O audio O via O CobraNet B-Protocol ( O or O other O digital B-General_Concept or O analog O outputs O ) O . O BGP B-Protocol used O for O routing B-Protocol within O an O autonomous B-Architecture system I-Architecture is O called O Interior B-Protocol Border I-Protocol Gateway I-Protocol Protocol I-Protocol , O Internal B-Protocol BGP I-Protocol ( O iBGP B-Protocol ) O . O The O MCH O chip O supports O memory O and O AGP B-Architecture ( O replaced O by O PCI B-Protocol Express O in O 9xx O series O chipsets B-Device ) O , O while O the O ICH O chip O provides O connectivity O for O PCI B-Protocol ( O revision O 2.2 O before O ICH5 O series O and O revision O 2.3 O since O ICH5 O series O ) O , O USB B-Protocol ( O version O 1.1 O before O ICH4 O series O and O version O 2.0 O since O ICH4 O series O ) O , O sound O ( O originally O AC'97 O , O Azalia O added O in O ICH6 O series O ) O , O IDE B-Protocol hard O disks O ( O supplemented O by O Serial O ATA O since O ICH5 O series O , O fully O replaced O IDE B-Protocol since O ICH8 O series O for O desktops O and O ICH9 O series O for O notebooks O ) O and O LAN B-General_Concept ( O uncommonly O activated O on O desktop O motherboards O and O notebooks O , O usually O independent O LAN B-General_Concept controller O were O placed O instead O of O PHY O chip O ) O . O An O example O of O snmpget B-Protocol usage O ( O this O will O retrieve O a O specific O OID O ' O sysUpTime O ' O under O the O community O string O ' O demopublic O ' O , O with O ' O test.net-snmp.org O ' O as O the O host O name O of O the O agent O to O query O : O Driver O 802.11 O Bus O interface O WEP B-Protocol WPA O WPA2 O Monitor B-Protocol mode I-Protocol Master O mode O Ad-Hoc O mode O acx O 802.11a O ?, O 802.11b O , O 802.11g O Cardbus O , O PCI B-Protocol ? O Circa O 2020 O , O the O general O consensus O finds O the O ' O best O ' O modulation B-Application for O moving O information O over O higher O frequency O waves O to O be O Orthogonal B-Protocol frequency-division I-Protocol multiplexing I-Protocol , O as O used O in O 4G O LTE O , O 5G O , O and O Wi-Fi O . O Widely O advertised O on O various O World B-Protocol of I-Protocol Warcraft I-Protocol websites O , O this O promotion O encourages O players O to O try O Hearthstone O , O and O marked O the O first O significant O crossover O implemented O between O Blizzard O games O . O These O applications O act O as O clients B-Protocol to O one O or O more O news B-Application servers I-Application . O Historically O , O Usenet O was O associated O with O the O Unix B-Application operating I-Application system I-Application developed O at O AT&T O , O but O newsreaders B-Protocol were O soon O available O for O all O major O operating O systems O . O SAGEM O also O introduced O an O ISDN B-Protocol adaptor O for O GeoPort B-Device , O the O " O Planet-ISDN O Geoport B-Device Adapter O " O , O or O SPIGA O , O which O they O now O sell O in O a O USB B-Protocol version O . O Generally O , O the O term O " O RLL B-Protocol code I-Protocol " O is O used O to O refer O to O more O elaborate O encodings O , O but O the O original O Frequency O Modulation B-Application code O , O also O called O differential B-Protocol Manchester I-Protocol encoding I-Protocol , O can O be O seen O as O a O simple O rate-1/2 O RLL B-Protocol code I-Protocol . O Google B-Protocol Data I-Protocol Studio I-Protocol turns O data O into O dashboards O and O reports O that O can O be O read O , O shared O , O and O customized O . O GigE B-Protocol Vision I-Protocol is O not O an O open O protocol O , O and O as O such O a O special O license O is O required O to O develop O GigE O camera O drivers O . O Despite O the O negative O effects O on O retransmission O duration O , O large O packets B-Protocol can O still O have O a O net O positive O effect O on O end-to-end O TCP B-Protocol performance O . O However O , O it O is O still O possible O for O %252E O , O which O is O the O double-URI-encoded O form O of O . O , O to O not O to O be O treated O as O illegal O by O security O filters O and O hence O pass O through O them O , O but O later O on O , O when O the O target O system O is O building O the O path O related O to O the O directory B-Protocol traversal I-Protocol attack I-Protocol it O might O use O the O double-URI-decoded O form O of O %252E O , O which O is O . O , O something O that O the O filters O would O have O been O treated O as O illegal O . O The O other O levels O defined O by O the O SDH B-Protocol standard O are O STM-1 B-Protocol , O STM-16 B-Protocol , O STM-64 B-Protocol and O STM-256 B-Protocol . O FireWire B-Protocol is O capable O of O safely O operating O critical O systems O due O to O the O way O multiple O devices O interact O with O the O bus B-General_Concept and O how O the O bus B-General_Concept allocates O bandwidth O to O the O devices O . O From O being O the O de O facto O standard O email B-Protocol client I-Protocol on O Novell B-Operating_System NetWare I-Operating_System networks O , O Para-Mail B-Protocol , O along O with O Eudora B-Operating_System and O others O suffered O a O similar O fate O to O Netscape B-Protocol Navigator I-Protocol when O Internet B-Application Explorer I-Application version O 3.0 O bundled O Microsoft B-Application Internet I-Application Mail I-Application and I-Application News I-Application version O 1.0 O free-of-charge O within O Windows B-Application 95 I-Application . O According O to O Microsoft O , O the O Pocket B-Device PC I-Device is O " O a O handheld O device O that O enables O users O to O store O and O retrieve O e-mail O , O contacts O , O appointments O , O tasks O , O play O multimedia O files O , O games O , O exchange O text O messages O with O Windows B-Protocol Live I-Protocol Messenger I-Protocol ( O formerly O known O as O MSN B-Protocol Messenger I-Protocol ) O , O browse O the O Web O , O and O more. O " O When O a O connection O is O set O up O , O the O congestion O window O , O a O value O maintained O independently O at O each O host O , O is O set O to O a O small O multiple O of O the O maximum B-Protocol segment I-Protocol size I-Protocol ( O MSS O ) O allowed O on O that O connection O . O Secret O key O encryption O is O sometimes O referred O to O as O zero B-Protocol knowledge I-Protocol , O meaning O that O only O the O user O has O the O encryption O key O needed O to O decrypt O the O data O . O DBE60 O models O come O with O either O the O same O RDP B-Protocol client O as O the O original O ThinCan B-Application or O with O Etherboot B-Device support O for O UNIX O terminal O services O . O Pre-release O reception O of O the O game O was O negative O due O to O the O game O 's O lack O of O a O campaign O mode O and O the O Black O Ops O Pass O , O a O season O pass O that O distributes O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O in O the O form O of O " O Operations O " O . O In O May O 2009 O Blackboard B-Protocol learn I-Protocol purchased O the O privately O held O competing O learning B-Application management I-Application systems I-Application company O Angel O Learning O , O inc O . O ANGEL O Learning O . O Internet B-Protocol Protocol I-Protocol Security I-Protocol ( O IPsec B-Protocol ) O is O a O suite O of O protocols O for O securing O IP B-Protocol communications I-Protocol by O authenticating O and O encrypting O each O IP O packet B-Protocol in O a O data O stream O . O In O 2012 O , O an O incubator O for O bitcoin-focused O start-ups O was O founded O by O Adam O Draper O , O with O financing O help O from O his O father O , O venture O capitalist O Tim O Draper O , O one O of O the O largest O bitcoin B-Protocol holders O after O winning O an O auction O of O 30,000 O bitcoins B-Protocol , O at O the O time O called O ' O mystery O buyer O ' O . O Token O packets B-Protocol consist O of O a O PID O byte O followed O by O two O payload O bytes O : O 11bits O of O address O and O a O five-bit O CRC O . O On O December O 17 O , O 2009 O , O SCEA O released O its O first O massively B-Application multiplayer I-Application online I-Application game I-Application , O produced O specifically O for O Home O , O called O Sodium B-Protocol , O a O planned O four-part O series O of O games O , O but O only O two O parts O were O released O by O the O time O of O Home O 's O closure O . O The O first O part O was O Sodium B-Protocol One O . O It O was O first O made O available O for O Internet B-Protocol Explorer I-Protocol 3 I-Protocol so O that O users O could O run O Java B-Application applets I-Application when O browsing O on O the O World O Wide O Web O . O HTML5 B-Application applications O may O run O on O the O WebKit B-Language engine B-Protocol included O in O AIR O . O Radio O amateurs O wanting O to O request O IP B-Protocol addresses I-Protocol within O the O AMPRNet O should O visit O the O AMPRNet O Portal O . O Since O the O 1990s O most O packets O within O the O range O were O arranged O to O transit B-Application via O an O IP B-Protocol tunnel I-Protocol using O IP B-Protocol in I-Protocol IP I-Protocol encapsulation O to/from O a O router B-Protocol hosted O at O the O University O of O California O , O San O Diego O . O The O CPE O uses O its O global O IPv6 B-Protocol connection O to O deliver O the O packet O to O the O ISP O 's O carrier-grade B-Protocol NAT I-Protocol ( O CGN O ) O , O which O has O a O global O IPv4 B-Protocol address O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS B-Device configuration B-Protocol file I-Protocol . O Icon O Title O Description O alt O =OOo O 3 O Writer O icon|48px O Writer O A O word B-General_Concept processor I-General_Concept analogous O to O Microsoft B-Application Word I-Application or O WordPerfect B-Application . O alt O =OOo O 3 O Calc O icon|48px O Calc O A O spreadsheet B-Application analogous O to O Microsoft B-Application Excel I-Application or O Lotus B-Application 1-2-3 I-Application . O alt O =OOo O 3 O Impress O icon|48px O Impress O A O presentation B-Application program I-Application analogous O to O Microsoft B-Application PowerPoint I-Application or O Apple B-Protocol Keynote I-Protocol . O A O major O goal O of O the O open-source B-Application strategy O of O agorum B-Protocol core I-Protocol is O the O integration O of O other O open-source B-Application components O . O On O the O cable O , O the O wire O connected O to O pin O 2 O is O next O to O the O wire O connected O to O pin B-Protocol 1 I-Protocol ( O the O red O coded O wire O ) O , O and O so O on O . O This O is O most O often O a O misconfiguration O and O may O result O from O the O merger O of O two O networks O or O subnets O , O especially O when O using O RFC B-Protocol 1918 I-Protocol private B-Protocol network I-Protocol addressing O . O Each O DC O has O a O copy O of O the O Active B-Protocol Directory I-Protocol . O The O top O of O the O monitor O is O embedded O with O a O built O in O webcam B-Protocol . O Special O editing O commands O , O such O as O commands O to O jump O to O the O beginning O or O the O end O of O a O function O while O editing O a O programming O file O or O commands O to O validate O documents O or O insert O closing O tags O while O working O with O markup O languages O such O as O XML B-Protocol . O A O GNU B-Operating_System Emacs B-Application editing O buffer B-General_Concept can O use O only O one O major O mode O at O a O time O , O but O multiple O minor O modes O can O operate O simultaneously O . O All O the O network O security O features O in O the O world O are O moot O if O someone O is O simply O able O to O steal O the O packet B-Protocol capture I-Protocol appliance I-Protocol or O make O a O copy O of O it O and O have O ready O access O to O the O data O stored O on O it O . O As O even O adapters O cannot O assist O , O Microsoft O keeps O version O 7.1 O as O an O offered O download O for O users O who O still O own O mice B-Device with O PS/2 B-Protocol connectors I-Protocol ( O instead O of O USB B-Protocol ) O . O On O November O 28 O , O 2014 O , O Symphony B-Protocol Communication I-Protocol Services O LLC O acquired O technology O assets O developed O by O Collaboration O Services O , O the O open O messaging O network O from O Markit O Ltd O . O for O an O undisclosed O amount O . O Reading O List O , O a O bookmarking O feature O that O allows O tagging O of O certain O sites O for O reading O later O , O which O syncs O across O all O Safari O browsers B-Application ( O mobile O and O desktop O ) O via O Apple O 's O iCloud B-Application service O . O Private B-Protocol browsing I-Protocol , O like O in O most O desktop O browsers B-Application , O is O a O feature O that O does O not O save O the O user O 's O cookies O and O history O or O allow O anything O to O be O written O into O local O storage O or O Web O SQL O Databases.iOS O 6 O iCloud B-Application Tabs O , O linking O the O desktop O and O iOS B-Application versions O of O Safari O . O By O default O , O HTTP B-Protocol uses O port O 80 O and O HTTPS B-Protocol uses O port B-Protocol 443 I-Protocol , O but O a O URL O like O http://www.example.com:8080/path/ O specifies O that O the O web B-Application browser I-Application connects O instead O to O port B-Protocol 8080 I-Protocol of O the O HTTP B-Protocol server O . O Versions O 2 O and O 3 O , O and O a O draft O of O version O 4 O , O allowed O an O address O length O of O up O to O 128 O bits O , O but O this O was O mistakenly O reduced O to O 32 O bits O in O the O final O version O of O IPv4 B-Protocol . O One O of O the O chief O planners O was O Naoki O Yoshida O , O who O had O worked O on O earlier O Dragon B-Application Quest I-Application spin-offs O , O and O was O later O assigned O as O the O director O of O Final B-Protocol Fantasy I-Protocol XIV I-Protocol and O its O reboot O A B-Protocol Realm I-Protocol Reborn I-Protocol . O Hubs B-Protocol are O now O largely O obsolete O , O having O been O replaced O by O network B-Protocol switches I-Protocol except O in O very O old O installations O or O specialized O applications O . O As O of O 2011 O , O connecting O network B-Protocol segments I-Protocol by O repeaters O or O hubs B-Protocol is O deprecated O by O IEEE O 802.3 O . O New O networking B-Architecture features O were O also O added O , O including O Internet O Connection O Firewall O , O Internet B-Protocol Connection I-Protocol Sharing I-Protocol integration O with O UPnP O , O NAT O traversal O APIs O , O Quality O of O Service O features O , O IPv6 O and O Teredo O tunneling O , O Background B-Protocol Intelligent I-Protocol Transfer I-Protocol Service I-Protocol , O extended O fax O features O , O network O bridging O , O peer O to O peer O networking B-Architecture , O support O for O most O DSL O modems B-Application , O IEEE O 802.11 O ( O Wi-Fi O ) O connections O with O auto B-General_Concept configuration I-General_Concept and O roaming O , O TAPI B-Library 3.1 I-Library , O and O networking B-Architecture over O FireWire B-Protocol . O Remote B-Protocol Assistance I-Protocol and O Remote B-Protocol Desktop I-Protocol were O also O added O , O which O allow O users O to O connect O to O a O computer O running O Windows O XP O from O across O a O network O or O the O Internet O and O access O their O applications O , O files O , O printers O , O and O devices O or O request O help O . O The O PCI B-Protocol bus I-Protocol , O however O , O is O expressly O not O supported O . O Video B-Protocol in I-Protocol video I-Protocol out I-Protocol ( O usually O seen O as O the O acronym O VIVO O ) O , O commonly O pronounced O ( O VEE-voh O ) O , O is O a O graphics B-Protocol port I-Protocol which O enables O some O video B-Device cards I-Device to O have O bidirectional O ( O input O and O output O ) O analog O video O transfer O through O a O mini-DIN B-Protocol connector I-Protocol , O usually O of O the O 9-pin O variety O , O and O a O specialised O splitter B-Device cable I-Device ( O which O can O sometimes O also O transfer O analog O audio O ) O . O The O GEN2 O also O supports O Allied O Telesis O ' O Virtual O Chassis O Stacking B-Protocol technology O , O but O this O has O been O enhanced O to O enable O up O to O 4 O SwitchBlade B-Protocol x908 O GEN2 O chassis O ' O to O be O stacked O over O long-distances O using O any O port-speed O ( O 10G O , O 40G O or O 100G O ) O . O Support O was O originally O limited O to O the O WRT54G B-Application series I-Application , O but O has O since O been O expanded O to O include O many O other O routers B-Protocol and O devices O from O many O different O manufacturers O . O Features O of O ACS O included O a O core O set O of O APIs O , O datamodels O , O and O database O routines O for O coordinating O information O common O to O all O community O web B-Application applications I-Application , O as O well O as O modules O such O as O workflow O management O , O CMS B-Protocol , O messaging O , O bug/issue B-Application tracking I-Application , O project O tracking O , O e-commerce O , O and O bboards O . O In O May O 2013 O , O Time O Inc O . O named O Qwiki B-Protocol one O of O " O 10 O NYC O Startups O to O Watch O for O 2013 O " O . O SkillsDarkfall O departs O from O the O conventional O MMORPG B-Protocol paradigm O of O character O levels O as O the O main O form O of O character O progression O , O favouring O instead O a O broad O skill-based O system O , O similar O to O that O found O in O games O such O as O Ultima B-Protocol Online I-Protocol , O Eve B-Protocol Online I-Protocol , O Wurm B-Protocol Online I-Protocol and O Asheron B-Application 's I-Application Call I-Application . O The O private B-Protocol browsing I-Protocol feature O called O Incognito O mode O prevents O the O browser B-Application from O locally O storing O any O history B-Protocol information O , O cookies B-Application , O site O data O , O or O form O inputs O . O Downloaded B-Application files O and O bookmarks O will O be O stored O . O Called O " O Requested O Range O Not O Satisfiable O " O previously O RFC B-Protocol 2616 I-Protocol . O The O server B-Application cannot O meet O the O requirements O of O the O Expect O request-header O field O . O This O code O was O defined O in O 1998 O as O one O of O the O traditional O IETF O April O Fools O ' O jokes O , O in O RFC B-Protocol 2324 I-Protocol , O Hyper B-Protocol Text I-Protocol Coffee I-Protocol Pot I-Protocol Control I-Protocol Protocol I-Protocol , O and O is O not O expected O to O be O implemented O by O actual O HTTP B-Protocol servers O . O This O HTTP B-Protocol status O is O used O as O an O Easter O egg O in O some O websites O , O such O as O com B-Application 's I-Application " O I O 'm O a O teapot O " O easter O egg O . O Sometimes O , O this O status O code O is O also O used O as O a O response O to O a O blocked O request O , O instead O of O the O more O appropriate O 403 B-Protocol Forbidden I-Protocol . O The O request O was O directed O at O a O server B-Application that O is O not O able O to O produce O a O response O ( O for O example O because O of O connection O reuse O ) O . O Indicates O that O the O server B-Application is O unwilling O to O risk O processing O a O request O that O might O be O replayed O . O The O client O should O switch O to O a O different O protocol O such O as O TLS/1.3 B-Protocol , O given O in O the O Upgrade B-Protocol header I-Protocol field O . O The O origin O server B-Application requires O the O request O to O be O conditional O . O Intended O to O prevent O the O ' O lost O update O ' O problem O , O where O a O client O GETs O a O resource O 's O state O , O modifies O it O , O and O PUTs O it O back O to O the O server B-Application , O when O meanwhile O a O third O party O has O modified O the O state O on O the O server B-Application , O leading O to O a O conflict O . O The O server B-Application is O unwilling O to O process O the O request O because O either O an O individual O header O field O , O or O all O the O header O fields O collectively O , O are O too O large O . O An O example O , O made O by O Tremont O Electric O , O consists O of O a O magnet O held O between O two O springs O that O can B-Protocol charge O a O battery O as O the O device O is O moved O up O and O down O . O TV O hookup O , O joystick O support O and O cartridge B-Protocol slots O were O already O found O on O regular O C64 O machines O . O Created O based O on O Open O Packaging O Conventions O ( O OPC O ) O standard O ( O ISO O 29500 O , O Part O 2 O ) O , O a O VSDX O or O VSDM O file O consists O of O a O group O of O XML B-Protocol files O archived O inside O a O Zip B-General_Concept file I-General_Concept . O Telesoft B-Protocol Technologies I-Protocol announced O the O dual O 100G B-Protocol PCIe O accelerator O card O , O part O of O the O MPAC-IP O series O . O The O N B-Protocol connector I-Protocol follows O MIL-STD-348 O , O a O standard O defined O by O the O US O military O , O and O comes O in O 50 O and O 75ohm O versions O . O On O 7 O June O 2014 O , O in O a O Turing O test O competition O at O the O Royal O Society O , O organised O by O Kevin O Warwick O of O the O University O of O Reading O to O mark O the O 60th O anniversary O of O Turing O 's O death O , O Goostman B-Protocol won O after O 33% O of O the O judges O were O convinced O that O the O bot O was O human O . O USB B-Protocol : O Although O mostly O used O for O miscellaneous O devices O , O such O as O secondary B-General_Concept storage I-General_Concept devices I-General_Concept or I-General_Concept peripherals I-General_Concept and O toys O , O USB B-Protocol displays O and O display B-Device adapters I-Device exist O . O The O keys O of O the O nodes O expanded O for O each O run O are O monotonically O nondecreasing O over O time O , O as O is O the O case O with O A* B-Protocol . O Carrier-Suppressed B-Protocol Return-to-Zero I-Protocol ( O CSRZ B-Protocol ) O is O an O optical O line B-Protocol code I-Protocol . O The O device O shipped O with O Windows B-Protocol Phone I-Protocol 8 O preinstalled O and O was O upgradable O to O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol Now O this O device O is O included O on O the O Microsoft O list O of O Windows B-Operating_System 10 I-Operating_System Mobile I-Operating_System upgrade O , O it O can O be O upgraded O through O the O Windows B-Application Insider I-Application program I-Application too O . O The O file O format O is O XML B-Protocol . O AIM B-Protocol ( O AOL B-Protocol Instant I-Protocol Messenger I-Protocol ) O was O an O instant B-Application messaging I-Application and O presence B-Protocol computer B-Application program I-Application created O by O AOL O , O which O used O the O proprietary B-Application OSCAR B-Application instant I-Application messaging I-Application protocol I-Application and O the O TOC B-Application protocol I-Application to O allow O registered O users O to O communicate O in O real O time O . O AIM B-Protocol was O popular O by O the O late O 1990s O , O in O United O States O and O other O countries O , O and O was O the O leading O instant B-Application messaging I-Application application O in O that O region O into O the O following O decade O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O The O app O was O updated O with O new O features O in O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol where O the O Maps O app O took O on O a O Purple O paper O map-looking O logo O . O PCT O was O designed O to O address O security O flaws O in O version O 2.0 O of O Netscape O 's O Secure B-Protocol Sockets I-Protocol Layer I-Protocol protocol O and O to O force O Netscape O to O hand O control O of O the O then-proprietary O SSL O protocol O to O an O open O standards O body O . O In O December O 2015 O , O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol and O Windows B-Operating_System 10 I-Operating_System Mobile I-Operating_System Version O was O released O . O Through O its O IPv6 B-Protocol tunnel I-Protocol broker I-Protocol service O , O Hurricane O also O provides O free O IPv6 B-Protocol connectivity O to O users O in O the O United O States O and O in O several O other O countries.2011ComcastComcast O started O IPv6 B-Protocol pilot O market O deployment O in O 2011.2011Time O Warner O CableTime O Warner O Cable O was O conducting O IPv6 B-Protocol trials O for O their O customers O from O September O 2011.2011AT O &TAT&T O started O testing O their O networks O with O IPv6 B-Protocol in O 2006 O . O and O started O rolling O out O IPv6 B-Protocol to O customers O with O compatible O CPEs O in O Q4 O 2011.2012US O Department O of O EducationUS O Department O of O Education O ( O ED O ) O became O the O first O cabinet-level O agency O to O deploy O IPv6 B-Protocol on O its O DNS O services O across O its O 17 O .gov O domains O on O August O 5 O , O 2012.2012Google O FiberGoogle O Fiber O launched O with O IPv6 B-Protocol support O in O 2012.2012Charter O CommunicationsCharter O Communications O offers O IPv6 B-Protocol access O to O all O of O its O customers O via O a O freely O accessible O IPv6 B-Protocol rapid I-Protocol deployment I-Protocol server O since O at O least O March O 2012.2012CenturyLinkCenturyLink O offered O IPv6 B-Protocol access O to O all O of O its O customers O since O at O least O 2012.2013T-MobileT-Mobile O has O made O IPv6 B-Protocol its O default O phone O configuration O for O all O new O Android O 4.3 O + O devices O . O This O API O allows O pages O to O specify O a O proxy B-Application server I-Application that O would O get O the O reply O , O and O this O proxy B-Application server I-Application is O not O subject O to O the O same-origin B-Protocol policy I-Protocol . O On O June O 30 O , O 2011 O , O Funcom O began O marketing O the O game O with O the O new O title O , O Age B-Protocol of I-Protocol Conan I-Protocol : I-Protocol Unchained I-Protocol ( O as O opposed O to O Age B-Protocol of I-Protocol Conan I-Protocol : I-Protocol Hyborian I-Protocol Adventures I-Protocol ) O , O and O altered O the O subscription O model O to O a O hybrid O one O . O Versions O of O Internet O Explorer O for O other O operating B-General_Concept systems I-General_Concept have O also O been O produced O , O including O an O Xbox B-Operating_System 360 I-Operating_System version O called O Internet O Explorer O for O Xbox B-Operating_System and O for O platforms O Microsoft O no O longer O supports O : O Internet B-Protocol Explorer I-Protocol for I-Protocol Mac I-Protocol and O Internet B-Protocol Explorer I-Protocol for I-Protocol UNIX I-Protocol ( O Solaris B-Application and O HP-UX B-Application ) O , O and O an O embedded O OEM O version O called O Pocket B-Application Internet I-Application Explorer I-Application , O later O rebranded O Internet B-Application Explorer I-Application Mobile I-Application , O made O for O Windows B-Operating_System CE I-Operating_System , O Windows B-Protocol Phone I-Protocol , O and O , O previously O , O based O on O Internet B-Application Explorer I-Application 7 I-Application , O for O Windows B-Operating_System Phone I-Operating_System 7 I-Operating_System . O Two O years O later O , O ScienceLogic B-Protocol raised O an O additional O $15 O million O in O funding O from O Intel O Capital O . O Also O unique O to O Houdini B-Application is O the O range O of O I/O B-General_Concept OPs O available O to O animators O , O including O MIDI O devices O , O raw O files O or O TCP B-Protocol connections O , O audio O devices O ( O including O built-in O phoneme B-Language and O pitch O detection O ) O , O mouse B-Device cursor B-Application position O , O and O so O on O . O The O fstab B-Protocol file O typically O lists O all O available O disk B-Application partitions I-Application and O other O types O of O file B-Application systems I-Application and O data O sources O that O may O not O necessarily O be O disk-based O , O and O indicates O how O they O are O to O be O initialized O or O otherwise O integrated O into O the O larger O file B-Application system I-Application structure O . O Internet O Mail O Citadel B-Protocol Claws B-Language Mail I-Language Courier B-Protocol Elm B-Application eM B-Protocol Client I-Protocol EmailTray B-Protocol Eudora B-Operating_System Evolution B-Language Gnus B-Operating_System GroupWise B-Operating_System Hiri B-Language i.Scribe B-Protocol / I-Protocol InScribe I-Protocol HCL B-Operating_System Notes I-Operating_System ( O 4.1.2 O + O ) O KMail O ( O with O GPG O ) O ( O 1.5 O + O , O with O GPGME O ) O Mailbird B-Protocol Mailpile B-Protocol Microsoft B-Application Entourage I-Application Microsoft B-Application Office I-Application Outlook I-Application ( O 2010+ O ) O Sort O Your O Emails O by O Conversation O in O Outlook O 2010 O - O How-To O Geek O Mozilla B-Protocol Mail I-Protocol & I-Protocol Newsgroups I-Protocol Mozilla B-Application Thunderbird I-Application Mulberry B-Application Mutt B-Device Yes(no support for images ) O ( O with O GPGME O ) O Netscape B-Application Messenger I-Application Netscape B-Protocol Messenger I-Protocol 9 I-Protocol nmh B-Protocol / I-Protocol MH I-Protocol Opera B-Operating_System Mail I-Operating_System Outlook B-Application Express I-Application Pegasus B-Application Mail I-Application Yes(sending is broken ) O Pine B-Operating_System ( O with O Pine B-Operating_System Privacy O Guard O ) O Pocomail B-Application RoundCube B-Language ( O depends O on O antivirus O ) O SeaMonkey B-Language Mail O & O Newsgroups O SquirrelMail B-Language ( O depends O on O antivirus O ) O Sylpheed B-Language The B-Application Bat I-Application ! I-Application Internet O Mail O 1996 O 1 O Citadel B-Protocol 1987 O 1988 O 1.00 O Claws B-Language Mail I-Language 2001-05 O 0.4.67 O 2005-01 O 1.0.0 O Courier B-Protocol 2004-06 O 3.5 O discontinued O discontinued O Elm B-Application 1986 O 1987-03 O 2 O eM B-Protocol Client I-Protocol 2007-11 O 1.0 O 2007-11 O 1.0 O EmailTray B-Protocol 2010-10 O 2.0 O 2011-03 O 3.11 O Eudora B-Operating_System 1988 O 1988 O Evolution B-Language 2000-05-11 O 0.0 O 2001-12-03 O 1.0 O Forté B-Protocol Agent I-Protocol Geary B-Language 2012 O 0.1 O 2012 O 0.1 O Gnus B-Operating_System 1987 O 1988-02-01 O 2.0 O 2015-04-06 O GroupWise B-Operating_System 1986 O 1.0 O Hiri B-Language 2014-02 O 0.4 O 2016-06 O 1.0 O i.Scribe B-Protocol / I-Protocol InScribe I-Protocol 1999 O 1.00 O IBM B-Operating_System Lotus I-Operating_System Notes I-Operating_System 1989 O 1.0 O 1989 O 1.0 O IMP B-Application 1998 O 1.0 O K-9 B-Application Mail I-Application KMail O 1998-10 O Alpha O 1999-02 O 1.0.17 O Mailbird B-Protocol 2013-04-01 O Public O Beta O Mailpile B-Protocol 2011-11 O Alpha O tbd O 2017 O 1.00 O RC O Microsoft B-Application Entourage I-Application Microsoft B-Application Office I-Application Outlook I-Application 1997 O 97 O 1997 O 97 O Mozilla B-Application Thunderbird I-Application 2003-07-28 O 0.1 O 2004-12-07 O 1.0 O Mulberry B-Application 1996-09-20 O 1.0 O 1996-09-20 O 1.0 O Mutt B-Device 1995 O Netscape B-Application Messenger I-Application Netscape B-Protocol Messenger I-Protocol 9 I-Protocol 2007-11-15 O 9.0a1 O discontinued O discontinued O 2007-11-15 O nmh B-Protocol / I-Protocol MH I-Protocol 1979 O Opera B-Operating_System Mail I-Operating_System 1996-09 O 2.1b1 O 1996-12 O 2.1 O Outlook B-Application Express I-Application 1996 O 3.0 O Pegasus B-Application Mail I-Application 1990 O 1990 O Pine B-Operating_System 1992-01-15 O 2.00 O 1992-01-15 O 2.00 O Pocomail B-Application 1999 O RoundCube B-Language 2006 O 0.1-rc1 O 2014-04-07 O 1.0.0 O SeaMonkey B-Language Mail O & O Newsgroups O 2005-09-15 O 1.0a O 2006-01-30 O 1.0 O SquirrelMail B-Language 1999-12 O 0.1 O 2001-01 O 1.0 O Sylpheed B-Language 2000-01 O 0.1.0 O 2004-12 O 1.0.0 O The B-Application Bat I-Application ! I-Application Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O Secure O calls O are O possible O using O standardized O protocols O such O as O Secure B-Protocol Real-time I-Protocol Transport I-Protocol Protocol I-Protocol . O Unlike O in O connection B-Protocol hijacking I-Protocol , O the O connection O is O never O desynchronized O and O communication O continues O as O normal O after O the O malicious O payload O is O accepted O . O Alan O Cox O had O played O the O original O University O of O Essex B-Protocol MUD I-Protocol , O and O the O gameplay O was O heavily O influenced O by O it O . O On O November O 15 O , O 2012 O , O Seth O Killian O announced O that O the O first O downloadable B-Protocol content I-Protocol for O PlayStation B-Application All-Stars I-Application Battle I-Application Royale I-Application would O arrive O in O the O form O of O two O new O playable O characters O : O Kat O from O Gravity B-Application Rush I-Application and O Emmett O Graves O from O Starhawk B-Application , O along O with O a O new O stage O , O " O Fearless O " O , O based O on O Heavenly B-Application Sword I-Application and O WipEout B-Application . O While O a O router O that O connects O a O LAN B-General_Concept with O the O Internet O or O a O wide O area O network O ( O WAN O ) O is O called O a O border O router O , O or O gateway B-Application router I-Application . O Routers O intended O for O ISP O and O major O enterprise O connectivity O usually O exchange O routing O information O using O the O Border B-Protocol Gateway I-Protocol Protocol I-Protocol ( O BGP B-Protocol ) O . O Enables O wireless O DisplayPort B-Protocol and O other O display O interfaces O that O include O the O High-bandwidth B-Protocol Digital I-Protocol Content I-Protocol Protection I-Protocol 2.0 O feature O . O easyDNS B-Protocol subsequently O was O approached O by O WikiLeaks O and O agreed O to O host O three O domain O names O for O WikiLeaks O . O Wiki B-Protocol software I-Protocol can O let O users O store O data O via O the O wiki B-Protocol , O in O a O way O that O can O be O exported O via O the O Semantic O Web O , O or O queried O internally O within O the O wiki B-Protocol . O In O the O reverse O case O , O a O DVI-D O monitor O has O the O same O level O of O basic O interoperability O unless O content O protection O with O High-bandwidth B-Protocol Digital I-Protocol Content I-Protocol Protection I-Protocol ( O HDCP B-Protocol ) O interferes O — O or O the O HDMI B-Protocol color O encoding O is O in O component O color B-Algorithm space I-Algorithm instead O of O RGB O , O which O is O not O possible O in O DVI B-Protocol . O The O computer O that O started O the O session B-Protocol will O reply O with O a O close O response O which O prompts O the O final O session B-Protocol closed O packet O . O It O connected O over O USB B-Protocol . O By O 2002 O , O as O the O emergence O of O TCP-based O storage O such O as O iSCSI B-Protocol spurred O interest O , O it O was O said O that O " O At O least O a O dozen O newcomers O , O most O founded O toward O the O end O of O the O dot-com O bubble O , O are O chasing O the O opportunity O for O merchant O semiconductor O accelerators O for O storage O protocols O and O applications O , O vying O with O half O a O dozen O entrenched O vendors O and O in-house O ASIC O designs. O " O This O field O defines O the O protocol B-Protocol used O in O the O data O portion O of O the O IP O datagram B-Protocol . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Other O critics O believe O that O the O imposition O of O Internet B-Protocol filtering I-Protocol software I-Protocol without O the O consent O of O the O user O constitutes O a O violation O of O the O First O Amendment O . O " O City O plots O " O were O placed O throughout O Rubi-Ka B-Protocol which O organizations O can O buy O to O erect O custom O cities O . O Similar O token B-Protocol passing I-Protocol mechanisms O are O used O by O ARCNET B-Protocol , O token B-Protocol bus I-Protocol , O 100VG-AnyLAN B-Protocol ( O 802.12 O ) O and O FDDI B-Protocol , O and O they O have O theoretical O advantages O over O the O CSMA/CD O of O early O Ethernet O . O Mark O Jacobs O has O more O recently O led O a O team O re-imagining O the O Dark O Age O underpinnings O of O RvR O with O a O new O game O called O Camelot B-Protocol Unchained I-Protocol that O is O still O in O development O . O NearlyFreeSpeech B-Protocol is O a O privately O funded O , O US-based O , O low O cost O web O hosting O provider O and O domain B-Application name I-Application registrar I-Application that O began O in O 2002 O . O Windows B-Protocol Live I-Protocol Mesh I-Protocol ( O formerly O known O as O Windows B-Protocol Live I-Protocol FolderShare I-Protocol , O Live B-Protocol Mesh I-Protocol , O and O Windows B-Protocol Live I-Protocol Sync I-Protocol ) O is O a O discontinued O free-to-use O Internet-based O file B-Application synchronization I-Application application O by O Microsoft O designed O to O allow O files O and O folders O between O two O or O more O computers O to O be O in O sync O with O each O other O on O Windows B-Application ( O Vista B-Application and O later O ) O and O Mac B-Application OS I-Application X I-Application ( O v O . O 10.5 O Leopard O and O later O , O Intel O processors O only O ) O computers O or O the O Web O via O SkyDrive B-Application . O It O defines O a O way O for O a O DHCPv6 B-Protocol relay O to O pass O that O information O to O a O DHCPv6 B-Protocol server O . O The O functionality O of O a O USB B-Protocol device I-Protocol is O defined O by O a O class O code O sent O to O a O USB B-Protocol host O . O Kim O F O . O Storm O 's O nn O newsreader B-Protocol was O the O first O to O implement O this O new O model O , O and O it O looked O for O a O while O as O if O nn O would O do O to O rn B-Protocol what O rn B-Protocol did O to O readnews O . O Also O supports O SPDY B-Protocol and O WebSocket B-Protocol protocols O . O They O are O used O for O transmitting O raw O XML B-Protocol files O without O exposing O their O internal O semantics B-Application . O SXML B-Language is O an O alternative O syntax O for O writing O XML B-Protocol data O ( O more O precisely O , O XML B-Protocol Infosets O ) O as O S-expressions B-Protocol , O to O facilitate O working O with O XML B-Protocol data O in O Lisp B-Language and O Scheme B-Language . O FSUUCP O formed O the O basis O for O many O bulletin B-Application board I-Application system I-Application ( O BBS O ) O packages O such O as O Galacticomm B-Application 's O Major B-Application BBS I-Application and O Mustang O Software O 's O Wildcat B-Protocol ! I-Protocol HDMI B-Protocol 2.1 O was O officially O announced O by O the O HDMI B-Protocol Forum O on O January4 O , O 2017 O , O and O was O released O on O November O 28 O , O 2017 O . O 2BASE-TL B-Protocol PHY O can O deliver O a O minimum O of O 2 O Mbit/s O and O a O maximum O of O 5.69 O Mbit/s O over O distances O of O up O to O 2700 O m O ( O 9,000 O ft O ) O , O using O ITU-T O G.991.2 O ( O G.SHDSL.bis O ) O technology O over O a O single O copper O pair O . O Full-duplex O short-reach O point-to-point B-Architecture link I-Architecture over O voice-grade B-Protocol copper I-Protocol wiring O . O The O core O of O the O Phire B-Protocol CMS I-Protocol version O 1 O branch O is O specifically O built O on O top O of O the O object-oriented B-Language PHP B-Application library O , O Moc10 O PHP B-Application Library O , O and O uses O the O JavaScript B-Language library O , O Jax O JavaScript B-Language Library O , O to O enhance O the O overall O user B-Application interface I-Application and O user O experience O . O A O Canonical O S-expression B-Protocol ( O or O csexp B-Protocol ) O is O a O binary O encoding O form O of O a O subset O of O general O S-expression B-Protocol ( O or O sexp B-Protocol ) O . O Warhammer B-Protocol Online I-Protocol : I-Protocol Age I-Protocol of I-Protocol Reckoning I-Protocol ( O officially O abbreviated O as O WAR O ) O was O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol based O on O Games O Workshop O 's O Warhammer O Fantasy O setting O , O developed O by O Mythic O Entertainment O and O published O by O Electronic O Arts O in O 2008 O . O Raven O worked O with O publisher O Activision O to O provide O easter O eggs O from O other O games O to O be O found O , O such O as O the O Lich O King O 's O sword O from O World B-Protocol of I-Protocol Warcraft I-Protocol : I-Protocol Wrath I-Protocol of I-Protocol the I-Protocol Lich I-Protocol King I-Protocol and O the O cake O mentioned O in O the O game O Portal B-Application . O The O central O plank O of O the O bill O was O to O add O a O do B-Protocol not I-Protocol track I-Protocol opt-out I-Protocol function O to O web B-Application browsers I-Application . O The O factions O are O : O the O London-based O Templars O , O pious O zealots O " O who O would O burn O an O entire O village O down O to O get O their O hands O on O one O demon B-Operating_System " O ; O the O New O York O City-based O Illuminati O , O Machiavellian O pragmatists O who O " O believe O that O it O 's O a O tough O world O where O only O the O strongest O will O survive O " O ; O and O the O Seoul-based O " O Dragon O " O , O who O take O a O neutral O stance O between O the O other O two O and O are O " O all O about O deceiving O , O orchestrating O chaos O , O and O waiting O patiently O for O its O time O " O . O A O personality O test O to O determine O the O players O ' O inclination O towards O one O of O the O factions O was O made O available O on O the O official O The B-Protocol Secret I-Protocol World I-Protocol website O soon O after O the O reveal O . O Adam O Jackson O has O envisioned O providing O remote O access O to O a O Wayland O application O by O either O " O pixel-scraping O " O ( O like O VNC B-Protocol ) O or O getting O it O to O send O a O " O rendering O command O stream O " O across O the O network O ( O as O in O RDP B-Protocol , O SPICE B-Protocol or O X11 B-Operating_System ) O . O G.709 O offers O advanced O OAM&P B-Architecture capabilities O such O as O Tandem O Connection O Monitoring O ( O TCM O ) O , O End O to O End O performance O monitoring O , O connectivity O monitoring O , O signal O quality O supervision O and O General B-Protocol Communication I-Protocol Channel I-Protocol ( O GCC O ) O . O Unlike O SDH/SONET B-Protocol , O the O line O rate O is O increased O by O maintaining O the O G.709 O frame O structure O ( O 4 O rows O x O 4080 O columns O ) O and O decreasing O the O frame O period O ( O in O SDH/SONET B-Protocol the O frame O structure O is O increased O and O the O frame O period O of O 125 O µs O is O maintained O ) O . O Code O diversity O makes O it O less O likely O that O a O performance O or O security O bug O in O one O DNS B-Protocol server O could O be O exploited O to O inflict O a O Denial O of O Service O attack O upon O an O organization O . O One O kind O of O bipolar B-Protocol encoding I-Protocol is O a O paired B-Protocol disparity I-Protocol code I-Protocol , O of O which O the O simplest O example O is O alternate O mark O inversion O . O UHF B-Protocol connectors I-Protocol have O a O non-constant O surge O impedance O . O Often O , O the O sending O node O is O simply O counted O as O the O first O hop B-Protocol , O thus O yielding O the O same O number O for O " O hops B-Protocol " O for O both O interpretations O of O " O hop B-Protocol " O as O " O traversed O routers B-Protocol " O and O " O jumps O from O node O to O node O " O . O The O OpenFlow B-Protocol protocol O is O layered O on O top O of O the O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP O ) O and O prescribes O the O use O of O Transport B-Protocol Layer I-Protocol Security I-Protocol ( O TLS O ) O . O The O data O is O sent O in O two O channels O labelled O A O and O B O , O or O four O channels O labeled O A O , O B O , O C O and O D O . O Data O from O the O different O channels O are O interleaved O using O a O time B-Protocol division I-Protocol multiplex I-Protocol system O . O Such O computations O are O used O by O time O distribution O protocols O such O as O IEEE B-Protocol 1588 I-Protocol for O frequency O and O time O of O day O synchronization O as O required O between O precision O clock O sources O and O wireless O base O stations O . O Shown O above O are O three O figures O [ 5 , 6 , 7 ] O which O show O 8 O and O 16 O equal O cost O tree O ( O ECT O ) O behavior O in O different O network B-Architecture topologies I-Architecture . O It O is O expected O that O numerous O shared O tree O models O will O also O be O defined O , O as O will O hop O by O hop O hash O based O equal-cost B-Protocol multi-path I-Protocol ( O ECMP B-Protocol ) O style O behaviors O .. O all O defined O by O a O VID O and O an O algorithm O that O every O node O agrees O to O run O . O IPv6 B-Protocol routers B-Protocol may O also O allow O entire O subnets B-Protocol to O move O to O a O new O router B-Protocol connection O point O without O renumbering O . O The O project O 's O primary O goal O is O to O be O a O faster O , O smaller O and O less O graphic O alternative O to O discussion B-Application boards I-Application such O as O phpBB B-Application , O Invision B-Protocol Power I-Protocol Board I-Protocol or O vBulletin B-Protocol . O Many O open-source O and O commercial O projects O ' O discussion B-Application boards I-Application use O PunBB B-Language . O Unlike O the O 2980 O , O the O 2970 O and O the O subsequent O 2960 O were O microcoded O , O and O thus O allowed O emulation O of O instruction O sets O such O as O that O of O the O older O 1900 B-Device Series I-Device or O the O System O 4 O . O The O boot O process B-Operating_System for O the O 2960 O Series O merits O special O mention O : O the O OCP O contained O a O mini O OPER O terminal O and O a O cassette O deck O . O This O process B-Operating_System was O called O a O GROPE O or O General O Reconnaissance O Of O Peripheral O Equipment O . O The O first O machines O were O subsequently O replaced O by O a O family O of O machines O based O on O the O 2966 O mid-range O design O , O which O was O less O costly O to O build O and O used O serial B-Protocol rather O than O parallel O interconnections O . O In O CDMA B-Protocol systems O , O 2G O and O 3G B-Architecture , O the O most O common O criterion O for O requesting O a O handover B-Protocol is O Ec/Io O ratio O measured O in O the O pilot O channel O ( O CPICH O ) O and/or O RSCP O . O This O meant O that O most O programs O on O the O system O , O including O 1st B-Protocol Word I-Protocol , O were O limited O to O the O single O system O font O . O In O telecommunications O , O Entrance B-Protocol facility I-Protocol refers O to O the O entrance O to O a O building O for O both O public O and O private O network O service O cables O ( O including O antenna O transmission O lines O , O where O applicable O ) O , O including O the O entrance O point O at O the O building O wall O or O floor O , O and O continuing O to O the O entrance O room O or O entrance O space O . O | O .ml O || O || O Mali|| O Also O used O as O a O free O domain O service O to B-Protocol the O public O . O Meanwhile O , O the O Trillian B-Protocol community O forums O were O opened O to O the O public O . O Internet B-Protocol Explorer I-Protocol 5 I-Protocol is O no O longer O available O for O download O from O Microsoft O . O This O connection O event O is O passed O to O USB.onconnect O or O USB.ondisconnect O when O the O agent O detects O a O change O in O the O connection O status O . O Provides O information O about O a O particular O configuration O of O a O USB B-Protocol device O . O One O measurement O found O that O a O third O of O paths O across O the O Internet O encounter O at O least O one O intermediary O that O modifies O TCP B-Protocol metadata O , O and O 6.5 O % O of O paths O encounter O harmful O ossifying O effects O from O intermediaries O . O Extensions O to O TCP B-Protocol have O been O affected O : O the O design O of O MPTCP B-Protocol was O constrained O by O middlebox O behaviour O , O and O the O deployment O of O TCP B-Protocol Fast I-Protocol Open I-Protocol has O been O likewise O hindered O . O Google B-Application Search I-Application , O Gmail B-Application , O and O other O SSL-enabled O services O ) O use O SPDY B-Protocol when O available O . O Because O the O virtual B-Protocol network I-Protocol traffic O may O never O leave O the O physical O host O hardware O , O security O administrators O cannot O observe O VM-to-VM O traffic O , O cannot O intercept O it O , O and O so O cannot O know O what O that O traffic O is O for O . O As O a O virtual O mixing O console O , O Voicemeeter B-Application makes O it O possible O to O interconnect B-General_Concept and O mix O audio O streams O from O many O audio O devices O and O applications B-Application thanks O to O the O concept O of O physical O inputs/outputs O ( O for O audio O devices O ) O and O virtual O inputs/outputs O ( O for O applications B-Application ) O : O USB B-Protocol microphone O , O DVD O players O , O video O games O , O iTunes B-Operating_System , O VoIP B-Application applications B-Application , O Digital B-General_Concept Audio I-General_Concept Workstation I-General_Concept ( O DAW O ) O , O etc O . O A O tree O root O always O has O an O ETX B-Protocol of O zero O . O An O Ethernet B-Protocol extender I-Protocol ( O also O network B-Protocol extender I-Protocol or O LAN B-Protocol extender I-Protocol ) O is O any O device O used O to O extend O an O Ethernet O or O network O segment O beyond O its O inherent O distance O limitation O which O is O approximately O for O most O common O forms O of O twisted B-Protocol pair I-Protocol Ethernet I-Protocol . O Name O Platform O Last O Release O License O CocoGnut O RISC B-Operating_System OS I-Operating_System June O 28 O , O 2005 O Freeware O Gnotella O Windows B-Application before O March O 2002 O Gnotella O discontinued O post O Freeware O Mactella O Macintosh B-Device December O 7 O , O 2001 O Tucows O , O Mactella O Version O 1.4.0 O Freeware O MLDonkey B-Protocol Cross-platform B-Operating_System July O 27 O , O 2007 O MLDonkey B-Protocol removes O Gnutella B-Protocol and O G2 O support O . O Ether B-Application is O created O as O a O reward O to O network B-Protocol nodes I-Protocol for O a O process O known O as O " O mining O " O , O which O validates O computations O performed O on O Ethereum B-Protocol Classic I-Protocol 's O EVM O . O Version O 2 O of O the O software O is O based O on O jabberd2 B-Protocol 2.0s9 I-Protocol and O supports O server O federation O , O which O allows O chat B-Protocol clients O to O talk O directly O with O other O systems O that O support O XMPP B-Protocol . O It O also O supports O server-based O chat B-Protocol archiving O . O The O package O defines O HTTP-specific O subclasses O of O the O generic O servlet B-Application elements O , O including O session B-Protocol management I-Protocol objects O that O track O multiple O requests O and O responses O between O the O web B-Application server I-Application and O a O client O . O Per O Nagle B-Protocol 's I-Protocol algorithm I-Protocol , O it O will O not O be O sent O until O he O receives O an O ACK O for O the O data O that O has O already O been O sent O . O One O of O the O first O desktop-like O interfaces O on O the O market O was O a O program O called O Magic B-Protocol Desk I-Protocol I I-Protocol . O The O front-mounted O FireWire B-Protocol 400 O port O featured O in O previous O models O was O also O replaced O with O a O USB B-Protocol 2.0 O port O . O Other O Rational O Software B-Application products I-Application , O notably O ClearQuest O and O Rational O Team O Concert O , O are O integrated O with O ClearCase B-Protocol . O Further O , O implementation O support O for O SNMP B-Protocol and O CIM/WBEM O is O optional O . O However O , O computer O programs O such O as O XBSlink O , O SVDL O and O XLink B-Protocol Kai I-Protocol allow O users O to O achieve O online B-Application play I-Application for O some O PS2 B-Device games O by O using O a O network O configuration O that O simulates O a O worldwide O LAN B-General_Concept . O The O most O commonly O used O EUC O codes O are O variable-length O encodings O with O a O character O belonging O to O an O compliant O coded B-General_Concept character I-General_Concept set I-General_Concept ( O such O as O ASCII B-Protocol ) O taking O one O byte O , O and O a O character O belonging O to O a O 94x94 O coded B-General_Concept character I-General_Concept set I-General_Concept ( O such O as O ) O represented O in O two O bytes O . O MSN B-Protocol for O Mac B-Application OS I-Application X I-Application was O a O dial-up O client O interface O to O Microsoft O 's O pay-for-access O online O services O for O Mac B-Device users O . O The O gateway O in O turn O delivers O either O a O unique O IP B-Protocol address I-Protocol or O a O shared O IP B-Protocol address I-Protocol and O a O unique O set O of O TCP/UDP O ports O and O associates O the O RSIP B-Protocol host O address O to O this O address O . O As O such O , O its O capabilities O overlap O with O XSLT B-Application , O which O was O designed O expressly O to O allow O input O XML B-Protocol documents I-Protocol to O be O transformed O into O HTML O or O other O formats O . O Other O players O may O notice O jerky O movement O and O similar O problems O with O the O player O associated O with O the O affected O client B-Protocol , O but O the O real O problem O lies O with O the O client B-Protocol itself O . O The O higher-speed O models O , O code O name O " O Sawtooth O " O , O used O a O greatly O modified O motherboard B-Device design O with O AGP B-Architecture 2x O graphics O ( O replacing O the O PCI B-Protocol slot I-Protocol ) O . O Zcash B-Protocol is O based O on O Bitcoin B-Protocol 's O codebase O . O The O IMAP4 B-Protocol Access O Control O List O ( O ACL O ) O Extension B-Application ( O ) O may O be O used O to O regulate O access O rights O . O In O a O ring O network B-Architecture , O such O as O Token B-Device Ring I-Device , O ring B-Protocol latency I-Protocol is O the O time O required O for O a O signal O to O propagate O once O around O the O ring O . O TV B-Protocol Time I-Protocol . O 17 O Vikings O 3,059,751 O HistoryEnded O 6 O 2013 O – O 2021 O " O Vikings O on O TV B-Protocol Time I-Protocol " O . O There O are O software O programs O that O can O set O up O an O autodialer-like O function O over O a O physical O telephone O line O using O such O hardware O . O It O is O also O possible O to O run O cheap O or O free O autodialers B-Protocol without O a O modem B-Application or O telephone O line O using O the O Internet O and O VoIP B-Application . O During O Apple O 's O annual O WWDC O conference O on O June O 6 O , O 2022 O , O Apple O announced O that O in O addition O to O France O , O Monaco B-Application , O and O New O Zealand O , O the O new O maps O would O be O expanded O to O Belgium O , O Israel O , O Liechtenstein O , O Luxembourg O , O Netherlands O , O Palestinian O Territories O , O Saudi O Arabia O , O and O Switzerland B-Protocol . O Hike B-Protocol Messenger I-Protocol announced O that O it O crossed O five O million O monthly O transactions O within O five O months O of O Hike O Wallet O 's O launch O at O a O 30 O percent O month O after O month O growth O which O by O December O 2017 O increased O to O ten O million O monthly O transactions O at O a O 100 O percent O month O after O month O growth O rate O . O Amendments O to O the O main O G.9960/G.9961 O added O new O functionalities O to O the O base O standard O : O G.hn B-General_Concept specifies O a O single O physical B-Application layer I-Application based O on O fast O Fourier O transform O ( O FFT O ) O orthogonal B-Protocol frequency-division I-Protocol multiplexing I-Protocol ( O OFDM B-Protocol ) O modulation B-Application and O low-density B-Error_Name parity-check I-Error_Name code I-Error_Name ( O LDPC B-Error_Name ) O forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O code O . O The O system O also O has O two O USB B-Protocol 2.0 I-Protocol ports I-Protocol for O general O IO O . O Final B-Application Fantasy I-Application XI O is O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol ( O MMORPG B-Protocol ) O , O and O differs O from O previous O titles O in O the O series O in O several O ways O . O Since O then O , O it O has O been O adapted O to O NetBIOS B-Protocol over O IPX/SPX B-Protocol ( O NBX O ) O , O and O NetBIOS B-Protocol over O TCP/IP B-Protocol ( O NetBT O ) O . O The O idea O for O a O router B-Protocol ( O called O gateway B-Application at O the O time O ) O initially O came O about O through O an O international O group O of O computer B-Architecture networking I-Architecture researchers O called O the O International B-Protocol Networking I-Protocol Working I-Protocol Group I-Protocol ( O INWG O ) O . O Digital O assistants B-Protocol are O often O classified O as O one O or O a O combination O of O the O following O : O There O were O 9 O species O of O Petpets B-Protocol to O choose O from O in O Petpet B-Protocol Park I-Protocol . O Mailsite B-Protocol NT O Domain O , O Active B-Protocol Directory I-Protocol , O PLAIN O , O LOGIN O , O NTLM O , O SCRAM-MD5 B-Protocol , O CRAM-MD5 O Mailtraq B-Device NT O Domain O , O Active B-Protocol Directory I-Protocol , O Local O Directory O MDaemon B-Protocol Mercury B-Application Mail I-Application Transport I-Application System I-Application Internal O , O LOGIN O , O PLAIN O , O CRAM-MD5 O , O Netware O , O LDAP B-Protocol ?, O partial O NT O Domain O Microsoft B-Operating_System Exchange I-Operating_System Server I-Operating_System Active B-Protocol Directory I-Protocol , O LOGIN O , O NTLM O NetMail B-Protocol eDirectory B-Application , O LDAP B-Protocol Oracle B-Application Communications I-Application Messaging I-Application Server I-Application Plain O , O Login O , O CRAM-MD5 O , O DIGEST-MD5 B-Protocol , O Certificate O OpenSMTPD B-Application By O default O PLAIN O and O LOGIN O over O SSL B-Protocol only O , O Certificates O , O bsd_auth O and O PAM B-Application . O Used O by O some O HTTP B-Protocol proxies O to O signal O a O network O read O timeout O behind O the O proxy B-Application to O a O client O in O front O of O the O proxy B-Application . O An O error O used O by O some O HTTP B-Protocol proxies O to O signal O a O network O connect O timeout O behind O the O proxy B-Application to O a O client O in O front O of O the O proxy B-Application . O Microsoft O 's O Internet B-Application Information I-Application Services I-Application ( O IIS O ) O web O server B-Application expands O the O 4xx O error O space O to O signal O errors O with O the O client B-Protocol 's I-Protocol request I-Protocol . O The O server B-Application cannot O honour O the O request O because O the O user O has O not O provided O the O required O information O . O Used O in O Exchange B-Protocol ActiveSync I-Protocol when O either O a O more O efficient O server B-Application is O available O or O the O server B-Application cannot O access O the O users O ' O mailbox O . O The O client O is O expected O to O re-run O the O HTTP B-Protocol AutoDiscover O operation O to O find O a O more O appropriate O server B-Application . O IIS O sometimes O uses O additional O decimal O sub-codes O for O more O specific O information O , O however O these O sub-codes O only O appear O in O the O response O payload O and O in O documentation O , O not O in O the O place O of O an O actual O HTTP B-Protocol status O code O . O The O nginx B-Operating_System web O server B-Application software I-Application expands O the O 4xx O error O space O to O signal O issues O with O the O client B-Protocol 's I-Protocol request I-Protocol . O Used O internally O to O instruct O the O server B-Application to O return O no O information O to O the O client O and O close O the O connection O immediately O . O An O expansion O of O the O 400 O Bad O Request O response O code O , O used O when O the O client O has O made O a O HTTP B-Protocol request O to O a O port O listening O for O HTTPS B-Protocol requests O . O Other O than O purely O informative O type B-Protocol – I-Protocol length I-Protocol – I-Protocol values I-Protocol , O those O IEs O will O also O hold O the O possible O and O the O currently O deployed O configuration O methods O of O the O device O . O The O gateways O were O often O implemented O as O part O of O a O LocalTalk-to-Ethernet B-Protocol bridge I-Protocol device O , O small O hardware O systems O primarily O designed O to O allow O communications O between O LocalTalk B-Device and O EtherTalk B-Application equipped O AppleTalk B-Application machines O ( O like O the O Mac O II O and O a O LaserWriter O ) O . O In O the O HTTP/1.1 B-Protocol protocol O , O all O header B-Protocol fields I-Protocol except O Host O : O hostname O are O optional O . O This O is O called O dependency B-Protocol hell I-Protocol , O existing O on O many O platforms O . O In O January O 2019 O the O online O retailer O Bitrefill O announced O that O it O receives O more O payments O in O Bitcoin B-Protocol via O the O lightning B-Protocol network I-Protocol than O any O other O cryptocurrency O they O accept O . O Text-based B-Protocol email I-Protocol clients I-Protocol also O allow O to O manage O communication O via O simple O remote O sessions O , O e O . O g O . O per O SSH B-Protocol , O for O instance O when O it O is O not O possible O to O install O a O local O GUI-client O and/or O access O mail O via O Web O interface O . O The O parts O contributed O by O Russell O included O a O port O of O the O operating O system O ( O kernel O and O BASIC B-Language interpreter O ) O taken O from O John O Feagans O design O for O the O Commodore B-Device PET I-Device , O a O character O set O with O the O characteristic O PETSCII B-Protocol , O an O Atari O CX40 O joystick-compatible O interface O , O and O a O ROM B-Protocol cartridge I-Protocol port O . O A O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O pack O , O " O Realm O of O the O Diggle O Gods O " O , O was O released O later O that O year O . O The O MD5 B-Algorithm hash I-Algorithm of O the O combined O method O and O digest O URI B-Protocol is O calculated O , O e.g. O The O console O retailed O for O £ O 60/ O $80 O with O a O pack-in O game B-Protocol cartridge I-Protocol , O while O a O premium O edition O retailed O for O £ O 80/ O $100 O and O included O three O game B-Protocol cartridges I-Protocol . O Borrowing O from O the O original O Bluetooth B-Protocol specification I-Protocol , O the O Bluetooth B-Protocol SIG O defines O several O profiles B-General_Concept – O specifications O for O how O a O device O works O in O a O particular O application O – O for O low O energy O devices O . O Therefore O , O reserving O the O subnet B-Protocol values O consisting O of O all O zeros O and O all O ones O on O the O public O Internet O was O recommended O , O reducing O the O number O of O available O subnets B-Protocol by O two O for O each O subnetting B-Protocol . O On O 30 O December O 2013 O , O GameSpark O named O Kantai B-Application Collection I-Application as O the O online B-Application game O category O title O for O its O game O of O the O year O awards O of O 2013 O , O ahead O of O runners-up O League B-Application of I-Application Legends I-Application , O World B-Application of I-Application Tanks I-Application and O Final B-Protocol Fantasy I-Protocol XIV I-Protocol : I-Protocol A I-Protocol Realm I-Protocol Reborn I-Protocol . O Google B-Application Classroom I-Application – O a O content B-Protocol management I-Protocol system I-Protocol for O schools O that O aids O in O distribution O and O grading O of O assignments O and O providing O in-class O communication O . O Google B-Application Duo I-Application – O a O video B-Application chat I-Application mobile O app O . O They O were O made O up O of O two O fields O , O an O 8-bit O field O to O address O the O router B-Protocol and O a O 6-bit O sub-address O to O address O the O terminals O connected O to O it O . O During O the O 2006 O Austin O Game O Conference O , O World B-Protocol of I-Protocol Warcraft I-Protocol lead O designer O Rob O Pardo O spoke O of O the O hardcore O market O and O casual O market O for O World B-Protocol of I-Protocol Warcraft I-Protocol , O saying O " O The O people O that O do O n't O go O to O ThottBot B-Protocol are O the O casual O players O , O and O they O 're O the O ones O you O need O to O hold O the O hand O of. O " O On O November O 2 O , O 2010 O , O NTT O announced O plans O to O migrate O their O backend O from O PSTN O to O the O IP B-Protocol network I-Protocol from O around O 2020 O to O around O 2025 O . O Note O that O , O by O specifying O a O root O element O named O " O xml B-Protocol " O , O VML B-Language contravenes O the O XML B-Protocol Recommendation O of O the O W3C O , O which O states O that O names O beginning O ' O x O ' O ' O m O ' O ' O l O ' O are O " O reserved O for O standardization O in O this O or O future O versions O of O this O specification O " O . O For O example O , O .COM O indicated O an O executable O program O file B-Operating_System , O and O .TXT B-General_Concept indicated O a O file B-Operating_System containing O ASCII B-Protocol text I-Protocol . O Characters O in O filenames O entered O at O the O command O prompt O were O converted O to O upper O case O , O but O this O was O not O enforced O by O the O operating B-General_Concept system I-General_Concept . O It O is O assumed O that O the O encapsulated O packet B-Protocol takes O up O the O entire O rest O of O the O UDP B-Protocol packet I-Protocol . O An O expansion O titled O Age B-Protocol of I-Protocol Conan I-Protocol : I-Protocol Rise I-Protocol of I-Protocol the I-Protocol Godslayer I-Protocol was O released O on O May O 11 O , O 2010 O and O can O be O bought O for O Funcom O Points O from O the O item O shop O by O all O players O . O Moreover O , O the O semantics O provided O by O YAML B-Protocol 's O language-defined O type O declarations O in O the O YAML B-Protocol document O itself O frequently O relaxes O the O need O for O a O validator O in O simple O , O common O situations O . O XMI B-Language is O a O standard O for O exchanging O metadata O information O via O Extensible B-Protocol Markup I-Protocol Language I-Protocol ( O or O XML B-Protocol ) O . O WikiNodes B-Protocol is O an O app O for O the O Apple B-Device iPad I-Device built O by O IDEA.org O . O As O a O rule O newer O wiki B-Protocol projects O have O not O succeeded O in O attracting O large O numbers O of O users O from O the O existing O wiki B-Protocol software I-Protocol base O . O Building O on O the O success O of O MSN B-Protocol 's O web-based B-Protocol email I-Protocol service O , O Hotmail B-Operating_System ( O which O was O acquired O by O Microsoft O in O December O 1997 O ) O , O the O MSN B-Protocol Messenger I-Protocol Service O for O instant B-Application messaging I-Application was O launched O in O 1999 O . O Unlike O the O ' O Friends O Online O ' O service O bundled O with O MSN B-Protocol 2.5 O that O required O an O MSN B-Protocol membership O , O anyone O with O a O free O Microsoft O Passport O or O Hotmail B-Operating_System account O could O use O MSN B-Protocol Messenger I-Protocol . O Sometimes O , O the O loop B-Application device I-Application is O erroneously O referred O to O as O loopback B-Protocol device O , O but O this O term O is O reserved O for O a O networking O device O in O operating O systems O . O The O STONITH B-Operating_System method O stands O for O " O Shoot O The O Other O Node B-Protocol In O The O Head O " O , O meaning O that O the O suspected O node B-Protocol is O disabled O or O powered O off O . O For O instance O , O power O fencing B-Operating_System uses O a O power O controller O to O turn O off O an O inoperable O node B-Protocol . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O A O request O method O is O not O supported O for O the O requested O resource O ; O for O example O , O a O GET O request O on O a O form O that O requires O data O to O be O presented O via O POST B-Protocol , O or O a O PUT O request O on O a O read-only O resource O . O See O Content B-Protocol negotiation I-Protocol . O The O client O must O first O authenticate O itself O with O the O proxy B-Application . O The O server B-Application timed O out O waiting O for O the O request O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O The O name O is O an O acronym O of O an O acronym O of O an O acronym O as O the O P O in O PL O stands O for O " O POS-PHY O " O and O the O S O in O POS-PHY O stands O for O " O SONET B-Protocol " O ( O Synchronous B-Protocol Optical I-Protocol Network I-Protocol ) O . O Authors O Lui O and O Chan O in O Software O Development O Rhythms O describe O using O Miranda B-Protocol IM I-Protocol 's O plugin B-Application architecture O to O copy O , O modify O , O and O test O existing O plugins B-Application in O order O to O develop O " O NAMMIK O " O , O a O scriptable O ICQ B-Protocol chatting O bot O used O to O interview O people O ; O they O refer O to O Miranda B-Protocol IM I-Protocol 's O architecture O as O " O simple O and O flexible O " O . O Joomla B-Protocol , O from O Mambo B-Language due O to O concerns O over O project O structure O . O Every O month O , O LTspice B-Algorithm updates O have O been O released O with O new O SPICE B-Protocol models O , O fixed O SPICE B-Protocol models O , O or O software O changes O . O 2.1.1 O : O Following O the O discovery O of O the O POODLE B-Protocol vulnerability I-Protocol in O the O legacy O SSL O 3.0 O protocol O , O LibreSSL B-Language now O disables O the O use O of O SSL O 3.0 O by O default O . O It O uses O a O VLAN-like O encapsulation O technique O to O encapsulate O OSI B-Protocol layer I-Protocol 2 I-Protocol Ethernet B-Protocol frames I-Protocol within O layer B-Architecture 4 I-Architecture UDP B-Protocol datagrams O , O using O 4789 O as O the O default O IANA-assigned O destination O UDP B-Protocol port O number O . O From O November O 1999 O to O July O 2000 O , O Dell O 's O WebPC B-Device was O an O early O less-successful O Wintel B-Device legacy-free B-Protocol PC I-Protocol . O From O an O IP B-Protocol Multimedia I-Protocol Subsystem I-Protocol ( O IMS O ) O or O 3GPP O ( O 3rd O Generation O Partnership O Project O ) O architecture O perspective O , O the O SBC O is O the O integration O of O the O P-CSCF B-Protocol and O IMS-ALG O at O the O signaling O plane O and O the O IMS O Access O Gateway O at O the O media O plane O on O the O access O side O . O Separate O to O memberships O is O the O Station O Cash O currency O which O can O be O used O for O premium O features O across O Sony O Online O Entertainment O games O ( O including O Free B-Protocol Realms I-Protocol ) O . O Information O regarding O GDR2 O ( O also O referred O to O as O Update O 2 O ) O was O released O in O February O 2015 O it O was O revealed O that O Microsoft O was O working O on O a O 2nd O update O for O Windows B-Protocol Phone I-Protocol 8.1 B-Device that O would O provide O increased O security O for O OEM O 's O , O add O extra O languages O and O additional O technology O support O and O is O also O reported O to O bring O an O anti-theft O mode O . O Morhaime O believed O that O World B-Protocol of I-Protocol Warcraft I-Protocol and O Titan B-Protocol , O upon O its O release O , O would O be O able O to O co-exist O on O the O market O . O Cisco O 's O RAPT O implementation O is O PAT O or O NAT O overloading O and O maps O multiple O private B-Protocol IP I-Protocol addresses I-Protocol to O a O single O public O IP B-Protocol address I-Protocol . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O Interior B-Protocol Gateway I-Protocol Routing I-Protocol Protocol I-Protocol ( O IGRP B-Protocol ) O and O its O advanced O form O Enhanced B-Protocol Interior I-Protocol Gateway I-Protocol Routing I-Protocol Protocol I-Protocol ( O EIGRP B-Protocol ) O are O used O by O routers B-Protocol to O exchange O routing B-Protocol data O within O an O autonomous B-Architecture system I-Architecture . O VLT O should O address O all O these O issues O , O making O it O possible O to O create O a O loop O free O redundant O network O topology O without O using O the O Spanning B-Protocol Tree I-Protocol Protocol I-Protocol . O Alliances O can O control O enough O star O systems O that O their O territory O can O be O plotted O on O the O Eve B-Protocol Online I-Protocol game O map O . O IEEE B-Protocol 802.11i I-Protocol enhances O IEEE O 802.11-1999 O by O providing O a O Robust B-Protocol Security I-Protocol Network I-Protocol ( O RSN O ) O with O two O new O protocols O : O the O four-way O handshake O and O the O group O key O handshake O . O LocoScript B-Protocol is O a O word B-General_Concept processing I-General_Concept software O package O created O by O Locomotive B-Device Software I-Device and O first O released O with O the O Amstrad B-Device PCW I-Device , O a O personal B-Device computer I-Device launched O in O 1985 O . O Routed-SMLT O ( O R-SMLT O ) O is O a O computer B-Architecture networking I-Architecture protocol O developed O at O Nortel O as O an O enhancement O to O split O multi-link B-Protocol trunking I-Protocol ( O SMLT O ) O enabling O the O exchange O of O Layer O 3 O information O between O peer O nodes O in O a O switch O cluster O for O resiliency O and O simplicity O for O both O L3 O and O L2 O . O The O R-SMLT O protocol O works O with O SMLT O and O distributed O Split O Multi-Link B-Protocol Trunking I-Protocol ( O DSMLT B-Protocol ) O technologies O to O provide O sub-second O failover O ( O normally O less O than O 100 O milliseconds O ) O so O no O outage O is O noticed O by O end O users O . O EoPDH B-Protocol is O one O of O several O Ethernet O transport O technologies O that O enables O Telecommunication O Service O Providers O to O offer O " O Carrier B-Protocol Ethernet I-Protocol " O services O . O An O alternate O configuration O rule O , O known O as O the O Ethernet B-Protocol way I-Protocol , O allows O 2 O repeaters O on O the O single O network O and O does O not O allow O any O hosts O on O the O connection O between O repeaters O . O In O 2008 O , O World B-Protocol of I-Protocol Warcraft I-Protocol was O honoured O — O along O with O Neverwinter B-Application Nights I-Application and O EverQuest B-Protocol — O at O the O 59th O Annual O Technology O & O Engineering O Emmy O Awards O for O advancing O the O art O form O of O MMORPG B-Protocol games O . O Unified B-Protocol communications I-Protocol & O collaboration O ( O UCC O ) O is O the O integration O of O various O communications O methods O with O collaboration O tools O such O as O virtual O white O boards O , O real-time O audio O and O video B-Application conferencing I-Application , O and O enhanced O call O control O capabilities O . O Like O the O hierarchical O design O of O postal O addresses O , O some O nested O domain O hierarchies O appear O as O a O directed O ordered O tree O , O such O as O with O the O Domain B-Protocol Name I-Protocol System I-Protocol or O a O directory B-Architecture structure I-Architecture . O To O test O forwarding B-Protocol performance I-Protocol , O IP B-Protocol load I-Protocol testers I-Protocol typically O surround O a O router B-Protocol with O simulated O Internet O traffic O . O Virtual B-Protocol Network I-Protocol Computing I-Protocol ( O VNC B-Protocol ) O is O a O graphical O desktop-sharing O system O that O uses O the O Remote B-Protocol Frame I-Protocol Buffer I-Protocol protocol I-Protocol ( O RFB O ) O to O remotely O control O another O computer O . O This O is O an O additional O software O module O for O AskoziaPBX B-Protocol , O which O allows O to O create O call O queues O , O IVRs O and O other O complex O scenarios O . O For O example O , O the O client O uploads O an O image O as O image/svg B-Application +xml I-Application , O but O the O server B-Application requires O that O images O use O a O different O format O . O The O client O has O asked O for O a O portion O of O the O file O ( O byte B-Protocol serving I-Protocol ) O , O but O the O server B-Application cannot O supply O that O portion O . O Called O " O Requested O Range O Not O Satisfiable O " O previously O RFC B-Protocol 2616 I-Protocol . O The O server B-Application cannot O meet O the O requirements O of O the O Expect O request-header O field O . O This O code O was O defined O in O 1998 O as O one O of O the O traditional O IETF O April O Fools O ' O jokes O , O in O RFC B-Protocol 2324 I-Protocol , O Hyper B-Protocol Text I-Protocol Coffee I-Protocol Pot I-Protocol Control I-Protocol Protocol I-Protocol , O and O is O not O expected O to O be O implemented O by O actual O HTTP B-Protocol servers O . O This O HTTP B-Protocol status O is O used O as O an O Easter O egg O in O some O websites O , O such O as O com B-Application 's I-Application " O I O 'm O a O teapot O " O easter O egg O . O Sometimes O , O this O status O code O is O also O used O as O a O response O to O a O blocked O request O , O instead O of O the O more O appropriate O 403 B-Protocol Forbidden I-Protocol . O The O request O was O directed O at O a O server B-Application that O is O not O able O to O produce O a O response O ( O for O example O because O of O connection O reuse O ) O . O Indicates O that O the O server B-Application is O unwilling O to O risk O processing O a O request O that O might O be O replayed O . O The O client O should O switch O to O a O different O protocol O such O as O TLS/1.3 B-Protocol , O given O in O the O Upgrade B-Protocol header I-Protocol field O . O The O announcement O notes O that O the O original O Windows B-Protocol Live I-Protocol Writer I-Protocol 2012 I-Protocol application O will O remain O a O property O of O Microsoft O and O will O continue O to O be O offered O as O part O of O Windows B-Application Essentials I-Application while O Open B-Protocol Live I-Protocol Writer I-Protocol will O be O developed O independently O as O a O separate O project O as O part O of O .NET O Foundation O . O The O message B-Application boards I-Application were O then O closed O on O March O 31 O , O 2016 O , O after O Nick.com B-Protocol removed O the O option O to O sign O up O as O a O user O on O the O site O . O They O have O a O wide O range O of O interfaces O supporting O Serial O , O T1/E1 O , O FE O , O DS3/E3 O , O ISDN O , O ADSL2/2 O + O , O G.SHDSL O and O Gigabit O Ethernet O and O a O wide O array O of O Layer B-Protocol 2 I-Protocol access O protocols O including O Frame B-Protocol Relay I-Protocol , O Ethernet O and O Point-to-Point B-Protocol Protocol I-Protocol ( O PPP O ) O /HDLC O . O Above O 9600 O baud O , O owners O discovered O that O the O serial B-Protocol ports I-Protocol of O the O computers O were O not O able O to O handle O a O continuous O flow O of O data O without O losing O characters O . O A O 1.5 O GBit/s O version O , O using O the O high B-Device definition I-Device serial B-Protocol digital I-Protocol interface I-Protocol , O is O standardized O as O SMPTE O 348M O . O Like O djbdns B-Protocol dnscache O , O the O MaraDNS B-Protocol 2.0 O stand-alone O recursive O resolver O ( O " O Deadwood O " O ) O does O not O use O threads O . O Supports O Layer O 2 O switching O and O Layer O 3 O static O routing O , O and O RIP B-Protocol . O Examples O of O stateful B-Protocol protocols I-Protocol include O the O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP B-Protocol ) O and O the O File B-Protocol Transfer I-Protocol Protocol I-Protocol ( O FTP B-Protocol ) O . O Project O Discovery O was O launched O as O a O vehicle O by O which O geneticists O and O astronomers O with O the O University O of O Geneva O could O access O the O cataloging O efforts O of O the O gaming O public O via O a O mini-game O contained O within O the O Eve B-Protocol Online I-Protocol massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol ( O MMORPG B-Protocol ) O . O The O Defense B-Protocol Information I-Protocol System I-Protocol Network I-Protocol ( O DISN B-Protocol ) O has O been O the O United O States O Department O of O Defense O 's O enterprise O telecommunications O network B-Architecture for O providing O data O , O video O , O and O voice O services O for O 40 O years O . O The O standardized O variants O of O ADSL O , O ANSI O T1.413 O Issue O 2 O and O G.dmt O , O as O well O as O the O successors O ADSL2 O , O ADSL2+ O , O VDSL2 O , O and O G.fast O , O do O not O specify O CAP O , O but O rather O discrete B-Protocol multi-tone I-Protocol ( O DMT O ) O modulation O . O for O use O with O Secure B-Protocol Real-time I-Protocol Transport I-Protocol Protocol I-Protocol ( O SRTP O ) O subsequently O called O DTLS-SRTP O in O a O draft O with O Secure O Real-Time O Transport O Control O Protocol O ( O SRTCP B-Protocol ) O . O This O surge O in O bitcoin B-Protocol may O be O related O to O the O 2017 O Zimbabwean O coup O d'état O . O On O one O bitcoin B-Protocol exchange O , O 1 B-Protocol BTC I-Protocol topped O at O nearly O $13 O , O 500 O , O just O shy O of O 2 O times O the O value O of O the O International O market.15 O December O 2017$ O 17,900 O Price O reached O $ O 17,900 O .17 O December O 2017$ O 19,783 O Price O rose O 5% O in O 24 O hours O , O with O its O value O being O up O 1,824 O % O since O 1 O January O 2017 O , O to O reach O a O new O all-time O high O of O $ O 19,783 O .06.22 O December O 2017$ O 13,800 O Price O lost O one O third O of O its O value O in O 24 O hours O , O dropping O below O $ O 14,000 O .5 O February O 2018$ O 6,200 O Price O dropped O by O 50% O in O 16 O days O , O falling O below O $ O 7,000 O .31 O October O 2018$ O 6,300 O On O the O 10th O anniversary O of O bitcoin B-Protocol , O the O price O held O steady O above O $ O 6,000 O during O a O period O of O historically O low O volatility.7 O December O 2018$ O 3,300 O Price O briefly O dipped O below O $3 O , O 300 O , O a O 76% O drop O from O the O previous O year O and O a O 15-month O low.1 O July O 2019$ O 10,599 O Rose O to O a O calendar-year O peak O of O $ O 10,599 O after O starting O the O year O at O $ O 3,869 O .16 O March O 2020$ O 5,000 O Price O dropped O 50% O in O early O 2020 O , O losing O 25% O in O 24 O hours O early O in O the O COVID-19 O pandemic.27 O July O 2020$ O 10,944 O Price O recovered O value O lost O in O COVID-related O crash.30 O November O 2020$ O 19,850 O Bitcoin B-Protocol price O reached O new O all-time O high O of O $ O 19,850 O .11.8 O January O 2021$ O 41,973 O Bitcoin B-Protocol traded O as O high O as O $ O 41,973 O .11 O January O 2021$ O 33,400 O Price O briefly O fell O as O much O as O 26% O but O pared O losses O to O trade O around O $ O 33,400 O .8 O February O 2021$ O 44,200 O Bitcoin B-Protocol price O surge O after O Elon O Musk O and O Tesla O announcements O of O investments O into O Bitcoin B-Protocol , O including O acceptance O of O payment.16 O February O 2021$ O 50,000 O Bitcoin B-Protocol price O reached O new O all-time O high O of O $ O 50,000 O .10 O April O 2021$ O 60,000 O Bitcoin B-Protocol back O above O $ O 60,000 O as O Coinbase O gets O ready O to O go O public O on O the O stock O market.14 O April O 2021$ O 64,800 O The O all-time O high O price O of O $ O 64,800 O was O reached O on O April O 14 O , O 2021.19 O May O 2021$ O 30,000 O Bitcoin B-Protocol price O drops O to O $ O 30,000 O at O one O point O following O suggestions O that O Tesla O has O sold O or O will O sell O its O Bitcoin B-Protocol holdings O and O a O new O set O of O regulations O from O the O Chinese O government O to O support O their O cryptocurrency O crackdown.2 O September O 2021$ O 50,128 O Bitcoin B-Protocol price O recovered O to O $50 O , O 00017 O October O 2021$ O 62,600 O Bitcoin B-Protocol price O returned O near O to O its O all-time O high20 O October O 2021$ O 66,975 O Bitcoin B-Protocol price O hits O all-time O high O above O $66 O , O 00022 O January O 2022$ O 35,000 O Bitcoin B-Protocol price O falls O almost O 50% O from O all-time O highs O , O to O below O $35 O , O 00012 O May O 2022$ O 25,401 O Following O the O Terra-LUNA B-Application crash O in O May O 2022 O , O Bitcoin B-Protocol retreated O to O its O lowest O level O since O December O 2020 O . O To O identify O fundamental O autonomic B-Protocol networking I-Protocol principles O that O enable O networks B-Architecture to O scale O not O only O in O size O but O also O in O functionality O . O Dynamic B-Protocol bandwidth I-Protocol allocation I-Protocol is O a O technique O by O which O traffic O bandwidth O in O a O shared O telecommunications O medium O can O be O allocated O on O demand O and O fairly O between O different O users O of O that O bandwidth O . O The O new O feature O coming O with O the O 700 O PC O series O was O bluetooth B-Protocol , O DVD+RW O Drive O and O 3.06GHz O processor O in O the O model O Pavilion O 793.uk O ( O only O sold O in O the O United O Kingdom O ) O which O became O the O first O HP O PC O ever O running O at O the O frequency O 3.06GHz O . O Ethernet O services O are O carried O over O IP/MPLS B-Protocol networks O making O use O of O a O wide O range O of O IP-related B-Protocol protocols I-Protocol ( O see O IETF O pseudowire O standards O , O e.g. O Windows B-Application XP I-Application still O acknowledged O some O entries O in O the O WIN.INI B-Protocol file O to O provide O backwards O compatibility O with O older O 16-bit O applications O . O It O pioneered O the O concept O of O separating O the O frontend B-Architecture client B-Protocol from O the O backend B-Architecture engine O which O manages O connections O to O IRC B-Protocol servers O inside O a O single O graphical O application O . O In O January O 2021 O , O the O WebRTC B-Protocol 1.0 I-Protocol specification O transitioned O from O Candidate O Recommendation O to O Recommendation O . O Building O the O initial O list O of O numbers O for O every O IP B-Protocol address I-Protocol takes O upfront O time O , O but O it O is O a O fraction O of O what O is O required O to O aggregate O a O list O of O every O sent O and O received O probe O . O The O Zerocash B-Protocol protocol O uses O a O similar O model O ( O a O variant O known O as O a O non-interactive O zero-knowledge B-Protocol proof I-Protocol ) O except O that O it O can O obscure O the O transaction O amount O , O while O Zerocoin B-Protocol cannot O . O The O game O introduced O characters O that O also O appeared O in O the O enormously O successful O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol World B-Protocol of I-Protocol Warcraft I-Protocol . O Also O , O with O the O release O of O Microsoft B-Protocol Internet I-Protocol Explorer I-Protocol 5.0 I-Protocol , O Microsoft O released O the O first O version O of O XMLHttpRequest B-Protocol , O giving O birth O to O Ajax B-General_Concept ( O even O though O the O term O " O Ajax B-General_Concept " O was O not O coined O until O years O later O ) O . O However O , O these O are O incompatible O with O common O AT B-Protocol IDE I-Protocol hard O drives O . O The O TL/2 O , O TL/3 O , O RL O and O RLX O all O use O the O XT O IDE B-Protocol interface O , O where O the O later O ( O and O significantly O upgraded O ) O RSX O is O the O only O Tandy O 1000 O model O computer O to O use O a O standard O AT B-Protocol IDE I-Protocol interface O . O One O option O for O modern O users O of O these O systems O is O to O install O and O use O XT O ISA B-Architecture CompactFlash O adapter O ; O this O is O also O the O most O practical O way O to O install O a O hard O drive O into O a O Tandy O 1000 O EX O or O HX O , O using O an O adapter O cable O that O adapts O the O male O PLUS-style O connector O to O an O 8-bit O ISA B-Architecture card-edge O slot O . O A O packet B-Protocol analyzer I-Protocol , O also O known O as O packet B-Protocol sniffer I-Protocol , O protocol B-Protocol analyzer I-Protocol , O or O network O analyzer O , O is O a O computer B-Application program I-Application or O computer B-Architecture hardware I-Architecture such O as O a O packet B-Protocol capture I-Protocol appliance I-Protocol , O that O can O intercept O and O log O traffic O that O passes O over O a O computer B-Architecture network I-Architecture or O part O of O a O network O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O server-side B-Application sessions B-Protocol ; O Windows B-Protocol Explorer I-Protocol / I-Protocol File I-Protocol Explorer I-Protocol , O and O Windows B-Device Live I-Device Photo I-Device Gallery I-Device / I-Device Windows I-Device Photo I-Device Gallery I-Device can O view O raw O formats O for O which O the O necessary O WIC O codecs O are O installed O . O Canon O , O Nikon B-Algorithm , O Sony O , O Olympus O and O Pentax B-Application have O released O WIC O codecs O for O their O cameras O , O although O some O manufactures O only O provide O codec O support O for O the O 32-bit O versions O of O Microsoft O Windows O . O Commercial O DNG B-Application WIC O codecs O are O also O available O from O Ardfry O Imaging O , O and O others O ; O and O FastPictureViewer B-Application Professional I-Application installs O a O set O of O WIC-enabled O image O decoders O . O The O " O tracker B-Protocol " O server B-Application keeps O track O of O where O file O copies O reside O on O peer O machines O , O which O ones O are O available O at O time O of O the O client B-Protocol request O , O and O helps O coordinate O efficient O transmission B-Language and O reassembly O of O the O copied O file O . O By O only O storing O next-hop O information O , O next-hop O routing B-Protocol or O next-hop O forwarding O reduces O the O size O of O routing B-Protocol tables I-Protocol . O Open B-Protocol Root I-Protocol Server I-Protocol Network I-Protocol ( O ORSN B-Protocol ) O was O a O network O of O Domain B-Protocol Name I-Protocol System I-Protocol root B-Application nameservers I-Application for O the O Internet O . O Various O network O layer O protocols O are O needed O to O realize O ad O hoc O mobile O networks O , O such O as O Distance O Sequenced O Distance B-Protocol Vector I-Protocol routing I-Protocol , O Associativity-Based B-Device Routing I-Device , O Ad O hoc O on-demand O Distance B-Protocol Vector I-Protocol routing I-Protocol , O and O Dynamic B-Device source I-Device routing I-Device . O The O Ultima O series O went O on O to O span O over O a O dozen O titles O , O including O the O spin-off O series O Worlds O of O Ultima O ( O 1990 O – O 1991 O ) O and O Ultima B-Application Underworld I-Application ( O 1992 O – O 1993 O ) O , O and O the O multiplayer O online O series O , O Ultima B-Protocol Online I-Protocol ( O 1997 O ) O . O The O following O documents O define O DTLS B-Protocol : O Version O 9.0 O supports O Android B-Application 2.x O , O 3.x O , O and O 4.x O ; O Apple O iPhone B-Device and O iPad B-Device ; O Microsoft B-Operating_System Windows I-Operating_System Mobile I-Operating_System 5 O and O 6 O ; O Windows B-Protocol Phone I-Protocol 7 O and O 8 O ; O Windows B-Operating_System RT I-Operating_System ; O Blackberry B-Application 10 I-Application ; O and O Symbian B-Language Series I-Language 60 I-Language mobile O platforms O as O well O as O Microsoft B-Application Outlook I-Application and O Windows B-Application 8 I-Application desktop O platforms O . O With O the O optional O Kopano O Outlook O Extension O ( O available O only O for O paid O subscribers O of O Zarafa/Kopano O ) O , O additional O Outlook O features O are O enabled O such O as O Out O of O Office O replies O , O Notes O synchronization O , O opening O of O shared O and O public O folders O and O synchronization O of O the O Global O Address O Book O . O The O future O sustainability O of O the O Z-Push B-Protocol project O is O in O question O after O Kopano O ( O formerly O Zarafa B-Protocol ) O announced O that O they O would O no O longer O be O supporting O the O project O . O While O Kopano B-Protocol 's O business O strategy O has O shifted O towards O providing O a O comprehensive O office O collaboration O suite O in O its O own O right O , O Kopano B-Protocol Core O supports O connections O from O Outlook O clients O either O via O Z-push/ActiveSync O , O or O the O last O Windows O MAPI B-Protocol plugin O from O Zarafa B-Protocol . O Xfire B-Protocol was O a O proprietary B-License freeware I-License instant B-Application messaging I-Application service O for O gamers O that O also O served O as O a O game O server B-Application browser O with O various O other O features O . O A O row O number O and O a O cell O number O ( O each O numbered O from O 1 O to O 94 O , O for O a O standard O JIS O X B-Operating_System 0208 O code O ) O form O a O point O , O which O is O used O to O represent O double-byte O code O points O . O In O 7-bit O JIS O X B-Operating_System 0208 O ( O as O might O be O switched O to O in O JIS O X B-Operating_System 0202 O / O ISO-2022-JP O ) O , O both O bytes O must O be O from O the O 94-byte O range O of O 0x21 O ( O used O for O row O or O cell O number O 1 O ) O through O 0x7E O ( O used O for O row O or O cell O number O 94 O ) O exactly O corresponding O to O the O range O used O for O 7-bit B-Protocol ASCII I-Protocol printing O characters O , O not O counting O the O space O . O Rile O , O an O Iksar B-Protocol hero O , O started O a O revolution O and O called O upon O a O mystical O force O referred O to O as O the O Greenmist O , O who O then O killed O the O Shissars O . O Fleeing O Norrath B-Protocol because O the O atmosphere O became O toxic O , O the O surviving O Shissars O were O helped O by O the O Combine O Empire O and O were O sent O to O Luclin B-Operating_System and O the O underwater O sanctuary O introduced O years O later O with O " O The O Buried O Sea O " O . O On O Luclin B-Operating_System , O the O Shissars O built O the O temple O of O Ssraeshza O - O home O of O the O powerful O Emperor O Ssraeshza O ( O powerful O enough O to O slay O gods O according O to O game O lore O ) O . O In O the O United O States O , O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System sold O 360,000 O copies O ( O $9.9 O million O ) O by O August O 2006 O , O after O its O release O in O December O 2001 O . O Combined O sales O of O all O EverQuest B-Protocol computer O games O released O between O January O 2000 O and O August O 2006 O had O reached O 2.7 O million O units O in O the O United O States O by O the O latter O date O . O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System holds O a O 86% O rating O on O GameRankings O . O The O fourth O expansion O , O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Planes I-Operating_System of I-Operating_System Power I-Operating_System , O was O released O on O October O 29 O , O 2002 O . O According O to O the O developers O , O Eve B-Protocol Online I-Protocol evolved O from O the O classic O computer O game O Elite B-Application , O which O itself O was O based O on O concepts O from O the O science-fiction O role-playing O game O Traveller O . O Nintendo O still O uses O cartridges B-Protocol in O some O form O for O their O handheld B-Application consoles I-Application known O as O Game B-Device Cards I-Device , O although O these O are O much O smaller O and O thinner O than O previous O cartridges B-Protocol and O use O the O more O modern O flash B-Device memory I-Device for O game O data O rather O than O having O built-in O ROM B-Device chips I-Device for O the O same O purpose O . O There O are O some O stringent O criteria O regarding O white O space O and O XML B-Protocol documentation O when O using O the O forward O slash/asterisk/asterisk O ( O ) O technique O . O Resource O identification O in O requests O - O Individual O resources O are O identified O in O requests O , O for O example O using O URIs B-Protocol in O RESTful B-Protocol Web I-Protocol services I-Protocol . O This O issue O is O the O driving O impetus O behind O the O development O of O the O DNS-based B-Protocol Authentication I-Protocol of I-Protocol Named I-Protocol Entities I-Protocol ( O DANE O ) O protocol O . O If O adopted O in O conjunction O with O Domain B-Protocol Name I-Protocol System I-Protocol Security I-Protocol Extensions I-Protocol ( O DNSSEC B-Protocol ) O DANE O will O greatly O reduce O if O not O eliminate O the O role O of O trusted O third O parties O in O a O domain O 's O PKI O . O SSH B-Protocol tunneling O : O By O establishing O an O SSH B-Protocol tunnel I-Protocol , O a O user O can O forward O all O their O traffic O over O an O encrypted O channel O , O so O both O outgoing O requests O for O blocked O sites O and O the O response O from O those O sites O are O hidden O from O the O censors O , O for O whom O it O appears O as O unreadable O SSH B-Protocol traffic O . O Network O sockets O may O be O dedicated O for O persistent O connections O for O communication O between O two O nodes O , O or O they O may O participate O in O connectionless B-Protocol and O multicast O communications O . O It O noted O the O high O level O of O software O compatibility O and O the O good O keyboard O , O and O stated O that O DeskMate B-Device was O " O fairly O good O ... O but O a O little O extra O programming O work O could O have O turned O [ it ] O into O a O much O better O program O " O , O noting O that O — O for O example O — O the O word O processor O did O not O have O a O Move O command O . O All O Tandy O 1000 O computers O feature O built-in O video O hardware O , O enhanced O sound O hardware O ( O based O on O one O of O several O variants O of O the O Texas B-Device Instruments I-Device SN76496 I-Device sound O generator O ) O and O several O peripheral O interfaces O , O including O game B-Protocol ports I-Protocol compatible O with O those O on O the O TRS-80 B-Device Color I-Device Computer I-Device , O an O IBM-standard O floppy-disk O controller O supporting O two O drives O , O and O a O parallel B-Device printer I-Device port I-Device , O all O integrated O into O the O motherboard O in O addition O to O the O hardware O standard O on O the O IBM O PC/XT O and O , O in O later O Tandy O 1000 O models O , O PC/AT B-Operating_System motherboards O . O Autonomic O computing O automates O the O process O through O which O the O user O can O provision O resources O on-demand B-Protocol . O These O are O then O sent O to O a O NAT64 B-Protocol translator O which O translates O them O from O IPv6 B-Protocol back O into O IPv4 B-Protocol and O on O to O an O IPv4-only O server O . O EV B-Application certificates I-Application can O be O used O in O the O same O manner O as O any O other O X.509 O certificates O , O including O securing O web O communications O with O HTTPS B-Protocol and O signing O software O and O documents O . O The O new O Workgroup B-Operating_System Manager I-Operating_System interface O improved O configuration O significantly O . O Many O common O network B-General_Concept services I-General_Concept are O provided O such O as O NTP B-Protocol , O SNMP B-Protocol , O web B-Application server I-Application ( O Apache B-Application ) O , O mail B-Protocol server I-Protocol ( O Postfix B-Application and O Cyrus B-Protocol ) O , O LDAP B-Protocol ( O OpenLDAP B-Language ) O , O AFP B-Protocol , O and O print O server O . O In O the O summer O of O 1998 O , O Charles O DeWeese O ( O nicknamed O flashd/bigstar O ) O was O hanging O out O with O friends O on O Internet B-Protocol Relay I-Protocol Chat I-Protocol . O Cables O are O available O that O contain O the O necessary O electronics O , O but O it O is O important O to O distinguish O these O active O converter O cables O from O passive O HDMI B-Protocol to O VGA B-Protocol cables I-Protocol ( O which O are O typically O cheaper O as O they O do O n't O include O any O electronics O ) O . O Although O NORM O is O not O a O connection-oriented B-Protocol protocol I-Protocol , O like O TCP O , O it O does O have O both O connection-oriented B-Protocol and O connection-less O characteristics O . O BitTorrent B-Protocol info O hash B-Error_Name ( O BTIH O ) O These O are O hex-encoded O SHA-1 B-Algorithm hash I-Algorithm sums O of O the O " O info O " O sections O of O BitTorrent B-Protocol metafiles O as O used O by O BitTorrent B-Protocol to O identify O downloadable O files O or O sets O of O files O . O MIME O types O are O n't O clear O ; O text/xml B-Protocol usually O merely O identifies O the O document O as O having O XML B-Protocol content O , O while O text/x O -opml O does O not O specify O that O the O document O is O XML B-Protocol since O it O lacks O the O +xml O suffix O ( O see O XML B-Protocol and I-Protocol MIME I-Protocol ) O . O It O also O can O back B-Protocol up I-Protocol a O variety O of O applications O and O NAS O devices O ( O NDMP B-Device ) O using O so-called O Plug-ins O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Eventually O in O 1989 O , O IEC O SC O 83 O : O Information B-General_Concept technology I-General_Concept equipment I-General_Concept and O ISO/IEC O JTC O 1/SC O 13 O : O Interconnection B-Architecture of O equipment O , O were O joined O to O form O the O current O subcommittee O , O ISO/IEC B-Protocol JTC I-Protocol 1/SC I-Protocol 25 I-Protocol : O Interconnection B-Architecture of O information B-General_Concept technology I-General_Concept equipment I-General_Concept . O The O Desktop.ini B-Protocol for O a O Briefcase B-Application contains O the O following O lines O : O During O the O currently O unfolding O COVID-19 O pandemic O , O reactions O to O digital B-Protocol contact I-Protocol tracing I-Protocol applications O worldwide O have O been O drastic O and O often O polarized O , O especially O in O European O countries O . O TDMoIP B-Protocol is O a O type O of O pseudowire B-Protocol ( O PW O ) O . O A O third O way O to O throttle O playback O involves O inserting O dummy O DLE O messages O into O the O output O stream O such O that O the O audio O data O takes O a O known O amount O of O time O to O transmit O through O the O serial B-Protocol port I-Protocol , O and O the O playback O is O essentially O clocked O by O the O UART O in O the O serial B-Protocol port I-Protocol . O Apple O dropped O on-board O SCSI B-Architecture completely O in O favor O of O IDE O and O FireWire B-Protocol with O the O ( O Blue O & O White O ) O Power O Mac O G3 O in O 1999 O , O while O still O offering O a O PCI B-Protocol SCSI B-Architecture host B-Architecture adapter I-Architecture as O an O option O on O up O to O the O Power O Macintosh B-Device G4 O ( O AGP O Graphics O ) O models O . O Turf B-Protocol Battles I-Protocol contains O a O variety O of O mechanisms O for O Player O versus O player O ( O PvP O ) O combat O . O The O ' O j O ' O flit B-Protocol can O replace O the O ' O i O ' O flit B-Protocol . O In O 2009 O users O also O filed O a O lawsuit O for O Facebook B-Application 's O privacy O invasion O through O the B-Application Facebook I-Application Beacon B-Protocol system O . O EDNS B-Protocol is O essential O for O the O implementation O of O DNS B-Protocol Security I-Protocol Extensions I-Protocol ( O DNSSEC B-Protocol ) O . O The O classic O Segoe B-Protocol UI I-Protocol design O is O included O with O Windows B-Application Vista I-Application , O Windows B-Device Server I-Device 2008 I-Device , O Windows B-Device 7 I-Device and O Windows B-Device Server I-Device 2008 I-Device R2 I-Device . O ITU B-Protocol G.9970 I-Protocol ( O also O known O as O G.hnta B-Protocol ) O is O a O Recommendation O developed O by O ITU-T O that O describes O the O generic O architecture O for O home O networks O and O their O interfaces O to O the O operators O ' O broadband O access O networks O . O In O MPLS B-Protocol terminology O , O the O P O routers B-Protocol are O label B-Protocol switch I-Protocol routers I-Protocol without O awareness O of O VPNs B-Application . O Men B-Application of I-Application War I-Application Origins O is O a O downloadable B-Protocol content I-Protocol developed O by O Digitalmindsoft O . O The O internet B-Protocol layer I-Protocol provides O an O unreliable O datagram B-Protocol transmission O facility O between O hosts O located O on O potentially O different O IP B-Protocol networks I-Protocol by O forwarding O datagrams B-Protocol to O an O appropriate O next-hop O router B-Protocol for O further O relaying O to O its O destination O . O A O network B-Protocol switch I-Protocol is O a O multiport O network B-Protocol bridge I-Protocol that O uses O MAC O addresses O to O forward O data O at O the O data B-Protocol link I-Protocol layer I-Protocol ( O layer B-Protocol 2 I-Protocol ) O of O the O OSI O model O . O The O VSP O 4000 O offers O a O range O of O network O virtualization O services O that O are O based O on O Avaya O 's O extended O implementation O of O Shortest B-Protocol Path I-Protocol Bridging I-Protocol ; O marketed O as O the O ' O Avaya O VENA O Fabric O Connect O ' O technology O . O Most O session B-Protocol fixation I-Protocol attacks O are O web O based O , O and O most O rely O on O session B-Protocol identifiers I-Protocol being O accepted O from O URLs O ( O query B-Protocol string I-Protocol ) O or O POST O data O . O Euro-IX O Europe O : O Prague O GRAPE O SC O , O a.s. O Euro-IX O Europe O : O Prague O Neutral O Internet B-Protocol Exchange I-Protocol of O the O Czech O Republic O ( O NIX.CZ O ) O Euro-IX O Europe O : O Prague O Peering.cz O ( O PCZ O ) O Euro-IX O Europe O : O Copenhagen O GlobalConnect O Content-IX O Euro-IX O Europe O : O Copenhagen O COMIX O by O Netnod O Euro-IX O Europe O : O Kongens O Lyngby O Danish O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DIX O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Governmental O Internet B-Protocol Exchange I-Protocol ( O RTIX O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Internet B-Protocol Exchange I-Protocol ( O TIX-LAN O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Internet B-Protocol Exchange I-Protocol ( O 2 O ) O ( O TLLIX O ) O http://www.tllix.net O Euro-IX O Europe O : O Helsinki O , O Espoo O , O Oulu O Finnish O Communication O and O Internet B-Protocol Exchange I-Protocol ( O FICIX O ) O Euro-IX O Europe O : O Tampere O Tampere O Region O Exchange O ( O TREX O ) O Euro-IX O Europe O : O Clermont-Ferrand O AuvernIX O Euro-IX O Europe O : O Grenoble O GrenoblIX O Euro-IX O Europe O : O Lille O Northern O France O and O Eurometropolis O GIX O ( O Lillix O ) O Euro-IX O Europe O : O Lyon O Lyon O Internet B-Protocol Exchange I-Protocol ( O LyonIX O ) O Euro-IX O Europe O : O Marseille O DE-CIX O Marseille O Euro-IX O Europe O : O Nice O Nice O Internet B-Protocol eXchange I-Protocol ( O NicIX O ) O Euro-IX O Europe O : O Normandy O NormandIXNormandIX O , O PeeringDB B-Protocol Euro-IX O Europe O : O Paris O Gigabit O European O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Paris O WIFI O eXchange O point O ( O WiFIX O ) O Euro-IX O Europe O : O Paris O , O Marseille O France O Internet B-Protocol Exchange I-Protocol ( O France-IX O ) O Euro-IX O Europe O : O Paris O French O National O Internet B-Protocol Exchange I-Protocol IPv6 O ( O FNIX6 O ) O Euro-IX O Europe O : O Paris O FR-IX O Euro-IX O Europe O Lyonix O + O FR-IX O Euro-IX O Europe O : O Paris O Paris O Internet B-Protocol Exchange I-Protocol ( O PARIX O ) O Euro-IX O Europe O : O Paris O Paris O Operators O for O Universal O Internet B-Protocol Exchange I-Protocol ( O POUIX O ) O Euro-IX O Europe O : O Paris O Service O for O French O Internet B-Protocol Exchange I-Protocol ( O SFINX O ) O Euro-IX O Europe O : O Paris O StuffIX O Euro-IX O Europe O : O Paris O Equinix O Internet B-Protocol Exchange I-Protocol Paris O Euro-IX O Europe O : O Paris O NetIX O Euro-IX O Europe O : O Rhône-Alpes O SainteTiX O Euro-IX O Europe O : O Saint-Trivier-sur-Moignans O Maxnod O Euro-IX O Europe O : O Saint-Étienne O PhibIX O Gix O & O Nap O Euro-IX O Europe O : O Strasbourg O EuroGIX O Euro-IX O Europe O : O Toulouse O Toulouse O Internet B-Protocol eXchange I-Protocol ( O TOUIX O ) O Euro-IX O Europe O : O Valence O Ardèche O and O Drôme O Internet B-Protocol eXchange I-Protocol ( O ADN-IX O ) O Euro-IX O Europe O : O Munich O Alps O Internet B-Protocol Exchange I-Protocol ( O ALP-IX O ) O Euro-IX O Europe O : O Berlin O Berlin O Commercial O Internet B-Protocol Exchange I-Protocol ( O BCIX O ) O Euro-IX O Europe O : O Bremen O Bremen O Internet B-Protocol Exchange I-Protocol ( O BREM-IX O ) O Euro-IX O Europe O : O Frankfurt O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Frankfurt O Deutscher O Commercial O Internet B-Protocol Exchange I-Protocol ( O DE-CIX O ) O Euro-IX O Europe O : O Hamburg O DE-CIX O Hamburg O Euro-IX O Europe O : O Munich O DE-CIX O Munich O Euro-IX O Europe O : O Dortmund O Dortmund O Internet B-Protocol eXchange I-Protocol ( O DO-IX O ) O Euro-IX O Europe O : O Frankfurt O , O Düsseldorf O , O Berlin O , O Hamburg O European O Commercial O Internet B-Protocol Exchange I-Protocol ( O ECIX O ) O Euro-IX O Europe O : O Frankfurt O Frankfurt O Network O Access O Point O ( O fraNAP O ) O Euro-IX O Europe O : O Munich O INXS O Munich O ( O INXS O MUC O ) O Euro-IX O Europe O : O Münster O Nederlands-Duitse O Internet B-Protocol Exchange I-Protocol ( O NDIX O ) O Euro-IX O Europe O : O Frankfurt O Kleyer O Rebstöcker O InternetExchange O ( O KleyReX O ) O Euro-IX O Europe O : O Nuremberg O Nürnberger O Internet B-Protocol Exchange I-Protocol ( O N-IX O ) O Euro-IX O Europe O : O Frankfurt O NetIX O Euro-IX O Europe O : O Düsseldorf O , O Frankfurt O OpenCarrier O eG O Member O IX O ( O OCIX O Duesseldorf/OCIX O Frankfurt O ) O Euro-IX O Europe O : O Stuttgart O Stuttgarter O Internet B-Protocol eXchange I-Protocol ( O S-IX O ) O Euro-IX O Europe O : O Athens O Greek O Internet B-Protocol Exchange I-Protocol ( O GR-IX O ) O Euro-IX O Europe O : O Budapest O Budapest O Internet B-Protocol Exchange I-Protocol ( O BIX O ) O Euro-IX O Europe O : O Reykjavík O Reykjavík O Internet B-Protocol Exchange I-Protocol ( O RIX O ) O Euro-IX O Europe O : O Cork O Cork O Neutral O Internet B-Protocol Exchange I-Protocol ( O CNIX O ) O Euro-IX O Europe O : O Dublin O Internet O Neutral O Exchange O Association O Ltd O . O ( O INEX O ) O Euro-IX O Europe O : O Galway O Exchange O West O Euro-IX O Europe O : O Bologna O Nexus O srl O Euro-IX O Europe O : O Florence B-Application Tuscany O Internet B-Protocol Exchange I-Protocol ( O TIX O ) O Euro-IX O Europe O : O Milan O Milan O Internet B-Protocol eXchange I-Protocol ( O MIX O ) O Euro-IX O Europe O : O Milan O Milan O Neutral O Access O Point O ( O MINAP O ) O Euro-IX O Europe O : O Palermo O DE-CIX O Palermo O Euro-IX O Europe O : O Padova O VSIX O Nap O del O Nord O Est O Euro-IX O Europe O : O Rome O Nautilus O Mediterranean O eXchange O point O ( O NaMeX O ) O Euro-IX O Europe O : O Turin O Torino-Piemonte O Exchange O Point O ( O TOPIX O ) O Euro-IX O Europe O : O Udine O Friuli O Venezia O Giulia O Internet B-Protocol Exchange I-Protocol ( O FVG-IX O ) O Euro-IX O Europe O : O Pristina O Kosova O Internet B-Protocol Exchange I-Protocol ( O KOSIX O ) O Euro-IX O Europe O : O Riga O Latvian O Internet B-Protocol Exchange I-Protocol ( O LIX O ) O Euro-IX O Europe O : O Riga O Santa O Monica O Internet O Local O Exchange O ( O SMILE-IXP O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Baltneta O Internet B-Protocol Exchange I-Protocol , O Didžiausias O Lietuviško O interneto O apsikeitimo O taškas O ( O BALT-IX O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Internet B-Protocol Exchange I-Protocol , O Lietuvos O Interneto O ( O LIPTAM O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Internet B-Protocol eXchange I-Protocol Point I-Protocol , O Lietuvos O Interneto O apsikeitimo O taskas O ( O LIXP O ) O Euro-IX O Europe O : O Vilnius O New O Lithuanian O Internet B-Protocol Exchange I-Protocol , O Naujas O Lietuviško O interneto O apsikeitimo O taškas O ( O LITIX O ) O Euro-IX O Europe O : O Luxembourg O LU-CIX O ( O LUxembourg O Commercial O Internet B-Protocol eXchange I-Protocol ; O merged O with O Luxemburg O Internet B-Protocol Exchange I-Protocol ( O LIX O ) O ) O Euro-IX O Europe O : O Msida O Malta O Internet B-Protocol Exchange I-Protocol ( O MIX O Malta O ) O Euro-IX O Europe O : O Chișinău O Moldavian O Internet B-Protocol Exchange I-Protocol ( O MD-IX O ) O Euro-IX O Europe O : O Amsterdam O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Amsterdam O Amsterdam O Internet B-Protocol Exchange I-Protocol ( O AMS-IX O ) O Euro-IX O Europe O : O Amsterdam O Neutral O Internet B-Protocol Exchange I-Protocol ( O NL-ix O ) O Euro-IX O Europe O : O Dronten O Speed O Internet B-Protocol Exchange I-Protocol ( O Speed-IX O ) O Euro-IX O Europe O : O Enschede O Nederlands-Duitse O Internet B-Protocol Exchange I-Protocol ( O NDIX O ) O Euro-IX O Europe O : O Groningen O Groningen O Internet B-Protocol Exchange I-Protocol ( O GN-IX O ) O Euro-IX O Europe O : O Amsterdam O XchangePoint O Amsterdam O IPP O Euro-IX O Europe O : O Rotterdam O Rotterdam O Internet B-Protocol eXchange I-Protocol ( O R-iX O ) O Euro-IX O Europe O : O Amsterdam O NetIX O Euro-IX O Europe O : O Oslo O , O Bergen O , O Stavanger O , O Trondheim O Norwegian O Internet B-Protocol Exchange I-Protocol ( O NIX-NO O ) O Euro-IX O Europe O : O Oslo O Free O Internet B-Protocol eXchange I-Protocol Oslo O ( O FIXO O ) O Euro-IX O Europe O : O Gdańsk O Gdańsk O Internet B-Protocol eXchange I-Protocol Euro-IX O Europe O : O Katowice O , O Silesia O Stowarzyszenie O na O Rzecz O Rozwoju O Spoleczenstwa O Informacyjnego O e-Poludnie O ( O EPIX O ) O Euro-IX O Europe O : O Mogilno O Central O Polish O Internet B-Protocol eXchange I-Protocol ( O CPIX-PL O ) O Euro-IX O Europe O : O Kraków O Cracow O Internet B-Protocol Exchange I-Protocol ( O CIX O ) O Euro-IX O Europe O : O Warsaw B-Application Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Warsaw B-Application Krajowa O Izba O Komunikacji O Ethernetowej O ( O KIX O ) O Euro-IX O Europe O : O Warsaw B-Application Polish O Internet B-Protocol Exchange I-Protocol ( O PLIX O ) O Euro-IX O Europe O : O Warsaw B-Application Thinx O Poland O ( O THINX O ) O Euro-IX O Europe O : O Warsaw B-Application Warsaw B-Application Internet B-Protocol Exchange I-Protocol ( O WIX O ) O Euro-IX O Europe O : O Warsaw B-Application Telekomunikacja O Polska O Internet B-Protocol Exchange I-Protocol ( O TPIX O ) O Euro-IX O Europe O : O Poznań O Poznań O Internet B-Protocol eXchange I-Protocol ( O POZIX O ) O Euro-IX O Europe O : O Lisbon O , O Porto O GIGAbit O Portuguese O Internet B-Protocol Exchange I-Protocol ( O GIGAPIX O ) O Euro-IX O Europe O : O Bucharest O Balcan-IX O ( O Balcan-IX O ) O Euro-IX O Europe O : O Bucharest O Romanian O Network O for O Internet B-Protocol Exchange I-Protocol ( O RoNIX O ) O Euro-IX O Europe O : O BucharestInterLAN O Internet B-Protocol Exchange I-Protocol ( O InterLAN O ) O Euro-IX O Europe O : O Constanța O Tomis O Internet B-Protocol eXchange I-Protocol ( O TomIX O ) O Euro-IX O Europe O : O Bucharest O NetIX O Euro-IX O Europe O : O Bucharest O DreamServer O Internet B-Protocol Exchange I-Protocol ( O DSIX O ) O Euro-IX O Europe O : O Krasnodar O South O Russia O IX O ( O Sea-IX O ) O Euro-IX O Europe O : O Nizhny O Novgorod O Nizhny O Novgorod O Internet B-Protocol Exchange I-Protocol ( O NNOV-IX O ) O Euro-IX O Europe O : O Saratov O Saratov O Internet B-Protocol Exchange I-Protocol ( O Saratov-IX O ) O Euro-IX O Europe O : O Rostov-on-Don O LTD O Irida O telecom O Euro-IX O Europe O : O Rostov-on-Don O Rostov-on-Don O IX O Euro-IX O Europe O : O Moscow O Eurasia O Peering O Euro-IX O Europe O : O Moscow O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Moscow O SVAO-IX O Euro-IX O Europe O : O Moscow O Home O Networks O eXchange O ( O NET-IX O ) O Euro-IX O Europe O : O Moscow O Home-IX O Euro-IX O Europe O : O Moscow O ROILCOM O Ltd O Euro-IX O Europe O : O Saint O Petersburg O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Saint O Petersburg O PIRIX O Euro-IX O Europe O : O Moscow O MediaSoft O Expert O Euro-IX O Europe O : O Moscow O Moscow O Internet B-Protocol Exchange I-Protocol ( O MSK-IX O ) O Euro-IX O Europe O : O Saint O Petersburg O North-West O Internet B-Protocol Exchange I-Protocol ( O NW-IX O ) O Euro-IX O Europe O : O Saint O Petersburg O Westcom O Euro-IX O Europe O : O Saint O Petersburg O MSK-IX O Saint-Petersburg O ( O formerly O Saint O Petersburg O Internet B-Protocol Exchange I-Protocol ( O SPB-IX O ) O ) O Euro-IX O Europe O : O Samara O Samara O IX O Euro-IX O Europe O : O Ulyanovsk O Ulyanovsk O Internet B-Protocol eXchange I-Protocol ( O ULN-IX O ) O Euro-IX O Europe O : O Yaroslavl O Yaroslavl O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Belgrade O Serbian O Open O eXchange O ( O SOX O ) O Euro-IX O Europe O : O Bratislava O Neutral O Internet B-Protocol eXchange I-Protocol Slovakia O ( O NIX.SK O ) O Euro-IX O Europe O : O Bratislava O , O Košice O Slovak O Internet B-Protocol eXchange I-Protocol ( O SIX O ) O Euro-IX O Europe O : O Ljubljana O Slovenian O Internet B-Protocol Exchange I-Protocol ( O SIX O ) O Euro-IX O Europe O : O Barcelona O Catalunya O Neutral O Internet B-Protocol Exchange I-Protocol ( O CATNIX O ) O Euro-IX O Europe O : O Madrid O Nap O de O las O Americas O , O Verizon B-Application Enterprise I-Application Solutions I-Application Euro-IX O Europe O : O Madrid O Madrid O Internet B-Protocol Exchange I-Protocol ( O MAD-IX O ) O Euro-IX O Europe O : O Madrid O España O Internet B-Protocol Exchange I-Protocol ( O ESPANIX O ) O Euro-IX O Europe O : O Leioa O , O Basque O Country O Basque O Country O Internet B-Protocol Exchange I-Protocol Point I-Protocol , O Punto O Neutro O Vasco O ( O EuskoNIX O ) O Euro-IX O Europe O : O Borås O BOR-IX O Euro-IX O Europe O : O Malmö O COMIX O Euro-IX O Europe O : O Malmö O Internet B-Protocol eXchange I-Protocol point I-Protocol of O the O Oresund O Region O ( O IXOR/MalmIX O ) O Euro-IX O Europe O : O Stockholm O , O Göteborg O , O Malmö O , O Sundsvall O , O Luleå O Netnod O Internet B-Protocol Exchange I-Protocol i O Sverige O ( O Netnod O ) O Euro-IX O Europe O : O Göteborg O Gothenburg O Internet B-Protocol Exchange I-Protocol ( O GIX O ) O Euro-IX O Europe O : O Stockholm O Stockholm O Open O Local O Internet B-Protocol Exchange I-Protocol ( O SOL-IX O ) O Euro-IX O Europe O : O Stockholm O , O Göteborg O Stockholm O Internet B-Protocol eXchange I-Protocol ( O STHIX O ) O Euro-IX O Europe O : O Umeå O NorrNod O Euro-IX O Europe O : O Uppsala O Uppsala O regional O Internet B-Protocol exchange I-Protocol ( O UPPrix O ) O Euro-IX O Europe O : O Geneva O CERN O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O CIXP O ) O Euro-IX O Europe O : O Zürich O Equinix O Zürich O Euro-IX O Europe O : O Zürich O , O Bern O , O Basel O , O Lupfig O Swiss O Internet B-Protocol Exchange I-Protocol ( O SwissIX O ) O Euro-IX O Europe O : O Istanbul O CityNet O Telekom O Euro-IX O Europe O : O Istanbul O DE-CIX O Istanbul O ( O formerly O Istanbul O Internet B-Protocol Exchange I-Protocol ( O IST-IX O ) O ) O Euro-IX O Europe O : O Dnipro O Fregat O Euro-IX O Europe O : O Donetsk O Donetsk O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DN-IX/EUNIC O -IX O ) O Euro-IX O Europe O : O Kharkiv O Kharkiv O Internet B-Protocol Exchange I-Protocol ( O KH-IX O ) O Euro-IX O Europe O : O Kherson O Kherson O Internet B-Protocol Exchange I-Protocol ( O IX.ks.ua O ) O Euro-IX O Europe O : O Kyiv O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Kyiv O Ukrainian O Internet B-Protocol Exchange I-Protocol Network O ( O UA-IX O ) O Euro-IX O Europe O : O Kyiv O Digital O Telecom O Internet B-Protocol Exchange I-Protocol ( O DTEL-IX O ) O Euro-IX O Europe O : O Lviv O Lviv O Internet B-Protocol Exchange I-Protocol Point I-Protocol Euro-IX O Europe O : O Odesa O Odesa O Internet B-Protocol Exchange I-Protocol ( O OD-IX O ) O Euro-IX O Europe O : O Simferopol O Crimea-IX O Euro-IX O Europe O : O Zaporizhia O Zaporizhia O Internet B-Protocol Exchange I-Protocol ( O ZPIX O ) O Euro-IX O Europe O : O Bradford B-Application Bradford B-Application Internet B-Protocol Exchange I-Protocol ( O IXBradford B-Architecture ) O Euro-IX O Europe O : O Brighton O Brighton O Internet B-Protocol Exchange I-Protocol ( O IX O Brighton O ) O Euro-IX O Europe O : O Cardiff O IXCardiff O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Edinburgh O IXScotland O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Leeds O Leeds O Internet B-Protocol Exchange I-Protocol ( O IXLeeds O ) O Euro-IX O Europe O : O Liverpool B-Application IX O Liverpool B-Application Euro-IX O Europe O : O London O London O Internet B-Protocol Exchange I-Protocol ( O LINX O ) O Euro-IX O Europe O : O London O London O Network O Access O Point O ( O LONAP O ) O Euro-IX O Europe O : O London O NetIX O Euro-IXEurope O : O LondonRapidIXEuro-IX O Europe O : O Manchester O IX O Manchester O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Latin O America O : O Bahía O Blanca O , O Buenos O Aires O , O Córdoba O , O Mar O del O Tuyú O , O La O Plata O , O Mendoza O , O Neuquén O , O Rosario O , O Santa O Fe O IXP B-Protocol Argentina O Group O , O CABASELAC-IXLatin O America O : O Belize O City O Belize O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O BIXP O ) O LAC-IXLatin O America O : O La O Paz O IXP-MEGALINKLAC-IXLatin O America O : O Aracaju O , O Belém O , O Belo O Horizonte O , O Brasília O , O Campina O Grande O , O Campinas O , O Caxias O do O Sul O , O Cuiabá O , O Curitiba O , O Florianópolis O , O Fortaleza O , O Foz O do O Iguacu O , O Goiânia O , O João O Pessoa O , O Lajeado O , O Londrina O , O Maceio O , O Manaus O , O Maringá O , O Natal O , O Porto O Alegre O , O Recife O , O Rio O de O Janeiro O , O Salvador O , O Santa O Maria O , O São O Carlos O , O São O José O dos O Campos O , O São O José O do O Rio O Preto O , O São O Luis O , O São O Paulo O , O Teresina O , O VitóriaPTT O MetroLAC-IXLatin O America O : O Rio O de O Janeiro O PTT O MoebiusLAC-IXLatin O America O : O Rio O de O Janeiro O PIX O LINKFULLLAC-IXLatin O America O : O São O Paulo O NAP O do O Brasil O , O EquinixLAC-IXLatin O America O : O Rio O de O Janeiro O Equinix O Rio O de O JaneiroLAC-IXLatin O America O : O São O Paulo O Equinix O São O PauloLAC-IXLatin O America O : O Santiago O NAP O Chile O , O Intercambio O de O Tráfico O NacionalLAC-IXLatin O America O : O Santiago O PIT O Chile O , O Intercambio O de O Tráfico O Nacional O y O CDN'sLAC-IXLatin O America O : O Santiago O SCL-IX O , O Intercambio O de O Tráfico O Neutral O de O ChileLAC-IXLatin O America O : O Bogotá O NAP O Colombia O ( O CCIT O ) O LAC-IXLatin O America O : O WillemstadAMS-IX O CaribbeanLAC-IXLatin O America O : O San O José O Costa O Rica O Internet B-Protocol Exchange I-Protocol ( O CRIX O ) O LAC-IXLatin O America O : O San O José O IXP B-Protocol INFOCOM O Costa O RicaLAC-IXLatin O America O : O Alajuela O IXP B-Protocol Instituto O Costarricense O de O Electricidad O ( O ICE O ) O LAC-IXLatin O America O : O San O José O IXP B-Protocol NavégaloLAC-IXLatin O America O : O San O José O Tigo O Costa O Rica O , O Amnet O Cable O Costa O RicaLAC-IXLatin O America O : O Roseau O Dominica O National O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DANIX O ) O LAC-IXLatin O America O : O Santo O Domingo O NAP O del O CaribeLAC-IXLatin O America O : O Santo O Domingo O Tricom O S.A.LAC-IXLatin O America O : O Quito O , O Guayaquil O NAP O Ecudador O ( O NAP.EC-UIO/NAP.EC O -GYE O ) O LAC-IXLatin O America O : O St. O George O 's O Grenada O Internet B-Protocol Exchange I-Protocol ( O GREX O ) O LAC-IXLatin O America O : O Port-au-Prince O Haiti O Internet B-Protocol Exchange I-Protocol ( O HIX O ) O Haiti O Internet B-Protocol Exchange I-Protocol ( O HIX O ) O , O PeeringDBLAC-IXLatin O America O : O Tegucigalpa O IXP-HNLAC-IX O Latin O America O : O Fort-de-France O Martinique O Internet B-Protocol Exchange I-Protocol ( O MARTIN-IX O ) O LAC-IXLatin O America O : O TijuanaMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O MexicaliMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O Ciudad O JuarezMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O Mexico O City O IXP B-Protocol MexicanoLAC-IXLatin O America O : O Lima O Nap O PeruLAC-IXLatin O America O : O Lima O Perú O IX O - O Lima O ( O formerly O PIT O Peru O ) O LAC-IXLatin O America O : O ArequipaPerú O IX O - O Arequipa O ( O formerly O PIT O Peru O ) O LAC-IXLatin O America O : O TrujilloPerú O IX O - O Trujillo O ( O formerly O PIT O Peru O ) O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Claro O Puerto O Rico O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Internet B-Protocol Exchange I-Protocol of O Puerto O Rico O , O ix.pr O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Puerto O Rico O Bridge O Initiative O ( O PRBI-IX O ) O , O Critical O Hub O Networks O LAC-IX O Latin O America O : O Panama O InterRed O * O LAC-IX O Latin O America O : O Asuncion O IX.PY O * O LAC-IX O Latin O America O : O Saint-Barthélemy O Saint O Barth O Internet B-Protocol Exchange I-Protocol ( O SBH-IX O ) O LAC-IX O Latin O America O : O Basseterre O St. O Kitts O & O Nevis O Internet B-Protocol Exchange I-Protocol ( O SKN-IX O ) O LAC-IX O Latin O America O : O Marigot O Saint O Martin O Internet B-Protocol Exchange I-Protocol ( O SMART-IX O ) O LAC-IX O Latin O America O : O Philipsburg O Open O Caribbean O Internet B-Protocol Exchange I-Protocol ( O OCIX O ) O LAC-IX O Latin O America O : O Barataria O Trinidad O and O Tobago O Internet B-Protocol Exchange I-Protocol ( O TTIX O ) O LAC-IXLatin O America O : O CaracasVenezuela O IX O ( O www.venezuelaix.net O ) O LAC-IXMiddle O East O : O TehranTehran O Internet O Exchange-SC2 O NIX B-Application ( O National B-Application intranet I-Application exchange O ) O Middle O East O : O TehranTehran O Internet O Exchange-SC1 O NIXMiddle O East O : O BumahenTehran O Internet O Exchange-Bomehen O NIXMiddle O East O : O IsfahanTehran O Internet O Exchange-Isfahan-SC2 O NIXMiddle O East O : O MashhadTehran O Internet O Exchange-Mashhad-SC2 O NIXMiddle O East O : O ShirazTehran O Internet O Exchange-Shiraz-SC2 O NIXMiddle O East O : O TabrizTehran O Internet O Exchange-Tabriz-SC2 O NIX B-Application Middle O East O : O Baghdad O MASARAT O telecom O ( O GCCIT O ) O Euro-IX O Middle O East O : O Petach O Tikva O Israeli O Internet B-Protocol Exchange I-Protocol ( O IIX O ) O Euro-IX O Middle O East O : O Cairo B-Language Cairo B-Language Internet B-Protocol Exchange I-Protocol ( O CAIX O ) O Euro-IX O Middle O East O : O Cairo B-Language Middle O East O Internet B-Protocol Exchange I-Protocol ( O MEIX O , O GPX O Cairo B-Language ) O Euro-IX O Middle O East O : O Beirut O Advanced O IX O Euro-IX O Middle O East O : O Beirut O Beirut O Internet B-Protocol Exchange I-Protocol ( O BIX O ) O * O Euro-IX O Middle O East O : O Beirut O Pros-Services O Euro-IX O Middle O East O : O Gaza O Digital O Communication O ltd O . O Euro-IX O Middle O East O : O Ramallah O Palestine O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O PIX O ) O Euro-IX O Middle O East O Saudi O Arabia O : O RiyadhSaudi O Arabian O Internet O Exchange(SAIX ) O tbd O Middle O East O : O Dubai O UAE B-Application Internet I-Application Exchange I-Application ( O UAE-IX B-Application ) O Euro-IX O Middle O East O : O Fujairah O Etisalat O Smarthub O IPX O , O SH-IX O Euro-IX O North O America O : O Calgary O Calgary O Internet B-Protocol Exchange I-Protocol ( O YYCIX O ) O North O America O : O Edmonton O Edmonton O Internet B-Protocol Exchange I-Protocol ( O YEGIX O ) O North O America O : O Halifax O Halifax O Internet B-Protocol Exchange I-Protocol ( O HFXIX O ) O North O America O : O Saskatoon O Saskatoon O Internet B-Protocol Exchange I-Protocol ( O YXEIX O ) O North O America O : O Toronto O Greater O Toronto O International O Internet B-Protocol Exchange I-Protocol ( O GTIIX O ) O North O America O : O Toronto O Equinix O Internet B-Protocol Exchange I-Protocol North O America O : O Niagara O Region O Niagara O Region O International O Internet B-Protocol Exchange I-Protocol ( O NRIIX O ) O - O Inactive O North O America O : O Ottawa O Ottawa O Internet B-Protocol Exchange I-Protocol ( O OttIX O ) O - O Inactive O North O America O : O Ottawa O Ottawa-Gatineau O Internet B-Protocol Exchange I-Protocol ( O OGIX O ) O North O America O : O Ottawa O Ottawa O Federal O GigaPOPOttawa O Federal O GigaPOP O , O PeeringDB B-Protocol - O Inactive O North O America O : O Vancouver O , O Toronto O , O Montreal O Peer1 O Exchange O ( O PIX O ) O North O America O : O Montreal O Montreal O Internet B-Protocol Exchange I-Protocol ( O QIX O ) O North O America O : O Toronto O Ontario O Internet B-Protocol Exchange I-Protocol ( O ONIX O ) O North O America O : O Toronto O Toronto O Internet B-Protocol Exchange I-Protocol ( O TorIX O ) O North O America O : O Vancouver O Vancouver O Internet B-Protocol Exchange I-Protocol ( O VANIX O ) O North O America O : O Vancouver O BCNET O Vancouver O Transit O Exchange O North O America O : O Winnipeg O Manitoba O Internet B-Protocol Exchange I-Protocol ( O MBIX O ) O North O America O : O Winnipeg O Winnipeg O Internet B-Protocol Exchange I-Protocol ( O WPGIX O ) O North O America O : O Paducah O , O Kentucky O Paducah O Internet B-Protocol Exchange I-Protocol ( O Paducah O IX O , O PIE O ) O North O America O : O Baltimore O , O Baltimore O , O Maryland O DACS-IX O Baltimore O North O America O : O Orlando O , O Orlando O , O Florida O DACS-IX O Orlando O North O America O : O Fremont O FCIX O North O America O : O Fremont O Lambda O Internet B-Protocol Exchange I-Protocol North O America O : O Fremont O with O global O presence O EVIX O North O America O : O Ashland O Richmond O Virginia O Internet B-Protocol Exchange I-Protocol ( O RVA-IX O ) O North O America O : O Chicago O , O Illinois O United O IX O - O Chicago O ( O ChIX O ) O North O America O : O Chicago O , O Illinois O AMS-IX O Chicago O North O America O : O Evansville O SITCO O Evansville-IN O North O America O : O Jacksonville O Jacksonville O Internet B-Protocol Exchange I-Protocol ( O JXIX O ) O North O America O : O Kansas O City O , O Missouri O Kansas O City O Internet B-Protocol eXchange I-Protocol ( O KCIX O ) O North O America O : O Austin O , O Dallas O , O Houston O , O Phoenix O , O San O Antonio O CyrusOne O Internet B-Protocol Exchange I-Protocol ( O CyrusOne O IX O ) O North O America O : O Madison O Madison O Internet B-Protocol Exchange I-Protocol ( O MadIX O ) O North O America O : O Moffett O Field O NGIX O WestNGIX O West O , O PeeringDB B-Protocol North O America O : O Mountain O View O NASA O Ames O Internet B-Protocol eXchange I-Protocol North O America O : O Nashville O Nashville O Internet B-Protocol Exchange I-Protocol ( O NashIX O ) O North O America O : O New O Mexico O Internet B-Protocol Exchange I-Protocol New O Mexico O ( O IXNM O ) O North O America O : O Northern O Virginia O LINX O Northern O Virginia O ( O LINX O NoVa O ) O North O America O : O Ohio O OhioIX O North O America O : O Boston O , O Los O Angeles O , O Chicago O , O Denver O , O Miami O , O New O York O City O , O Reston O , O San O Jose O Any2 O North O America O : O Phoenix O ArizonaIX O , O i/o O Datacenter O North O America O : O Atlanta O , O Dallas O , O New O York O City O , O Phoenix O Digital O Realty O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Atlanta O Southeast O Network O Access O Point O ( O SNAP O ) O tbd O North O America O : O New O York O City O , O New O York O , O Big O Apple O Peering O Exchange O ( O Big O APE O ) O tbd O North O America O : O New O York O City O , O New O York O AMS-IX O New O York O tbd O North O America O : O Buffalo O , O New O York O Buffalo O Niagara O International O Internet B-Protocol Exchange I-Protocol ( O BNIIX O ) O tbd O North O America O : O Boston O Massachusetts O eXchange O Point O ( O MXP O ) O tbd O North O America O : O Boston O Markley O Boston O Internet B-Protocol Exchange I-Protocol ( O BOSIX O ) O tbd O North O America O : O Southfield O , O Michigan O Detroit O Internet B-Protocol Exchange I-Protocol DET-IX O tbd O North O America O : O Duluth O Twin O Ports O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Edison O , O NJ O ; O New O York O City O ; O Newark O , O NJ O ; O Piscataway O , O NJ O ; O Secaucus O , O NJ O ; O Wall O Township O , O NJ O ; O Westbury O , O NY O DE-CIX O New O York O tbd O North O America O : O New O York O City O Free O NYIIX O Alternative O ( O NYCX O ) O tbd O North O America O : O Tulsa O LiveAir O Tulsa O IX O tbd O North O America O : O Atlanta O , O Chicago O metro O ( O Chicago O and O Elk O Grove O Village O ) O , O Dallas O Metroplex O ( O Dallas O and O Plano O ) O , O Denver O metro O ( O Englewood O and O Denver O ) O , O Houston O , O Los O Angeles O metro O ( O Los O Angeles O and O El O Segundo O ) O , O Miami O metro O ( O Miami O and O Boca O Raton O ) O , O New O York O metro O ( O Newark O , O NJ O ; O Secaucus O , O NJ O ; O North O Bergen O , O NJ O ; O and O New O York O City O ) O , O Seattle O metro O ( O Seattle O and O Kent O ) O , O Silicon O Valley O ( O San O Jose O , O Sunnyvale O , O Palo O Alto O and O Santa O Clara O ) O , O Washington O D.C. O metro O ( O Culpeper O , O VA O ; O and O Ashburn O , O VA O ) O Equinix O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Chicago O , O 350 O East O Cermak O Road O Greater O Chicago O International O Internet B-Protocol Exchange I-Protocol ( O GCIIX O ) O tbd O North O America O : O Los O Angeles O Fireline O Fiber O Exchange O ( O Fireline-FireXC O ) O tbd O North O America O : O Los O Angeles O , O Seattle O Pacific O Wave O Exchange O ( O PacificWave O ) O tbd O North O America O : O Los O Angeles O Los O Angeles O International O Internet B-Protocol eXchange I-Protocol ( O LAIIX O ) O tbd O North O America O : O Redding O Jefferson O State O Access O Exchange(JSAX ) O tbd O North O America O : O Los O Angeles O CENIC O International O Internet B-Protocol eXchange I-Protocol ( O CIIX O ) O , O formerly O known O as O the O Los O Angeles O Access O Point O ( O LAAP O ) O ) O tbd O North O America O : O Dallas O , O Chicago O , O New O York O City O , O San O Jose O , O Los O Angeles O MAE-Central/MAE-East/MAE O -West O tbd O North O America O : O Indianapolis O Midwest O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O McAllen O , O TexasMEX-IX O McAllentbd O North O America O : O Minneapolis O , O Minnesota O , O 511 O Building O Midwest O Internet O Cooperative O Exchange O ( O MICE O ) O tbd O North O America O : O Minneapolis O , O Minnesota O Northern O Lights O Local O Exchange O Point O ( O NLLXP O ) O tbd O North O America O : O Milwaukee O The O Milwaukee O IX O ( O MKE-IX O ) O tbd O North O America O : O Omaha O Omaha O Internet B-Protocol Exchange I-Protocol ( O OmahaIX O ) O tbd O North O America O : O Bend O , O Oregon O Central O Oregon O Internet B-Protocol eXchange I-Protocol tbd O North O America O : O Portland O , O Oregon O Oregon-IX O ( O OIX O ) O tbd O North O America O : O Portland O , O Oregon O , O Helena O , O Missoula O Northwest O Access O Exchange O , O Inc. O , O NWAX O tbd O North O America O : O New O York O ( O New O York O City O ; O Newark O NJ O ; O Secaucus O , O NJ O ) O , O Los O Angeles O , O Philadelphia O New O York O International O Internet B-Protocol eXchange I-Protocol ( O NYIIX O ) O tbd O North O America O : O Ashburn O , O VA O ; O Atlanta O ; O Chicago O ; O Dallas O ; O Denver O ; O El O Segundo O , O CA O ; O Miami O ; O Los O Angeles O ; O New O York O City O ; O Newark O , O NJ O ; O Palo O Alto O , O CA O ; O San O Jose O , O CA O ; O Santa O Clara O , O CA O ; O Secaucus O , O NJ O ; O Seattle O ; O St. O Louis O ; O Sunnyvale O , O CA O ; O Wall O Township O , O NJ O ; O Westbury O , O NY O NetIX O tbd O North O America O : O Phoenix O AZIX O tbd O North O America O : O Phoenix O Ninja-IX O Phoenix O ( O formerly O Phoenix-IX O ) O tbd O North O America O : O Phoenix O Phoenix O Internet B-Protocol Exchange I-Protocol , O LLC O tbd O North O America O : O Baltimore O The O Baltimore O Internet B-Protocol Exchange I-Protocol ( O BaltIX O ) O tbd O North O America O : O Philadelphia O Philadelphia O Internet B-Protocol Exchange I-Protocol ( O PhillyIX O ) O tbd O North O America O : O Pittsburgh O Pittsburgh O Internet B-Protocol Exchange I-Protocol ( O PIT-IX O ) O tbd O North O America O : O Reno O Tahoe O Internet B-Protocol Exchange I-Protocol ( O TahoeIX O ) O tbd O North O America O : O San O Diego O San O Diego O NAP O ( O SD-NAP O ) O tbd O North O America O : O San O Francisco O San O Francisco O Internet B-Protocol Exchange I-Protocol ( O SFIX O ) O tbd O North O America O : O Fremont O , O San O Francisco O , O San O Jose O , O Santa O Clara O SFMIX O tbd O North O America O : O Fremont O ARIX O tbd O North O America O : O San O Francisco O , O San O Jose O AMS-IX O Bay O Area O tbd O North O America O : O San O Francisco O , O San O Jose O KDWEB O Exchange O tbd O North O America O : O Salt O Lake O City O Salt O Lake O Internet B-Protocol Exchange I-Protocol ( O SLIX O ) O tbd O North O America O : O Seattle O Seattle O Internet B-Protocol Exchange I-Protocol ( O SIX O ) O tbd O North O America O : O Tampa O Tampa O Internet B-Protocol Exchange I-Protocol ( O TPAIX O ) O tbd O North O America O : O Tampa O Tampa O Internet B-Protocol Exchange I-Protocol ( O TampaIX O ) O tbd O North O America O : O Texas O PlaynetPlaynet O , O PeeringDB B-Protocol tbd O North O America O : O Medford O , O Oregon O Southern O Oregon O Access O Exchange O ( O SOAX O ) O tbd O North O America O : O St. O George O , O Utah O Southern O Utah O Peering O Regional O Network O ( O SUPRnet O ) O tbd O North O America O : O Atlanta O , O Dallas O , O Miami O , O New O York O City O , O Palo O Alto O , O San O Jose O , O Seattle O , O Vienna O , O Virginia O Palo O Alto O Internet B-Protocol eXchange I-Protocol ( O PAIX O ) O , O dissolved O to O become O a O part O of O Equinix O Internet B-Protocol Exchange I-Protocol . O As O search B-Application engines I-Application may O consider O content O in O the O beginning O of O a O web O page O 's O source O code O to O be O more O relevant O , O and O content O is O read O in O source O code O order O when O viewed O by O some O user B-Protocol agents I-Protocol such O as O screen O readers O , O web O designers O desire O the O ability O to O place O the O content O in O the O page O source O in O an O arbitrary O order O , O without O affecting O the O appearance O of O the O page O . O Stream B-Protocol Control I-Protocol Transmission I-Protocol Protocol I-Protocol ( O SCTP B-Protocol ) O is O a O reliable O in-order O datagram B-Protocol stream O transport B-Architecture protocol I-Architecture originally O intended O for O telecommunication O signaling O . O Newsgroup B-Application maintenance O of O the O main O Usenet B-Application hierarchies O ( O Big B-Architecture 8 I-Architecture and O regional O hierarchies O ) O is O done O through O signed O control B-Protocol messages I-Protocol . O A O simple O analogy O to O transport O can O help O explain O the O distinction O between O multiplexing O and O inverse B-Protocol multiplexing I-Protocol . O Included O in O Windows B-Protocol Phone I-Protocol 8.1 I-Protocol . O Many O people O who O previously O lost O interest O in O the O Guild B-Application Wars I-Application franchise O , O or O had O never O displayed O interest O in O the O first O place O , O had O a O spark O of O interest O that O ignited O in O both O Guild B-Protocol Wars I-Protocol 2 I-Protocol and O ArenaNet O as O a O company O . O A O forwarding B-Protocol information I-Protocol base I-Protocol ( O FIB O ) O , O also O known O as O a O forwarding B-Protocol table I-Protocol or O MAC B-Protocol table I-Protocol , O is O most O commonly O used O in O network B-Protocol bridging I-Protocol , O routing B-Protocol , O and O similar O functions O to O find O the O proper O output O network B-Protocol interface I-Protocol controller I-Protocol to O which O the O input O interface O should O forward O a O packet O . O Flowcode B-Application is O dedicated O to O simplifying O complex O functionality O such O as O Bluetooth B-Protocol , O Mobile O Phones O Communications O , O USB B-Protocol communications I-Protocol etc O . O procmail B-Protocol is O typically O not O invoked O directly O by O the O user O . O Alternate O mark O inversion O ( O AMI O ) O line B-Protocol codes I-Protocol are O modified O by O deliberate O insertion O of O bipolar B-Protocol violations I-Protocol . O The O clock O rate O of O an O incoming O T-carrier O is O extracted O from O its O bipolar O line B-Protocol code I-Protocol . O To O prevent O loss O of O synchronization O when O a O long O string O of O zeros O is O present O in O the O payload O , O deliberate O bipolar B-Protocol violations I-Protocol are O inserted O into O the O line B-Protocol code I-Protocol , O to O create O a O sufficient O number O of O transitions O to O maintain O synchronization O ; O this O is O a O form O of O run B-Protocol length I-Protocol limited I-Protocol coding I-Protocol . O The O receive O terminal O equipment O recognizes O the O bipolar B-Protocol violations I-Protocol and O removes O from O the O user O data O the O marks O attributable O to O the O bipolar B-Protocol violations I-Protocol . O When O voice O signals O are O digitized O for O transmission O via O T-carrier O , O the O data B-General_Concept stream I-General_Concept always O includes O ample O 1 O bits O to O maintain O synchronization O . O After O it O is O identified O as O an O AEP O packet O , O it O is O forwarded O to O the O node O where O the O packet O is O examined O by O the O DDP B-Protocol at O the O destination O . O Other O connectors O have O been O used O to O carry O VGA-compatible O signals O , O such O as O mini-VGA B-Protocol or O BNC O , O but O " O VGA B-Protocol connector I-Protocol " O typically O refers O to O this O design O . O Devices O continue O to O be O manufactured O with O VGA B-Protocol connectors I-Protocol , O although O newer O digital O interfaces O such O as O DVI B-Protocol , O HDMI B-Protocol and O DisplayPort B-Protocol are O increasingly O displacing O VGA B-Protocol , O and O many O modern O computers O and O other O devices O do O not O include O it O . O Kinetics B-Protocol Internet I-Protocol Protocol I-Protocol ( O KIP O ) O is O a O network O protocol O used O for O the O encapsulation O and O routing B-Protocol of O AppleTalk B-Application data O packets O over O IP B-Protocol . O The O User B-Protocol Datagram I-Protocol Protocol I-Protocol ( O UDP O ) O is O a O connectionless B-Protocol protocol I-Protocol with O no O guarantee O of O delivery O . O Android B-Application based O devices O support O geo B-Application URIs I-Application , O although O that O implementation O is O based O on O a O draft O revision O of O the O specification O , O and O supports O a O different O set O of O URI B-Protocol parameters O and O query O strings O . O KINK O uses O Kerberos B-Protocol mechanisms O to O provide O mutual O authentication O and O replay O protection O . O Secure64 B-Protocol Software I-Protocol Corporation O is O a O software O development O company O headquartered O in O Fort O Collins O , O CO O , O USA O , O building O server O applications O . O The O client O thus O finishes O with O _sip._udp.example.com O , O for O which O it O can O then O fetch O a O SRV B-Protocol record I-Protocol to O initiate O a O telephony O call O . O Both O smartphones B-Application come O with O MIUI B-Protocol 10 I-Protocol on O top O of O Android B-Application Pie I-Application . O For O example O , O with O SFS O , O one O could O store O all O their O files O on O a O single O remote O server O , O and O access O the O same O files O securely O and O transparently O from O any O location O as O if O they O were O stored O locally O , O without O any O special O privileges O or O administrative O cooperation O ( O other O than O running O the O SFS O client B-Protocol daemon B-Operating_System ) O . O The O original O QuickCam B-Protocol was O developed O by O Connectix O in O 1994 O for O nationwide O commercial O sale O and O was O the O first O widely O marketed O webcam-like O device O , O although O its O original O advertising O did O not O use O the O term O " O webcam B-Protocol " O or O refer O to O the O World O Wide O Web O , O then O in O its O infancy O . O On O August O 7 O , O 2012 O , O Microsoft O released O Windows B-Application Essentials I-Application 2012 O , O where O it O was O announced O that O Windows B-Protocol Live I-Protocol Mesh I-Protocol would O be O removed O and O replaced O by O the O SkyDrive B-Application for O Windows B-Application desktop O application O if O a O user O upgrades O from O Windows B-Application Live I-Application Essentials I-Application 2011 I-Application . O Advanced O Stream O Redirector O ( O ASX O ) O file O format O is O a O type O of O Extensible B-Protocol Markup I-Protocol Language I-Protocol ( O XML B-Protocol ) O metafile O designed O to O store O a O playlist O of O Windows O Media O files O for O a O multimedia O presentation O . O Subscriber O edge O router O ( O also O called O a O customer O edge O router O ) O : O Located O at O the O edge O of O the O subscriber O 's O network O , O it O also O uses O EBGP B-Protocol to O its O provider O 's O autonomous B-Architecture system I-Architecture . O Inter-provider O border O router O : O A O BGP B-Protocol router O for O interconnecting O ISPs O that O maintains O BGP B-Protocol sessions I-Protocol with O other O BGP B-Protocol routers O in O ISP O Autonomous B-Architecture Systems I-Architecture . O One O goal O for O JSON-LD B-Protocol was O to O require O as O little O effort O as O possible O from O developers O to O transform O their O existing O JSON B-General_Concept to O JSON-LD B-Protocol . O In O a O Network O Computing O review O , O Jeff O Ballard O singles O out O the O Zenoss B-Protocol Core I-Protocol 2.0 O user O interface O and O event O management O system O as O highlights O . O Thus O , O there O was O no O socket B-Protocol mechanism O , O but O a O libsocket(3 ) O existed O that O used O asynchronous B-Architecture I/O I-Architecture to O talk O to O the O TCP/IP B-Protocol handler O . O The O software O takes O its O name O from O WinMX B-Protocol , O where O the O M O and O the O X O are O each O advanced O one O letter O in O the O Latin O alphabet O , O to O N O and O Y O . O Netagent O published O a O survey O in O June O 2018 O suggesting O that O Winny B-Protocol was O still O the O most O popular O p2p O network O in O Japan O ahead O of O Perfect B-Application Dark I-Application ( O P2P O ) O and O Share B-Application ( O P2P O ) O with O approximately O 45,000 O nodes O connecting O each O day O over O Golden O Week O . O Targeting O the O ICMP B-Protocol datagram O , O an O obfuscator O running O on O top O of O IP O in O the O internet O layer O acts O as O a O " O scrubbing O tool O " O to O confuse O the O TCP/IP B-Protocol fingerprinting O data O . O + O Mozilla-specific O " O about B-Protocol : I-Protocol " O URIsURIsPurpose O Firefox B-Application SeaMonkey B-Language , O Mozilla B-Language Application I-Language Suite I-Language about:addons O Shows O installed O addons O , O plugins O , O themes O , O and O provides O an O interface O for O installing O new O addons O ( O Firefox B-Application 4+ O and O SeaMonkey B-Language 2.1 O + O ) O about:app-manager O Shows O the O Firefox B-Operating_System OS I-Operating_System Simulator O about:bloat O Displays O BloatView O output O ( O disabled O in O release O builds O ) O . O For O example O , O if O there O is O both O an O A O and O an O MX B-Protocol for O a O name O , O but O the O name O server O has O only O the O A B-Protocol record I-Protocol cached O , O only O the O A B-Protocol record I-Protocol will O be O returned O . O The O editors O called O it O " O a O classic O game O that O mixes O solid O 3D O space O combat O with O trading O to O create O a O universe O in O which O you O can O spend O many O a O happy O half-hour O bushwhacking O the O dastardly O Thargoids. O " O In O interviews O , O senior O producers O of O CCP O Games O have O cited O Elite O as O one O of O the O inspirations O for O their O acclaimed O MMORPG B-Protocol , O EVE B-Protocol Online I-Protocol . O In O April O 2016 O , O the O publisher O Kakao O Games O announced O that O Black B-Protocol Desert I-Protocol Online I-Protocol had O achieved O sales O of O 400,000 O copies O in O its O first O month O on O the O European O and O North O American O markets O and O was O showing O an O average O of O 100,000 O concurrent O users O . O The O developer O of O Moshi B-Protocol Monsters I-Protocol , O Mind B-Protocol Candy I-Protocol , O suffered O a O loss O of O £2.2 O m O in O 2013 O due O to O a O drop O in O sales O from O Moshi B-Protocol Monsters I-Protocol . O These O PHYs O may O also O support O an O optional O aggregation O or O bonding O of O multiple O copper O pairs O , O called O PME B-Protocol Aggregation I-Protocol Function I-Protocol ( O PAF O ) O . O Unlike O other O Ethernet B-Protocol physical I-Protocol layers I-Protocol that O provide O a O single O rate O such O as O 10 O , O 100 O , O or O 1000 O Mbit/s O , O the O 10PASS-TS O link O rate O can O vary O , O similar O to O 2BASE-TL B-Protocol , O depending O on O the O copper O channel O characteristics O , O such O as O length O , O wire O diameter O ( O gauge O ) O , O wiring O quality O , O the O number O of O pairs O if O the O link O is O aggregated O and O other O factors O . O VDSL O is O a O short O range O technology O designed O to O provide O broadband O over O distances O less O than O 1km O of O voice-grade B-Protocol copper I-Protocol twisted O pair O line O , O but O connection O data O rates O deteriorate O quickly O as O the O line O distance O increases O . O From O the O header B-General_Concept of O the O packet B-Protocol it O removes O the O leftmost O bit O to O decide O the O direction O . O The O header B-General_Concept field O is O empty O . O This O means O that O several O PCs O will O share O a O public O IP B-Protocol address I-Protocol . O Send O To O X O consisted O of O Shell O extensions O which O added O several O commonly O accessed O locations O such O as O clipboard O , O desktop O , O command-line B-Application or O any O folder O to O the O Send O To O context O menu O in O Explorer B-Protocol ; O : O Original O m0n0wall B-Protocol with O additional O features O ( O DHCP+PPTP O , O DHCP+PPPoE O , O static+PPPoE O , O L2TP O , O WAN O eth O interface O ) O , O no O activity O since O 2013 O . O The O etymological O root O ' O meta O ' O , O from O the O Greek O , O means O ' O change O ' O and O ' O transcendence O ' O , O and O thus O we O can O understand O the O dynamics O of O metabrowsing B-Protocol as O a O view O of O the O web O from O a O higher O level O . O On O the O G2 O Crowd O website O , O HelpSmith B-Protocol has O been O marked O as O a O high O performer O ( O Fall O 2020 O , O Winter O 2021 O ) O in O the O category O of O " O help B-Protocol authoring I-Protocol tool I-Protocol " O ( O HAT O ) O software O , O and O is O placed O in O the O list O of O top O help B-Protocol authoring I-Protocol tools I-Protocol . O An O additional O feature O allowed O both O remote O and O local O user O to O chat O depending O on O the O file B-Protocol transfer I-Protocol bandwidth(s ) O . O On O wireless O networks O , O it O is O possible O to O use O the O Aircrack B-Protocol wireless O security O tools O to O capture O IEEE O 802.11 O frames O and O read O the O resulting O dump O files O with O Wireshark B-Language . O The O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP O ) O , O the O User B-Protocol Datagram I-Protocol Protocol I-Protocol ( O UDP O ) O , O and O the O Stream B-Protocol Control I-Protocol Transmission I-Protocol Protocol I-Protocol ( O SCTP B-Protocol ) O typically O use O an O ephemeral B-Protocol port I-Protocol for O the O client-end O of O a O client B-Operating_System – I-Operating_System server I-Operating_System communication O . O Grafana B-Protocol is O widely O used O , O including O in O Wikimedia O 's O infrastructure O . O It O is O also O possible O to O play O with O a O friend O in O split O screen O multiplayer O , O and O the O Xbox B-Application version O exclusively O featured O downloadable B-Protocol content I-Protocol consisting O of O extra O soundtracks O , O riders O and O bikes O that O could O be O purchased O from O the O Xbox B-Application Live I-Application service O . O The O audit O provides O oversight O , O transparency O and O accountability O over O the O authority O providing O the O digital B-Protocol contact I-Protocol tracing I-Protocol . O Proposed O standardization O of O its O use O in O TLS B-Protocol is O published O as O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O Some O of O the O services O affected O by O fake O NTP O messages O identified O are O TLS B-Protocol , O DNSSEC B-Protocol , O various O caching O schemes O ( O such O as O DNS O cache O ) O , O Border B-Protocol Gateway I-Protocol Protocol I-Protocol ( O BGP B-Protocol ) O , O Bitcoin O and O a O number O of O persistent O login O schemes O . O The O developer O studied O Witcher B-Application forums O and O websites O such O as O Reddit B-Application to O predict O what O players O generally O desired O from O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O . O The O browser B-Application in O Netscape B-Protocol 7 I-Protocol was O originally O superseded O by O Netscape B-Application Browser I-Application ( O version O 8 O ) O in O 2005 O , O which O like O its O name O suggests O was O simply O a O web B-Application browser I-Application and O not O a O full O Internet B-Protocol suite I-Protocol . O .hack//XXXX O is O a O manga O adaptation O of O the O games O ' O story O with O changes O to O some O elements O , O such O as O Cubia O acting O as O a O player O character O . O The O first O official O sequel O to O the O games O is O the O manga O and O anime O series O .hack//Legend O of O the O Twilight O , O which O began O serializing O on O July O 30 O , O 2002 O . O .hack//G.U. B-Protocol is O a O series O of O video O games O also O released O in O multiple O parts O that O forms O the O centerpiece O of O .hack B-Protocol Conglomerate I-Protocol , O a O new O project O set O seven O years O after O the O events O of O Project B-Protocol .hack I-Protocol with O a O new O version O of O The O World O . O , O their O root B-Protocol domain I-Protocol contains O 1502 O top-level O domains O . O Those O are O not O represented O in O IANA O 's O listing O and O are O not O in O root.zone O file O ( O root.zone O file O also O includes O one O root B-Protocol domain I-Protocol ) O . O This O is O provided O to O support O digital B-Protocol contact I-Protocol tracing I-Protocol which O came O to O light O during O the O COVID-19 O pandemic O . O ARKit O 3 O was O released O as O a O part O of O iOS B-Operating_System 13 I-Operating_System and O brought O new O features O , O such O as O People O occlusion O , O which O allowed O AR O objects O to O be O in O front O or O behind O people O in O a O more O realistic O way O . O However O , O because O of O the O growth O of O the O Internet O and O the O depletion B-Protocol of I-Protocol available I-Protocol IPv4 I-Protocol addresses I-Protocol , O a O new O version O of O IP B-Protocol ( O IPv6 B-Protocol ) O , O using O 128 O bits O for O the O IP B-Protocol address I-Protocol , O was O standardized O in O 1998 O . O Sites O often O also O use O a O web B-Protocol cache I-Protocol to O improve O performance O . O Compared O with O previous O installments O , O God B-Application of I-Application War I-Application III I-Application offers O a O revamped O magic B-Application system O , O more O enemies O , O new O camera O angles O , O and O downloadable B-Protocol content I-Protocol . O Many O organizations O integrate O Outlook O with O the O Microsoft B-Protocol Sharepoint I-Protocol platform O for O sharing O crucial O file O data O . O Fossil B-Protocol and O Veracity O both O include O distributed O bug B-Application trackers I-Application . O AIM B-Protocol Ad I-Protocol Hack I-Protocol was O a O free O third-party O add-on B-Application for O AOL B-Protocol Instant I-Protocol Messenger I-Protocol ( O AIM O ) O created O by O Cuban-Aftermath O Software O . O This O is O in O contradistinction O to O decentralised O report O processing O protocols O such O as O the O Decentralized B-Protocol Privacy-Preserving I-Protocol Proximity I-Protocol Tracing I-Protocol ( O DP-3T B-Protocol ) O protocol O . O TCP B-Protocol Vegas I-Protocol – O estimates O the O queuing O delay O , O and O linearly O increases O or O decreases O the O window O so O that O a O constant O number O of O packets O per O flow O are O queued O in O the O network O . O According O to O an O early O interview O , O when O Chicago O was O snowed O under O during O the O Great O Blizzard O of O 1978 O , O the O two O began O preliminary O work O on O the O Computerized B-Protocol Bulletin I-Protocol Board I-Protocol System I-Protocol , O or O CBBS B-Protocol . O Gold B-Protocol farmers I-Protocol receive O a O higher O percentage O of O sale O revenue O from O their O work O than O do O farmers O of O fair O trade O coffee O . O It O was O not O possible O to O create O custom O entities O but O there O was O a O software B-Application development I-Application kit I-Application ( O SDK O ) O available O using O SOAP B-Application and O XML B-Protocol endpoints O to O interact O with O it O . O The O second O version O was O rebranded O as O Microsoft B-Application Dynamics I-Application 3.0 O ( O version O 2.0 O was O skipped O entirely O ) O to O signify O its O inclusion O within O the O Dynamics O product O family O and O was O released O on O December O 5 O , O 2005 O . O Notable O updates O over O version O 1.2 O are O the O ease O of O creating O customizations O to O CRM O , O the O switch O from O using O Crystal B-Application Reports I-Application to O Microsoft B-Application SQL I-Application Reporting O Services O , O and O the O ability O to O run O on O Windows B-Application Vista I-Application and O Outlook B-Application 2007 I-Application . O MicroATX B-Device form O factor O , O LGA B-Device 775 I-Device , O G35 O chipset O ( O Bearlake B-Device ) O .Reference O unknown.2008Evans O PeakWLAN O controllerWireless O networking O module O for O the O Moorestown B-Device platform I-Device supporting O WiMAX O , O Wi-Fi O , O and O GPS.Reference O unknown O . O However O , O the O competitiveness O of O these O co-processors O proved O to O be O constrained O by O hardware O limitations O , O compatibility O and O pricing O , O with O a O Master O 512 O system O featuring O a O Master B-Device 128 I-Device and O 80186 O co-processor O comparing O unfavourably O to O complete O IBM O PC-compatible O systems O . O Other O popular O implementations O include O anacron B-Device and O dcron O . O Since O microcode B-Device essentially O ran O small O subroutines O dedicated O to O a O particular O hardware O implementation O , O it O was O ultimately O performing O the O same O basic O task O that O the O compiler B-Language was O , O implementing O higher-level O instructions O as O a O sequence O of O machine-specific O instructions O . O The O game O was O released O in O January O 2021 O for O Windows O , O PlayStation B-Operating_System 4 I-Operating_System , O Nintendo B-Application Switch I-Application and O Xbox B-Device One I-Device , O and O for O Amazon B-Operating_System Luna I-Operating_System in O October O 2021 O . O Best O Buy O released O an O alternative O version O of O the O Yoga B-Device 13 I-Device with O an O Intel B-Device Core I-Device i5 I-Device processor O ( O vs O . O Lenovo O 's O base O model O 's O i3 O processor O ) O and O no O Microsoft O Office O ( O whereas O Lenovo O 's O base O model O includes O Microsoft O Office O ) O . O The O original O Sound B-Device Blaster I-Device Live I-Device ! I-Device It O has O been O recognised O as O one O of O the O most O full-featured O and O accurate O Spectrum O emulators B-Application available O for O Linux B-Application , O and O portions O of O its O code O have O been O ported O and O adapted O for O use O in O other O free B-Application software I-Application projects O such O as O the O Sprinter B-Device emulator B-Application and O the O ZX81 O emulator B-Application . O Being O derived O from O IBM O 's O PCjr B-Device architecture O , O the O Tandy O 1000 O offers O several O important O features O that O most O IBM O PC-compatibles O of O the O time O lacks O , O such O as O the O PCjr B-Device 's O sound O generator O and O extended O CGA-compatible O graphics O controller O . O Among O these O were O the O SED O , O the O FED O , O and O the O organic B-Device light-emitting I-Device diode I-Device system O that O uses O printable O LEDs O . O It O wrote O or O contributed O significantly O to O the O ROMs O of O the O Amstrad B-Device CPC I-Device 464 I-Device , O Amstrad B-Device CPC I-Device 664 I-Device and O Amstrad B-Device CPC I-Device 6128 I-Device home O computers O , O the O Amstrad B-Device PCW I-Device wordprocessor O and O the O later O Amstrad-manufactured O ZX B-Operating_System Spectrum I-Operating_System +2A O , O +2B O and O +3 O machines O , O amongst O others O . O The O raw O maximum O transfer O rate O of O -inch O ED O floppy O drives O ( O 2.88 O MB O ) O is O nominally O 1,000 O kilobits/s O , O or O approximately O 83% O that O of O single-speed O CD‑ROM O ( O 71% O of O audio O CD O ) O . O " O The O Disk B-Device II O " O : O A O detailed O essay O describing O one O of O the O first O commercial O floppy O disk B-Device drives I-Device ( O from O the O Apple O II O History O website O ) O . O Since O it O predates O the B-Device Bourne I-Device shell I-Device , O its O existence O causes O an O inconsistency O in O the O do O loop O syntax O . O Some O analysts O believe O Apple O wanted O to O force O the O general O public O to O purchase O the O more O expensive O Mac B-Device Mini I-Device or O iMac B-Device which O had O higher O profit O margins O . O and O the O Game B-Device Boy I-Device Advance I-Device 's O Super B-Application Mario I-Application Advance O series O as O well O as O Mario B-Application & I-Application Luigi I-Application : I-Application Superstar I-Application Saga I-Application , O The O NES B-Language version O is O included O as O a O piece O of O furniture O in O Animal B-Application Crossing I-Application for O the O GameCube B-Application , O along O with O many O other O NES B-Language games O , O though O this O one O requires O the O use O of O a O Nintendo B-Application e-Reader I-Application and O a O North O America-exclusive O Animal B-Application Crossing I-Application e-Card O . O Coffee B-Application Talk I-Application is O a O visual O novel O developed O by O Indonesian O indie O studio O Toge O Productions O , O and O released O on O 29 O January O 2020 O for O Microsoft B-Application Windows I-Application , O macOS B-Application , O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O and O Xbox B-Device One I-Device . O It O was O first O made O available O to O the O Xbox B-Device system O in O 2002 O . O It O can O manage O multiple O instances O of O Oracle B-General_Concept deployment O platforms B-Device ; O the O most O recent O edition O also O allows O for O management O and O monitoring O of O other O platforms B-Device such O as O Microsoft O .NET O , O Microsoft B-Application SQL I-Application Server I-Application , O NetApp B-Operating_System filers I-Operating_System , O BEA B-Language Weblogic I-Language and O others O . O The O Atari B-Device ST I-Device version O also O received O positive O reception O from O reviewers O for O its O graphics O and O gameplay O , O while O the O Lynx B-General_Concept version O was O met O with O a O more O mixed O reception O . O Game B-Device Over I-Device II I-Device ( O known O as O Phantis B-Device in O Spain O ) O is O a O combination O scrolling O shooter O and O platform O game O developed O and O published O by O Dinamic O Software O in O 1987 B-Application for O the O ZX B-Operating_System Spectrum I-Operating_System , O MSX B-Operating_System , O MS-DOS B-Application , O Amstrad B-Device CPC I-Device , O Commodore O 64 O , O and O Atari B-Device ST I-Device . O Incredible B-Application Crisis I-Application , O known O in O Japan O as O , O is O a O PlayStation B-Device video O game O developed O by O Polygon O Magic O . O This O tactic O ( O establishing O a O DMZ B-General_Concept host B-Device ) O is O also O used O with O systems O which O do O not O interact O properly O with O normal O firewalling O rules O or O NAT B-Protocol . O In O its O segment O , O the O DVX100 B-Device was O rivalled O only O by O the O larger O shoulder-mount O Canon O XL-2 O which O also O records O progressive B-Device video I-Device . O The O game O was O later O ported O to O Windows-based O PCs B-Device in O Europe O and O Japan O in O 2003 O . O Adobe O then O released O Audition O v1.5 O in O May O 2004 O ; O major O improvements O over O v1 O included O pitch O correction O , O frequency O space O editing O , O a O CD B-Device project O view O , O basic O video O editing O and O integration O with O Adobe B-Operating_System Premiere I-Operating_System , O as O well O as O several O other O enhancements O . O The O Advanced O 36 O Machine O feature O is O distinct O from O the O System/36 B-Device Environment O introduced O in O the O initial O OS/400 B-Application release O and O still O supported O in O current O IBM B-Application i I-Application versions O . O The O latest O iteration O , O Echo3 O , O allows O writing O applications O in O either O server-side O Java B-Device or O client-side O JavaScript B-Language . O This O game O was O released O for O the O Disk B-Device System I-Device on O February O 21 O , O 1987 O . O This O solution O , O developed O in O 2007 O and O patented O in O 2010 O by O U.S. O manufacturer O Boxlight O , O like O the O other O IR O whiteboard O systems O , O can O suffer O from O potential O problems O caused O by O ' O line O of O sight O ' O between O the O pen O and O the O projector/receiver O and O , O like O them O also O , O does O not O provide O mouse-over O capability O found O in O other O solutions O . O In O some O classrooms O , O interactive B-General_Concept whiteboards O have O replaced O traditional O whiteboards O or O flipcharts O , O or O video/media O systems O such O as O a O DVD B-Device player I-Device and O TV O combination O . O 2018 O specifications O for O consumer O SATA O hard B-Device drives I-Device state O the O error O rate O to O be O one O uncorrected O bit O read O error O in O every O 1014 O bits O . O The O release O runs O at O a O smoother O frame O rate O on O the B-Device Xbox I-Device One I-Device . O In O April O 2018 O , O the O game O received O an O update O as O an O " O Xbox B-Device One I-Device X I-Device enhanced I-Device " O title O , O making O the O original O game O code O playable O at O 4K B-Architecture resolution I-Architecture ( O an O increase O from O the O game O 's O original O 720p O resolution O ) O and O with O some O graphical O improvements O on O the O high-end O revision O of O Xbox B-Device One I-Device , O called O Xbox B-Device One I-Device X O . O Nintendo B-Application Power I-Application listed O the O Red O and O Blue O versions O together O as O the O third O best O video O game O for O the O Game B-Device Boy I-Device and O Game B-Device Boy I-Device Color I-Device , O stating O that O something O about O the O games O kept O them O playing O until O they O caught O every O Pokémon O . O DTrace B-Application support O was O integrated O in O version O 7.1 O , O and O NetBSD B-Device and O FreeBSD B-Operating_System 7.2 O brought O support O for O multi-IPv4/IPv6 O jails B-Language . O The O articulating B-Device screen I-Device is O known O under O different O other O names O such O as O flip-out O screen O , O flip O screen O , O adjustable O screen O , O articulated O screen O , O or O hinged O screen O . O This O scheme O is O known O as O 6-and-2 O encoding O , O and O was O used O on O Apple B-Operating_System Pascal I-Operating_System , O Apple O DOS O 3.3 O and O ProDOS B-Operating_System , O and O later O with O Apple B-Device FileWare I-Device drives O in O the O Apple B-Device Lisa I-Device and O the O 400K O and O 800K O 3½-inch O disks O on O the O Macintosh B-Device and O Apple B-Device II I-Device . O Dead B-Application to I-Application Rights I-Application won O GameSpots O 2002 O " O Best O Story O on O Xbox B-Operating_System " O and O " O Best O Story O on O PlayStation B-Device 2 I-Device " O prizes O . O It O has O a O 1.62-inch O , O 490 O x O 192 O pixels O resolution O capacitive B-Device AMOLED B-Algorithm display I-Algorithm and O 24/7 O heart O rate O monitor O and O a O SpO2 O sensor O . O In O 1992 O , O it O was O replaced O by O the O PowerBook B-Device 145 O , O which O was O essentially O a O speed O bump O , O though O the O PowerBook B-Device 160 I-Device essentially O superseded O it O as O the O new O mid-line O model O . O This O was O termed O " O in-circuit B-Device programming I-Device " O . O A O red O Wii B-Device Remote I-Device Plus O and O Nunchuk O of O matching O color O is O also O included O with O every O Wii B-Operating_System Mini O . O Lektz B-Application eBook O Reader O is O a O reader O application O for O Android B-Application , O iOS B-Application devices O , O and O PC B-Device reader O ( O web-based/Google O Chrome O Extension O ) O .It O supports O PDF O , O EPUB2 O and O EPUB3 O ebook O formats O . O Game O reviewers O Hartley O and O Pattie O Lesser O complimented O the O game O in O their O " O The O Role O of O Computers O " O column O in O Dragon O #122 O ( O 1987 B-Application ) O , O calling O it O " O the O finest O arcade/adventure O game O ever O designed O for O the O Macintosh B-Device computer O — O as O a O matter O of O fact O , O for O any O computer O ! O " O Other O less-popular O handheld B-Application systems O released O during O this O generation O include O the O Gizmondo B-Device ( O launched O on O March O 19 O , O 2005 O , O and O discontinued O in O February O 2006 O ) O and O the O GP2X B-Device ( O launched O on O November O 10 O , O 2005 O , O and O discontinued O in O August O 2008 O ) O . O The O GP2X B-Device Wiz I-Device , O Pandora B-Device , O and O Gizmondo B-Device 2 O were O scheduled O for O release O in O 2009 O . O They O are O widely O used O in O smartphones B-Application produced O by O HTC O Corporation O ( O including O both O Windows B-Operating_System Mobile I-Operating_System and O Android B-Application devices O ) O , O Sony O Ericsson O , O LG O Group O , O Samsung B-Application , O ZTE O , O and O also O other O devices O like O the O Zeebo B-Device . O The O iPhone B-Operating_System SE I-Operating_System has O a O similar O design O to O the O iPhone B-Operating_System 8 I-Operating_System and O similar O internal O hardware O components O to O the O iPhone B-Operating_System 13 I-Operating_System series O , O including O the O A15 B-Device Bionic I-Device system-on-chip B-Architecture and O 5G O connectivity O . O A O smaller O version O was O available O for O the O iPad B-Device Mini I-Device 1 I-Device , O but O later O models O including O the O iPad B-Operating_System Mini I-Operating_System 4 O also O use O their O own O Smart O Cover O . O The O game O was O tremendously O popular O in O Japan O , O thus O motivating O Maxis O to O license O it O for O US O distribution O as O A-Train O , O available O for O DOS O , O Macintosh B-Device and O Amiga B-Device platforms I-Device . O The O Saturn O family O of O 4-bit O ( O datapath B-General_Concept ) O microprocessors B-Architecture was O developed O by O Hewlett-Packard O in O the O 1980s O first O for O the O HP-71B B-Device handheld O computer O and O then O later O for O various O HP O calculators O ( O starting O with O the O HP-18C B-Device ) O . O The O original O Saturn O chip O was O first O used O in O the O HP-71B B-Device hand-held O BASIC-programmable O computer O , O introduced O in O 1984 O . O Later O models O of O the O family O powered O the O popular O HP B-Device 48 I-Device series I-Device of O calculators O . O Hibernate O partition O A2h O MBR B-Device CHS B-Device , O LBA B-Device ARM O Image O Altera O Cyclone O V O Hard O Processor O System O ( O HPS O ) O ARM O preloader O A3h O ? O Users O liked O to O plug O in O two O 8-bit O DACs O to O play O 4-channel O modules O of O Scream B-Application Tracker I-Application . O Later O models O had O a O hard B-Device disk I-Device interface O , O and O turbo O mode O . O The O Robik O ( O ru O : O Арифметико O Логическое O Устройство O «РОБИК» O ) O was O a O soviet O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept produced O between O 1989 O and O 1994 O by O NPO O Selto-Rotor O in O Cherkasy O . O A O ZX O Spectrum+ O clone B-General_Concept produced O in O 1990 O in O Kaunas O ( O as O mentioned O on O the O computer O startup O screen O ) O , O then O on O the O Lithuanian O SSR O . O The O Scorpion B-Operating_System ZS-256 O ( O ru O : O Скорпион O ЗС-256 O ) O was O a O very O widespread O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept produced O in O St. O Petersburg O by O Sergey O Zonov O . O Model O and O codenameProcessorMHzIntroducedWithdrawn3100 O " O PMAX O " O R2000 B-Device , O R2010 O , O R2020 O chipsetWorkstation O Systems O Engineering O : O " O DECstation B-Device 3100 I-Device Desktop O Workstation B-Device Functional O Specification O " O , O Revision O 1.3 O , O 28 O August O 1990 O , O Digital O Equipment O Corporation O 16.67 O MHz O ( O 60 O ns O ) O 11 O January O 1989 O ? O 2100 O " O PMIN O " O R2000 B-Device , O R2010 O , O R2020 O chipset12.50 O MHz O ( O 80 O ns O ) O RISC B-Architecture Family O Performance O Summary O , O 2 O April O 1990 O , O Digital O Equipment O Corporation11 O July O 1989 O ? O Because O DRDOS O left O so O much O conventional B-Device memory I-Device available O , O some O old O programs O utilizing O certain O address O wrapping O techniques O failed O to O run O properly O as O they O were O now O loaded O unexpectedly O ( O or O , O under O MS-DOS B-Application , O " O impossibly O " O ) O low O in O memory O – O inside O the O first O 64KB O segment O ( O known O as O " O low B-Device memory I-Device " O ) O . O Therefore O , O DRDOS O 5.0 O ' O s O new O MEMMAX-L O command B-Operating_System worked O around O this O by O pre-allocating O a O chunk B-General_Concept of O memory O at O the O start O of O the O memory O map O in O order O for B-Language programs O to O load O above O this O barrier O ( O but O with O less O usable O conventional B-Device memory I-Device then O ) O . O By O default O , O MEMMAX O was O configured O for B-Language +L O , O so O that O applications O could O take O advantage O of O the O extra O memory O . O A O patch O was O released O for O the O PC B-Device version O of O the O game O , O updating O the O software O to O version O 1.2 O and O fixing O a O number O of O bugs O , O including O one O which O occasionally O prevented O players O from O completing O the O game O . O The O perceptual B-Algorithm quantizer I-Algorithm ( O PQ B-Algorithm ) O , O published O by O SMPTE O as O SMPTE B-Algorithm ST I-Algorithm 2084 I-Algorithm , O is O a O transfer B-Algorithm function I-Algorithm that O allows O for O HDR B-Application display I-Application by O replacing O the O gamma O curve O used O in O SDR B-Device . O The O 1980 O Atari B-General_Concept VCS I-General_Concept ( O Atari B-General_Concept 2600 I-General_Concept ) O version O was O the O first O official O licensing O of O an O arcade O game O for O consoles O and O became O the O first O " O killer O app O " O for O video B-Device game I-Device consoles I-Device after O quadrupling O the O system O 's O sales O . O The O concept O of O Supranet B-Device has O been O ever O since O talked O about O in O the O media O , O as O well O as O used O in O scientific O research O and O product O development O ; O one O remarkable O example O of O large-scale O project O heavily O influenced O by O the O Supranet B-Device is O " O Virtual O Australia O " O . O Felony B-Device 11-79 I-Device , O known O in O Japan O as O , O is O a O video O game O developed O by O Climax O and O published O by O Yanoman O and O ASCII O for O the O PlayStation B-Device in O 1997 O . O The O JMI B-Language specification O was O developed O under O the O Java B-Language Community I-Language Process I-Language and O is O defined O by O JSR B-Language 40 I-Language ( O a O JSR B-Language is O the O formal O document O that O describe O proposed O specifications O and O technologies O for O adding O to O the O Java B-Device platform I-Device ) O . O The O Software O Toolworks O released O The O Original O Adventure B-Application for O IBM B-Device PCs I-Device in O 1981 O ; O endorsed O by O Crowther O and O Woods O in O exchange O for O a O nominal O payment O , O it O was O the O only O version O for O which O they O received O any O money O . O Though O the O documentation O shipped O with O the O original O Lisa B-Device only O refers O to O it O as O " O The O Lisa B-Device " O , O Apple O officially O stated O that O the O name O was O an O acronym O for O " O Locally O Integrated O Software O Architecture O " O or O " O LISA B-Device " O . O It O features O a O 7MHz O Zilog B-General_Concept Z80 I-General_Concept CPU B-General_Concept , O up O to O 1024KB O RAM B-Architecture , O 64KB O ROM B-Device , O AY8910 B-Device sound O chip O , O Beta B-Device 128 I-Device disk I-Device interface I-Device , O IDE B-Protocol interface O , O and O 512×240 O multi-colour O ( O i.e. O two O possible O colours O per O 8×1 O block O ) O graphics O mode O for O CP/M B-Application . O Users O liked O to O plug O in O two O 8-bit O DACs O to O play O 4-channel O modules O of O Scream B-Application Tracker I-Application . O Later O models O had O a O hard B-Device disk I-Device interface O , O and O turbo O mode O . O The O Robik O ( O ru O : O Арифметико O Логическое O Устройство O «РОБИК» O ) O was O a O soviet O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept produced O between O 1989 O and O 1994 O by O NPO O Selto-Rotor O in O Cherkasy O . O A O ZX O Spectrum+ O clone B-General_Concept produced O in O 1990 O in O Kaunas O ( O as O mentioned O on O the O computer O startup O screen O ) O , O then O on O the O Lithuanian O SSR O . O The O Scorpion B-Operating_System ZS-256 O ( O ru O : O Скорпион O ЗС-256 O ) O was O a O very O widespread O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept produced O in O St. O Petersburg O by O Sergey O Zonov O . O It O was O fitted O with O a O Zilog B-General_Concept Z80 I-General_Concept processor O , O whilst O memory O options O ranged O from O 256 O to O 1024KB O . O Ericsson O AXE B-Device telephone I-Device exchanges I-Device support O lawful O intercepts O via O the O remote-control O equipment O subsystem O ( O RES O ) O , O which O carries O out O the O tap O , O and O the O interception O management O system O ( O IMS O ) O , O software O used O for O initiating O the O tap O , O which O adds O the O tap O to O the O RES O database O . O The O decision O of O denying O users O the O replacement O of O their O batteries O is O claimed O to O have O been O postponed O throughout O the O Samsung B-Application Galaxy I-Application S I-Application series I-Application until O users O be O " O confident O about O charging O their O phones O " O , O as O stated O by O Justin O Denison O , O then-vice O president O of O product O strategy O at O Samsung B-Application , O on O stage O at O the O Unpacked O 2015 O Episode O 1 O keynote O event O , O whereas O a O mockery O commercial O for O the O preceding O Galaxy B-Application S5 I-Application against O iPhones B-Device ' O non-replaceable O batteries O was O aired O the O previous O year O , O referring O to O its O users O as O " O wall O huggers O " O , O citing O their O incessant O dependence O on O wall O charging O . O It O appears O that O Dumas O had O close O contacts O with O members O of O the O Bonaparte B-Device family O while O living O in O Florence O in O 1841 O . O The O Java B-Device platform I-Device provides O a O security O architecture O which O is O designed O to O allow O the O user O to O run O untrusted O bytecode O in O a O " O sandboxed O " O manner O to O protect O against O malicious O or O poorly O written O software B-Application . I-Application They O praised O the O PlayStation B-Device 's O focus O on O 3D O , O and O complemented O the O comfort O of O its O controller B-Device and O the O convenience O of O its O memory B-Device cards I-Device . O In O 2012 O , O Game O Informer O made O a O Replay-section O retro O video O poking O fun O at O the O PlayStation B-Device Hugo B-Application and O Bubsy B-Application 3D I-Application . O ( O 146 O ) O IEC O 63171-1 O , O IEC O 63171-61000 O mEthernet O over O a O single O twisted O pair O - O long O reach O , O for O industrial O applications O ( O 147 O ) O 25 O mEthernet O over O a O single O twisted O pair O - O short O reach O , O for O automotive O applications O , O including O PoDL O Fiber-optical O cableFOIRL O ( O 9.9 O ) O ST1000 O mFDDI-style O MMF B-Device Fiber-optic B-Architecture inter-repeater O link O ; O the O original O standard O for O Ethernet O over O fiber O , O superseded O by O , O deprecated O 2011 O ( O 15 O ) O A O generic O term O for O the O family O of O 10 O Mbit/s O Ethernet O standards O using O fiber B-Architecture optic I-Architecture cable O : O , O and O . O Bing B-Application Maps I-Application , O along O with O the O Windows B-Operating_System 10 I-Operating_System app O Windows B-Device Maps I-Device are O being O represented O as O the O replacement/alternative O to O MapPoint B-Application . O Dual-drive O hybrid O systems O combine O the O usage O of O separate O SSD B-Device and O HDD O devices O installed O in O the O same O computer O . O The O LG B-Application G I-Application Pad I-Application 7.0 I-Application ( O also O known O as O LG B-Application G I-Application Tab O 7.0 O ) O is O a O 7.0-inch O Android-based O tablet B-Device computer I-Device produced O and O marketed O by O LG O Electronics O . O In O April O 2010 O , O game O developer O Valve O announced O that O anyone O who O purchased O The B-Device Devil I-Device 's I-Device Playhouse I-Device through O Steam B-Application would O receive O three O bonus O items O in O Team B-Application Fortress I-Application 2 I-Application : O a O hat O based O on O Max O 's O head O , O Max O 's O pistol O , O and O Sam O 's O revolver O . O This O showed O task B-Operating_System parallelism I-Operating_System , O on O the O CPU B-Device . O Macintosh B-Device Performa I-Device 5400/160 O : O Asia O - O and O Europe-only O version O with O a O 160MHz O CPU O . O Macintosh B-Device Performa I-Device 5400/180 O ( O DE O ) O : O Asia O - O and O Europe-only O 180MHz O variant O in O a O black O case O . O A O remake O of O the O game O has O been O annouced O , O releasing O for O Microsoft B-Application Windows I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O Nintendo B-Application Switch I-Application , O and O Xbox B-Device One I-Device in O 2023 O , O seemingly O replacing O the O previously O annouced O port O to O modern O consoles O . O Linux B-Application ( O using O or O ) O , O and O FreeBSD B-Operating_System , O NetBSD B-Device , O and O macOS B-Application ( O using O ) O , O can O mount O SMB B-Operating_System natively O . O In O 2007 O , O NComputing B-Protocol entered O the O market O with O a O Windows-based O multiseat O product O , O the O X-series O or O Xtenda O system O , O which O uses O a O PCI O add-in O card O to O connect O terminal O units O containing O video O , O keyboard B-Device , O mouse B-Device , O and O audio O jacks O , O allowing O 3 O to O 6 O additional O user O seats O to O be O added O to O a O PC O . O Typically O Windows B-Device Media I-Device captions O support O the O SAMI B-Device file O format O but O can O also O carry O embedded O closed O caption O data O . O It O was O the O final O DS B-Device to O have O backwards B-General_Concept compatibility I-General_Concept with O Game B-Device Boy I-Device Advance I-Device games O . O GameZone O called O it O " O unique O " O and O " O perfectly O suited O for O the O DS B-Device " O . O Intel O 's O second O generation O MID B-Device platform O ( O codenamed O Menlow O ) O contains O a O 45nm B-Algorithm Intel B-Device Atom I-Device processor O ( O codenamed O Silverthorne O ) O which O can O run O up O to O 2.0GHz O and O a O System B-Device Controller I-Device Hub I-Device ( O codenamed O Poulsbo O ) O which O includes O Intel B-Application HD I-Application Audio O ( O codenamed O Azalia O ) O . O It O was O notable O for O being O the O first O Palm-Size B-Device PC I-Device with O a O color O screen O , O and O ran O on O Windows B-Operating_System CE I-Operating_System 2.11 O . O James O Bond O sported O a O HP B-Operating_System Jornada I-Operating_System 430se I-Operating_System in O the O 1999 O film O The B-Application World I-Application Is I-Application Not I-Application Enough I-Application . O BBC B-Device Micro I-Device : O red/orange O keys O F0 O to O F9 O in O a O horizontal O row O above O the O number O keys O on O top O of O the O computer/keyboard O . O This O resolution O has O found O some O use O in O tablets B-Device and O modern O , O high-pixel-density O mobile O phones O , O as O well O as O small-format O " O netbook B-Device " O or O " O ultralight O " O laptop O computers O . O Later O , O in O an O effort O to O internationalize O their O line O , O the O machine O was O renamed O ND-100 B-Device . O Input O came O through O an O infrared O keyboard O with O an O integrated O trackball B-Device , O and O the O webplayer O came O with O a O modem B-Application for O connecting O to O the O Internet O . O The O " O Atari B-Device 8-bit I-Device family I-Device " O label O was O not O contemporaneous O . O An O enraged O Odin B-Application kills O Loki B-Device , O only O to O perish O at O the O hands O of O the O heroes O . O The O first O prototype B-Application was O tested O in O an O IBM O PC B-Device in O 1981 O . O It O was O shipped O on O five O 360 O KB O diskettes B-Device of O uncompressed O files O , O and O came O with O sample O C B-Language programs I-Language , O including O a O stripped O down O spreadsheet O called O mcalc O . O Because O Direct3D10 O hardware O was O comparatively O rare O after O the O initial O release O of O Windows B-Application Vista I-Application and O because O of O the O massive O installed O base O of O non-Direct3D10 O compatible O graphics B-Device cards I-Device , O the O first O Direct3D10-compatible O games O still O provide O Direct3D B-Application 9 O render O paths O . O Multiple O mice O are O often O used O in O multi-user O gaming O in O addition O to O specially O designed O devices O that O provide O several O input B-Device interfaces I-Device . O ProgDVB B-Device is O a O freeware/shareware O software O used O to O watch O digital O TV O channels O and O listen O to O radio O on O computers O . O ThinkShutter O is O the O branding O of O a O webcam B-Protocol privacy O shutter O present O in O some O ThinkPad O notebook B-Device computers I-Device . O In O July O 2015 O the O Japanese O Group O Minebea O Co O . O Ltd. O , O the O world O 's O leading O comprehensive O manufacturer O of O high-precision O components O , O acquired O full O capital O and O assets O of O Paradox B-Device Engineering I-Device SA O . O The O PS2 B-Device remake B-General_Concept received O a O score O of O 34 O out O of O 40 O from O Famitsu O , O while O they O gave O the O DS B-Device remake B-General_Concept a O score O of O 36 O out O of O 40 O , O with O all O four O reviewers O giving O it O 9 O out O of O 10 O . O A O successor O to O the O Kingdom B-Application Hearts I-Application HD I-Application 2.5 I-Application Remix I-Application game O compilation O , O the O new O title O was O announced O in O September O 2015 O and O released O on O January O 24 O , O 2017 O on O PlayStation B-Operating_System 4 I-Operating_System , O on O February O 18 O , O 2020 O on O Xbox B-Device One I-Device , O on O March O 30 O , O 2021 O on O Windows O via O Epic O Games O Store O , O and O a O cloud B-Application version O of O the O game O for O Nintendo B-Application Switch I-Application was O released O on O February O 10 O , O 2022 O . O Nacho B-Device Libre I-Device is O a O video O game O for O the O Nintendo B-Device DS I-Device based O upon O the O film O of O the O same B-Device name I-Device . O Games B-Application for I-Application Windows I-Application – I-Application Live I-Application or O GFWL B-Application ( O trademarked O as O Games B-Application for I-Application Windows I-Application – I-Application LIVE I-Application ) O was O an O online O gaming O service O used O by O Games B-Application for I-Application Windows I-Application – O branded O PC B-Device titles O that O enables O Windows B-Application PCs I-Application to O connect O to O Microsoft O 's O Live B-Device service O . O The O NES O version O sold O over O one O million O copies O , O making O it O one O of O the O best-selling B-Device games I-Device for O the O platform O . O The O rubberized O analog B-Device stick I-Device , O within O the O overall O button O orientation O , O addresses O " O Nintendo O thumb O " O pain O . O On O July O 31 O , O 2018 O , O Cats O & O Dogs O was O released O for O the B-Device Xbox I-Device One I-Device and O PS4 B-Operating_System . O The O BESM-6 B-Device was O the O most O well-known O and O influential O model O of O the O series O designed O at O the O Institute O of O Precision O Mechanics O and O Computer O Engineering O . O Support O for O optional O Facebook B-Application integration O was O added O to O Gear B-Device VR I-Device in O March O 2016 O , O with O a O focus O on O integration O with O the O social O network O , O and O integrations O with O features O such O as O Facebook B-Application Video O and O social O games O . O Most O of O these O were O caused O in O the O common B-Device control I-Device area O . O Head O of O development O Christer O Ericson O of O Santa O Monica O Studio O confirmed O that O God B-Application of I-Application War I-Application III I-Application has O seamless O loading O ; O no O loading O screens O and O no O hard B-Device disk I-Device drive I-Device installation O requirement O . O The O most O common O technology O for O monochrome B-Device monitors I-Device was O the O CRT B-Device , O although O , O e.g. O , O plasma O displays O , O were O also O used O . O A O growing O trend O is O for O manufacturers O such O as O Elgato B-Device and O Topfield O and O software O developers O such O as O Microsoft O in O their O Windows B-Device Media I-Device Center I-Device to O use O an O Internet O connection O to O acquire O data O for O their O built-in O IPGs O . O Cray O intentionally O decided O against O a O DDR3 O controller O , O citing O the O reusing O of O existing O Cray B-Device XT5 I-Device infrastructure O and O a O shorter O burst O length O than O DDR3 O . O They O spawned O development O of O HP B-Device series I-Device 80 I-Device , O namely O HP B-Device 85 I-Device and O HP B-Device 87 I-Device , O that O were O smaller O BASIC O language O computers O with O CRT O displays O . O The O Voodoo B-Device Envy I-Device 133 I-Device was O a O notebook B-Device computer I-Device designed O by O VoodooPC O after O its O acquisition O by O Hewlett-Packard O . O The O Lenovo B-Device ThinkPad I-Device T430 I-Device is O a O Laptop B-Device computer I-Device released O by O Lenovo O in O the O ThinkPad B-Operating_System series O . O Need B-Device for I-Device Speed I-Device : I-Device Nitro I-Device is O a O racing O video O game O and O the O fourteenth O title O of O the B-Application Need I-Application for I-Application Speed I-Application series O . O It O is O Tecmo O 's O second O and O last O soccer O game O released O for O the O PlayStation B-Device , O after O J-League O Soccer O : O Jikkyō O Survival O League O . O The O game O takes O the O form O of O a O driving O game O with O the O vehicles O controlled O using O the B-Operating_System Wii I-Operating_System motion B-Device controls I-Device . O Nevertheless O , O he O shared O Hunt O 's O problems O with O major O bugs B-Error_Name in O the O software O , O and O encountered O a O game-breaking O glitch O on O the O jungle B-Device planet O . O The O GBA B-Device version O was O localized O in O North O America O and O Europe O the O following O March O . O As O the O processors O on O the O TL-series O are O socketed O , O it O is O possible O to O install O 386SX O or O Cyrix O 486SLC-based O processor O upgrades O , O though O the O benefit O of O installing O more O advanced O processors O is O limited O beyond O merely O providing O a O speed O increase O due O to O the O computers O ' O XT-based O architecture O , O and O their O resulting O inability O to O access O extended B-Device memory I-Device above O 1 O MB O . O The O name O originally O stood O for O Tom B-Language 's I-Language Window I-Language Manager I-Language , O but O the O software O was O renamed O Tab B-Language Window I-Language Manager I-Language by O the O X B-Operating_System Consortium O when O they O adopted O it O in O 1989 O . O twm B-Language is O a O stacking B-Device window I-Device manager I-Device that O provides O title O bars O , O shaped O windows O and O icon O management O . O The O STPC O was O produced O until O 2008 O and O was O found O in O a O variety O of O systems O , O usually O small O embedded O systems O for O industrial O use O or O Single-board B-Device computer I-Device devices O , O such O as O those O using O the O PC/104 B-Device form O factor O . O Many O PSDs O will O connect O directly O to O a O camera O and O copy O the O images O , O or O they O may O provide O a O slot O for O a O memory B-Device card I-Device to O plug O in O , O with O or O without O a O card B-Device reader I-Device device O . O In O the O case O of O ACPI B-Device S0ix/ACPI O S3 O resume O , O it O is O responsible O for O restoring O many O hardware O registers O to O a O pre-sleep O state O . O The O game O has O been O considered O by O critics O at O Hobby O Consolas O as O one O of O the O best O in O the O Saturn B-Device 's O library O . O MLB B-Device The I-Device Show I-Device 21 I-Device is O a O baseball B-Application video O game O by O San O Diego O Studio O and O published O by O Sony O Interactive O Entertainment O , O based O on O Major B-Application League I-Application Baseball I-Application ( O MLB O ) O . O The O Integrated B-Application Facility I-Application for I-Application Linux I-Application ( O IFL O ) O is O an O IBM B-Device mainframe I-Device and O Power B-Device Systems I-Device processor O dedicated O to O running O the O Linux B-Application operating I-Application system I-Application . O Verizon B-Application started O offering O the O SCH-I800 O Galaxy B-Device Tab I-Device on O 11 O November O 2010 O . O The O sole O smartphone B-Application ( O PDA/cellphone O hybrid O ) O in O the O Tungsten B-Application series O , O instead O of O running O Palm B-Operating_System OS I-Operating_System 5 O on O an O ARM-compatible O processor O , O it O used O last-generation O Palm B-Operating_System OS I-Operating_System 4 O paired O with O a O Motorola B-Device DragonBall I-Device processor O that O was O typical O of O Palm B-Operating_System OS I-Operating_System 4 O devices O . O On O October O 6 O , O 2015 O , O Microsoft O released O its O successor O , O the O Surface B-Device Pro I-Device 4 I-Device with O a O bigger O screen O with O a O higher O resolution O and O reduced O bezels O , O faster O CPU B-General_Concept options O , O a O thinner O body O and O improved O cooling O system O . O They O summarized O , O " O Konami O 's O first O effort O [ O at O a O Saturn B-Device game ] O has O a O lot O to O commend O it O , O but O when O there O are O epics O such O as O Panzer B-Application Dragoon I-Application stretching O the O shooting O genre O , O it O 's O clear O that O Parodius B-Application is O not O in O the O same O league. O " O Finally O , O the O arcade O version O of O Rally O was O designed O to O be O controlled O with O a O steering O wheel O , O and O the O developers O struggled O to O simulate O its O drifting O techniques O using O the O Saturn B-Device 's O controller O . O An O Amiga B-Device Advanced I-Device Graphics I-Device Architecture I-Device version O , O with O enhanced O visuals O and O audio O , O was O also O released O . O These O included O systems O that O ran O the O CP/M B-Application operating I-Application system I-Application , O as O well O as O early O models O of O the O Apple B-Device II I-Device , O the O BBC B-Device Micro I-Device , O and O the O Commodore B-Device PET I-Device , O among O others O . O Ultra O HeroN/A2004JorudanJPTak O and O the O Power O of O Juju O NA O , O PAL• O Tak B-Application & O Le O Pouvoir O de O Juju O FR• O Tak B-Application und O die O Macht O des O Juju O DE• O Tak B-Application y O el O Poder O Juju O ES• O Tak B-Application e O la O Magia O Juju O ITNo2003Avalanche O SoftwareTHQNA O , O PALTak O 2 O : O The O Staff B-Application of I-Application Dreams I-Application NA O , O PAL• O Tak B-Application 2 I-Application : O Le O Sceptre O des O Rêves O FR• O Tak B-Application 2 I-Application : O Der O Stab O der O Träume O DE• O Tak B-Application 2 I-Application : O Lo O Scettro O dei O Sogni O ITN/A2004Avalanche O SoftwareTHQNA O , O PALTak O : O The B-Application Great I-Application Juju I-Application Challenge I-Application NA O , O PAL• O Tak B-Application : O Die O Große O Juju-Jagd O DE• O Tak B-Application : O La O Grande O Sfida O ITYes O ( O COOP O ) O 2005WayForwardTHQNA O , O PALTales O of O PhantasiaN/AWolf O TeamNamco O JPNintendo O NA O , O PAL B-Language , O AUNA O , O JP O , O PAL B-Language , O AUTales O of O the O World O : O Narikiri O Dungeon O 2N/A2002Alfa O SystemNamcoJPTales O of O the O World O : O Narikiri O Dungeon O 3N/A2005Alfa O SystemNamcoJPTales O of O the O World O : O Summoner O 's O LineageN/A2003Magical O CompanyNamcoJPTanbi O Musō O : O Meine O LiebeN/A2001Mobile O 21KonamiJPTang O TangN/A2001GameVision O CorporationTake-Two O InteractiveNA O , O PALTantei O Gakuen O Q O : O Kyuukyoku O no O Trick O ni O Idome O ! O N/A2004KonamiJPTantei O Gakuen O Q O : O Meitantei O Hakimida O ! O N/A2003KonamiJPTantei O Jingūji O Saburō O : O Shiroi O Kage O no O ShōjoN/A2005WorkJamMarvelous O EntertainmentJPTaxi O 3N/A2003Visual O ImpactUbisoftPALTeen O TitansN/A2005Artificial O Mind O and O MovementMajesco O EntertainmentNATeen O Titans O 2 O : O The O Brotherhood O 's O RevengeN/A2006Artificial O Mind O and O MovementMajesco O EntertainmentNATeenage O Mutant O Ninja O TurtlesN/A2003KonamiKonamiNA O , O PALTeenage O Mutant O Ninja O Turtles O 2 O : O Battle O NexusN/A2004KonamiKonamiNA O , O PALTekken O AdvanceYesNamcoNamco O JP O , O NA O / O Infogrames O PALNA O , O JP O , O PALTen O Pin O Alley O 2N/A2004Pronto O GamesXS O GamesNATennis O Masters O Series O 2003N/A2002KaolinkMicroïdsPALTennis O no O Oji-Sama O : O Aim O at O the O Victory O ! O N/A2002KCEJKonamiJPTennis O no O Oji-Sama O : O Genius O Boys O AcademyN/A2002KCEJKonamiJPTennis O no O Oji-Sama O 2003 O : O Cool O BlueN/A2003KonamiJPTennis O no O Oji-Sama O 2003 O : O Passion O RedN/A2003KonamiJPTennis O no O Oji-Sama O 2004 O : O Glorious O GoldN/A2004KonamiJPTennis O no O Oji-Sama O 2004 O : O Stylish O SilverN/A2004KonamiJPTerminator O 3 O : O Rise O of O the O MachinesN/A2003TanikoAtari O SANA O , O PALTetris O WorldsN/A2001Radical O EntertainmentTHQNA O , O JP O , O PALTexas O Hold O ' O Em O PokerN/A2004Skyworks O TechnologiesMajesco O EntertainmentNAThat O 's O So O RavenN/A2004Vicarious O VisionsBuena O Vista O InteractiveNAThat O 's O So O Raven O 2 O : O Supernatural O StyleN/A2005Artificial O Mind O and O MovementBuena O Vista O InteractiveNAThe O Three O StoogesN/A2002CinemawareMetro3DNAThunder O AlleyN/A2004Pronto O GamesXS O GamesNAThunderbirdsN/A2004SaffireVU O GamesNA O , O PALThunderbirds O : O International O RescueN/A2001Pukka O GamesSCiPALTiger O Woods O PGA O Tour O 2004N/A2003Electronic O ArtsElectronic O ArtsNA O , O PALTiger O Woods O PGA O Tour O GolfN/A2002Rebellion O DevelopmentsDestination O SoftwareNA O , O PALTim O Burton O 's O The B-Application Nightmare I-Application Before I-Application Christmas I-Application : I-Application The I-Application Pumpkin I-Application King I-Application NA O , O JP O , O PAL• O L'Etrange O Noël O de O Monsieur O Jack O : O Le O Roi O des O Citrouilles O FR• O Pesadilla O antes O de O Navidad O de O Tim O Burton O : O El O Rey O Calabaza O ESN/A2005TOSEBuena O Vista O InteractiveNA O , O JP O , O PALTiny O Toon O Adventures O : O Scary O Dreams O NA• O Tiny B-Device Toon I-Device Adventures I-Device : I-Device Buster I-Device 's I-Device Bad I-Device Dream I-Device PALN/A2002Treasure O Co O . O LtdSwing O ! O The O Typing O of O the O Dead O is O a O revision O of O The B-Application House I-Application of I-Application the I-Application Dead I-Application 2 I-Application that O replaces O the O game O 's O light B-Device guns I-Device with O QWERTY O keyboards O . O Better O BASIC O for O both O the O Tandy B-Device 2000 I-Device and O the O PC O was O used O to O write O BBS B-Application software O for O the O Tandy B-Device 2000 I-Device and O later O ported O to O the O IBM B-Device PC I-Device . O Disk B-Application Utility I-Application is O a O system O utility B-Application for O performing O disk B-Device and O disk B-Device volume-related O tasks O on O the O macOS B-Application operating B-General_Concept system I-General_Concept by O Apple O Inc O . O In O the O design O of O the O PC B-Device , O the O memory O below O 640KB O was O for O random-access B-Architecture memory I-Architecture on O the O motherboard O or O on O expansion O boards O , O and O it O was O called O the O conventional B-Device memory I-Device area O . O Fortress B-Device is O a O game O in O which O the O goal O is O to O be O the O player O who O finishes O the O game O with O the O most O territory O . O Unlike O previous O SX O supercomputers B-Architecture , O the O SX-Aurora B-Device TSUBASA I-Device is O provided O as O a O PCIe O card O , O termed O by O NEC O as O a O " O Vector O Engine O " O ( O VE O ) O . O This O range O includes O the O 520ST O and O 1040ST B-Device , O their O STF/M/FM O and O STE O variants O and O the O Mega O ST/STE O . O There O are O RoCE O HCAs O ( O Host B-Architecture Channel I-Architecture Adapter I-Architecture ) O with O a O latency O as O low O as O 1.3 O microseconds O while O the O lowest O known O iWARP B-Device HCA O latency O in O 2011 O was O 3 O microseconds O . O When O the O PCjr B-Device became O widely O available O in O March O 1984 O sales O were O below O expectations O . O The O choice O of O layout O ( O Lomak B-Device or O Notesai O ) O is O a O user-configurable O option O . O In O Batman B-Device : I-Device The I-Device Dark I-Device Knight I-Device , O the O player O controlled O Batman B-Application , O who O could O freely O explore O Gotham O City O , O drive O vehicles O , O and O perform O missions O . O Over O the O next O twelve O years O , O it O evolved O through O a O succession O of O enclosure O designs O , O a O rename O to O " O Power B-Device Mac I-Device " O , O five O major O generations O of O PowerPC B-Architecture chips I-Architecture , O and O a O great O deal O of O press O coverage O , O design O accolades O , O and O controversy O about O performance O claims O . O MIPS B-Device , O together O with O the O IBM B-Device 801 I-Device and O Berkeley B-General_Concept RISC I-General_Concept , O were O the O three O research O projects O that O pioneered O and O popularized O RISC B-General_Concept technology O in O the O mid-1980s O . O The O IBM B-Protocol 1009 I-Protocol Data O Transmission O Unit O , O the O IBM B-Device 1130 I-Device Synchronous O Communications O Adapter O , O the O IBM B-Application System/360 I-Application model O 20 O Communications O Adapter O , O and O the O IBM B-Device 2701 I-Device Data O Transmission O Unit O provided O host O computer O support O for O STR O . O With O the O announced O date O , O the O download O day O was O June O 18 O for O time B-Device zones I-Device greater O than O GMT O +6 O , O which O includes O half O of O Asia O and O all O of O Oceania O . O Uncle O Dust O of O GamePro O praised O the O Nintendo B-Operating_System 64 I-Operating_System version O for O its O soundtrack O in O one O review O and O wrote O : O " O The O graphics O look O much O cleaner O on O the O N64 B-Operating_System than O the O PlayStation B-Device , O with O the O accurately O modeled O cars O looking O less O blocky O . O Another O game O which O Gauntlet B-Application bears O a O striking O resemblance O to O is O Time B-Application Bandit I-Application ( O 1983 O ) O , O especially O its O Atari B-Device ST I-Device version O released O in O 1985 O , O which O led O to O claims O of O one O possibly O being O a O " O clone O " O of O the O other O . O This O small O laptop O shares O some O similar O characteristics O with O other O Netbooks B-Device launched O in O 2007 O , O like O the O ASUS B-Device Eee I-Device PC I-Device , O the O OLPC O and O the O Classmate B-Operating_System PC I-Operating_System . O On O June O 11 O , O 2012 O , O Apple O introduced O the O 2012 O MacBook B-Device Pro I-Device with O a O resolution O of O 2880×1800 O or O 5.2 O megapixels O – O doubling O the O pixel B-Algorithm density O in O both O dimensions O . O Ultra-high-definition B-Device television I-Device ( O UHDTV B-Device ) O : O The O 32X B-Device uses O its O own O ROM B-Protocol cartridges I-Protocol and O has O its O own O library O of O games O . O Lossless B-Algorithm compression I-Algorithm methods O may O be O categorized O according O to O the O type O of O data O they O are O designed O to O compress B-Device . O There O is O also O a O StreetPass B-Device function O built-into O the O app O , O where O users O exchange O song O data O to O make O a O compatibility O chart O between O them O . O Additionally O , O Sony O allows O 3rd O party O developers O some O flexibility O in O the O pricing O of O their O own O Greatest B-Device Hits I-Device titles O , O but O most O of O them O stick O to O the O agreed-upon O suggested O retail O price O . O The O Apple B-Device Dot I-Device Matrix I-Device Printer I-Device ( O often O shortened O to O Apple O DMP O ) O is O a O printer O manufactured O by O C O . O Itoh O and O sold O under O Apple O label O in O 1982 O for O the O Apple B-Device II I-Device series I-Device , O Lisa B-Device , O and O the O Apple B-Device III I-Device . O Later O versions O were O implemented O for O CTL O Modular O One O , O PDP-10 B-Device , O ICL B-Device 1900 I-Device series I-Device ( O running O the O George O operating O system O ) O . O Some O Nintendo B-Device DS I-Device retailers O featured O DS B-Device Download I-Device Stations I-Device that O allowed O users O to O download O demos O of O current O and O upcoming O DS B-Device games O ; O however O , O due O to O memory O limitations O , O the O downloads O were O erased O once O the O system O was O powered O off O . O The O color O map O table O of O the O BMP B-Device file I-Device format I-Device indexed B-Data_Structure color I-Data_Structure mode O stores O its O entries O in O BGR O order O rather O than O RGB O , O and O has O ( O in O the O current O version O ) O an O additional O unused O byte B-Application for O padding O to O conform O to O 32-bit O word B-Application alignment I-Application during O processing O , O but O it O is O essentially O still O a O 24-bit O RGB O color O encoding B-Algorithm . O 1066 O MHzDDR2 O , O 4 O ( O USFF O : O 2 O ) O 533/667/8008 O GB O ( O USFF O 4 O GB O ) O USFF O , O SFF O , O desktop B-Device , O In O addition O , O the O Japanese O voices O were O added O into O the O PS2 B-Device version O of O Dynasty B-Application Warriors I-Application 4 I-Application Empires O for O the O American O version O . O Saguaro B-Application was O also O the O first O Palm B-Operating_System OS I-Operating_System application O capable O of O competing O with O the O graphic O performance O of O the O iPhone B-Device . O It O used O graphics B-Architecture processing I-Architecture units I-Architecture and O chipsets B-Device intended O for O small O products O . O Virtual B-Device keyboards I-Device are O similar O to O mechanical O keyboards B-Device , O but O do O not O make O use O of O physical O keys O . O 16 B-Device bit I-Device game B-Device backup I-Device devices I-Device using O floppy B-Device disks I-Device or O USB B-Protocol . O Another O version O , O DR-DOS O 7.03 O ( O still O with O BDOS B-Operating_System 7.3 O and O reporting O itself O to O applications O as O " O PCDOS B-Operating_System 6.0 O " O for B-Language compatibility O purposes O ) O , O was O pre-released O at O Christmas O 1998 O and O then O officially O released O on O 6 O January O 1999 O by O Caldera O UK O . O It O came O with O significantly O improved O memory O managers O ( O in O particular O enhanced O DPMI O support O in O conjunction O with O the O multitasker O ) O and O other O enhancements O , O such O as O added O DEVLOAD O and O DRMOUSE O utilities O , O but O a O changed O OEM O label B-Device in O the O boot B-Device sector I-Device of O volumes O formatted O under O DR-DOS O could O also O cause O problems O under O other O operating O systems O ( O which O can O be O circumvented O by O NOVOLTRK O ) O . O DR-DOS O 7.03 O would O become O the O last O version O of O DR-DOS O also O tailored O for B-Language desktop O use O . O Caldera O , O Inc O . O wanted O to O relocate B-Library the O DR-DOS O business O into O the O US O and O closed B-Application the O highly O successful O UK O operation O in O February O 1999 O after O Gross O resigned O and O set O up O iCentrix B-Protocol to O develop O the O MarioNet B-Protocol split I-Protocol web I-Protocol browser I-Protocol . O Food O still O recovers O health O in O Dark O Legacy O as O it O did O in O Gauntlet B-Device II O , O with O each O type O of O food O restoring O a O different O amount O of O health O . O Air O Hendrix O called O the O Saturn B-Device version O " O an O impressive O , O exact O port O of O the O PlayStation B-Device game O " O , O but O went O on O to O say O that O the O graphics O are O not O as O clean O and O the O control O configuration O is O not O as O intuitive O . O Next O Generation O said O that O the O game O was O " O more O of O a O technological O achievement O ( O one O of O the O only O PlayStation B-Device games O with O no O noticeable O load O time O ) O than O a O game O , O and O worth O picking O up O only O for O those O who O enjoy O being O annoyed O " O . O GPUs B-Architecture of O the O Arctic O Islands-family O were O introduced O in O Q2 O of O 2016 O with O the O AMD B-Device Radeon I-Device 400 I-Device series I-Device . O An O official O soundtrack O was O released O on O July O 1 O , O 1989 O , O by O Curb O Records O on O audio B-Device cassette I-Device and O CD O featuring O 13 O tracks O , O including O seven O vocal O songs O performed O by O various O cast O members O . O The O Screamer O Action B-Application role-playing I-Application game I-Application Magical O Zoo O NEC B-Device PC-8801 I-Device 1985 O Shadow B-Application Man I-Application Action-adventure O game O Acclaim O Studios O Teesside O Nintendo B-Operating_System 64 I-Operating_System , O Dreamcast B-Operating_System , O PlayStation B-Device , O Windows B-Application 1999-07-31 O Shadows B-Application of I-Application the I-Application Damned I-Application Action B-Application game I-Application , O Third-person O shooter O Grasshopper O Manufacture O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System 2011-06-21 O Shark B-Application Jaws I-Application Adventure O game O Atari O Arcade B-Application 1975 O Search O Party O Survival B-Application horror O Lum O Windows B-Application 2019-05-18 O Shiryou O Sensen O : O War O of O the O Dead O Survival B-Application horror O , O Action B-Application role-playing I-Application game I-Application Fun O Factory O MSX2 B-Operating_System , O NEC B-Device PC-8801 I-Device , O PC B-General_Concept Engine I-General_Concept 1987 O Shiryou O Sensen O : O War O of O the O Dead O Part O 2 O Survival B-Application horror O , O Action B-Application role-playing I-Application game I-Application Fun O Factory O MSX2 B-Operating_System , O NEC B-Device PC-8801 I-Device , O PC B-General_Concept Engine I-General_Concept 1988 O SignalisSurvival O horror O , O Psychological O horrorrose-engineWindows O , O PC B-Device , O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O Nintendo O Switch2022-10-27 O Silent B-Application Hill I-Application Survival B-Application horror O , O Psychological O horror O Team O Silent O PlayStation B-Device , O PlayStation B-Device Network I-Device 1999-01-31 O Silent B-Device Hill I-Device 2 I-Device Survival B-Application horror O , O Psychological O horror O Team O Silent O PlayStation B-Device 2 I-Device , O Xbox B-Device , O Windows B-Application , O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System 2001-09-24 O Silent B-Device Hill I-Device 2 I-Device ( O remake B-Application ) O Survival B-Application horror O , O Psychological O horror O Bloober O Team O PlayStation B-Device 5 I-Device , O Windows B-Application TBA O Silent B-Application Hill I-Application 3 I-Application Survival B-Application horror O , O Psychological O horror O Team O Silent O PlayStation B-Device 2 I-Device , O Windows B-Application , O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System 2003-05-23 O Silent B-Application Hill I-Application 4 I-Application : I-Application The I-Application Room I-Application Survival B-Application horror O , O Psychological O horror O Team O Silent O PlayStation B-Device 2 I-Device , O Windows B-Application , O Xbox B-Device 2004-06-17 O Silent B-Application Hill I-Application : I-Application Origins I-Application Survival B-Application horror O Climax O Studios O PlayStation B-Device 2 I-Device , O PlayStation B-Operating_System Portable I-Operating_System 2007-11-06 O Silent B-Application Hill I-Application : I-Application Shattered I-Application Memories I-Application Adventure O game O , O Psychological O horror O Climax O Studios O Wii B-Operating_System , O PlayStation B-Device 2 I-Device , O PlayStation B-Operating_System Portable I-Operating_System , O PlayStation B-Device Network I-Device 2009-12-08 O Silent B-Application Hill I-Application : I-Application Homecoming I-Application Third-person O shooter O Double O Helix O Games O Windows B-Application , O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System 2008-09-30 O Silent B-Application Hill I-Application : I-Application Downpour I-Application Survival B-Application horror O , O Psychological O horror O Vatra O Games O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System 2012-03-13 O Silent B-Application Hill I-Application : I-Application Book I-Application of I-Application Memories I-Application Hack B-Application and I-Application slash I-Application WayForward O Technologies O PlayStation B-Device Vita I-Device 2012-08-16 O The O Silent O House O First-person O adventure O Lowman O Windows B-Application 2017 O The B-Application Sinking I-Application City I-Application Action-adventure O , O survival B-Application horror O Frogwares O Windowsr O , O PlayStation B-Operating_System 4 I-Operating_System 2019-06-27 O Singularity B-Application First-person O shooter O , O science O fiction O Raven O Software O Windows B-Application , O Xbox B-Operating_System 360 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System 2010-06-25 O Forbidden B-Application Siren I-Application Survival B-Application horror O , O Stealth O game O Project O Siren B-Application PlayStation B-Device 2 I-Device 2003-11-06 O Forbidden B-Application Siren I-Application 2 I-Application Survival B-Application horror O , O Stealth O game O Project O Siren B-Application PlayStation B-Device 2 I-Device 2006-02-09 O Siren B-Application : I-Application Blood I-Application Curse I-Application Survival B-Application horror O , O Stealth O game O Project O Siren B-Application PlayStation B-Operating_System 3 I-Operating_System 2008-07-24 O Sir B-Application , I-Application You I-Application Are I-Application Being I-Application Hunted I-Application First-person O shooter O , O Stealth O game O , O Open O world O Big O Robot O PC B-Device 2014-05-01 O Slender B-Application : I-Application The I-Application Eight I-Application Pages I-Application First-person O adventure O Parsec B-Application Productions I-Application Windows B-Application , O OS B-Application X I-Application 2012-06 O Slender B-Application : I-Application The I-Application Arrival I-Application First-person O adventure O Parsec B-Application Productions I-Application Windows B-Application , O OS B-Application X I-Application , O Xbox B-Operating_System 360 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System 2013-03 O Soft B-Application & I-Application Cuddly I-Application Arcade B-Application Adventure O The O Power O House O ZX B-Operating_System Spectrum I-Operating_System 1987-09 O SOMA B-Application First-person O adventure O , O science O fiction O , O Psychological O horror O , O Body O horror O Frictional O Games O Linux B-Application , O OS B-Application X I-Application , O Windows B-Application , O PlayStation B-Operating_System 4 I-Operating_System 2015-09-22 O Soul B-Application of I-Application the I-Application Samurai I-Application Action-adventure O Konami O PlayStation B-Device 1999-04-28 O A B-Device Sound I-Device of I-Device Thunder I-Device Survival B-Application horror O , O action O adventure O Möbius O Entertainment O Game B-Device Boy I-Device Advance I-Device 2004-02-28 O The O Space O Between O Walking O simulator O , O Psychological O horror O Chrstphfr O Windows B-Application 2019-04-26 O Space B-Application Gun I-Application Shoot O ' O em O up O , O Rail O Shooter O , O science O fiction O Taito O Amiga B-Device , O Arcade B-Application , O Atari B-Device ST I-Device , O Commodore O 64 O , O PC B-Device , O PlayStation B-Device 2 I-Device , O Sega O Master O System O , O Xbox B-Device , O ZX B-Operating_System Spectrum I-Operating_System 1990-10 O Splatterhouse B-Application Beat B-Application ' I-Application em I-Application up I-Application Namco O Arcade B-Application , O PC B-General_Concept Engine I-General_Concept 1988 O Splatterhouse B-Application 2 I-Application Beat B-Application ' I-Application em I-Application up I-Application Namco O Sega B-Operating_System Genesis I-Operating_System 1992 O Splatterhouse B-Application 3 I-Application Beat B-Application ' I-Application em I-Application up I-Application Namco O Sega B-Operating_System Genesis I-Operating_System 1993 O Splatterhouse B-Application Beat B-Application ' I-Application em I-Application up I-Application , O hack B-Application and I-Application slash I-Application BottleRocket O , O Namco O Bandai O Games O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System 2010-11-23 O Spooky O 's O House O of O Jumpscares O Psychological O Horror O , O Parody O Lag O Studios O Windows B-Application 2015-07-28 O Summerford O Survival B-Application horror O Noisy O Valley O Studios O Windows B-Application ? B-Device The O approximate O count O of O remaining O photos O until O space O exhaustion O is O calculated O by O the O firmware B-Application throughout O use O and O indicated O in O the O viewfinder O , O to O prepare O the O user O for O an O impending O necessary O hot B-Device swap I-Device of O the O memory B-Device card I-Device , O and/or O file O offload O . O A O few O cameras O used O other O removable B-Device storage I-Device such O as O Microdrives B-Device ( O very O small O hard B-Device disk I-Device drives I-Device ) O , O CD O single O ( O 185MB O ) O , O and O 3.5 B-Device " I-Device floppy I-Device disks I-Device ( O e.g. O In O 1985 O , O an O employee O of O Honeywell O 's O Physical O Sciences O Center O , O David O Rafner O , O first O described O a O drive-based O DVR O designed O for O home O TV O recording O , O time B-Device shifting I-Device , O and O commercial B-Application skipping O . O It O implements O part O of O the O XML B-Protocol plist O language O . O One O of O the O sample O users O of O proplib O is O the O second O revision O of O the O sysmon B-Device envsys I-Device framework O for O system B-Application monitoring I-Application . O It O was O said O that O whenever O Atlas B-Device went O offline O half O of O the O UK O 's O computer O capacity O was O lost O . O The O green O door O : O Bartzilla B-Device , O a O two-part O minigame O where O Bart O must O stomp O through O the O streets O of O Springfield O and O destroy O the O army O with O fire O breath O and O visual O lasers O . O The O KDF9 B-Device was O an O early O example O of O a O machine O that O directly O supported O multiprogramming O , O using O offsets O into O its O core B-General_Concept memory I-General_Concept to O separate O the O programs O into O distinct O virtual O address O spaces O . O On O January O 4 O , O 2021 O , O Piko O Interactive O announced O that O they O had O acquired O the O Bleem B-Device ! I-Device The O title O 's O developer O , O Jupiter O Corporation O , O had O originally O planned O to O release O a O game O called O Pokémon B-Application Picross I-Application on O the O Game B-Device Boy I-Device Color I-Device 16 O years O earlier O . O Meet O OnHub B-Device , O a O router B-Protocol from O Google B-Application that O is O built O for O all O the O ways O you O use O Wi-Fi. O " O POSIX O is O emulated O through O the O POSIX O shell O , O but O no O emulated O shell O ; O the O commands O are O handled O directly O in O CMD.EXE B-Device . O AppleWorks B-Device – O for O MS O Windows O and O Macintosh B-Operating_System . O a O bug-killer O ) O , O which O allowed O memory O and O program O modules O to O be O examined O and O manipulated O , O and O allowed O a O program O to O be O executed O one O step O at O a O time O . O CP/M B-Application originally O did O not O support O the O equivalent O of O terminate O and O stay O resident O ( O TSR O ) O programs O as O under O DOS B-Device . O Programmers O could O write O software O that O could O intercept O certain O operating B-General_Concept system I-General_Concept calls O and O extend O or O alter O their O functionality O . O Using O this O capability O , O programmers O developed O and O sold O auxiliary O desk B-Application accessory I-Application programs O , O such O as O SmartKey B-Application , O a O keyboard O utility O to O assign O any O string O of O bytes O to O any O key O . O CP/M3 O , O however O , O added O support O for O dynamically B-Operating_System loadable I-Operating_System Resident O System O Extensions O ( O RSX O ) O . O A O so-called O null O command O file B-Operating_System could O be O used O to O allow O CCP O to O load O an O RSX O without O a O transient O program O . O Although O CP/M B-Application provided O some O hardware B-Operating_System abstraction I-Operating_System to O standardize O the O interface O to O disk O I/O O or O console B-Device I/O O , O application O programs O still O typically O required O installation O to O make O use O of O all O the O features O of O such O equipment O as O printers O and O terminals B-General_Concept . O Due O to O the O integrated O AY-3-8610 O chipset B-Device , O the O system O is O able O to O play O the O following O ten O games O : O A O cartridge O version O for O the O Atari B-Device 8-bit I-Device family I-Device , O with O XEGS-styled O packaging O , O followed O in O 1988 O . O The O LCD B-Device , O when O acting O as O the O control O LCD B-Device , O also O rotates O 90° O based O on O the O rotation O of O the O camera O to O keep O all O of O the O information O shown O upright O . O Additionally O , O Synthesia B-Application can O be O paired O with O MIDI O keyboards B-Device that O have O illuminated O keys O , O or O with O virtual O player O piano O on O screen O , O which O some O people O believe O makes O learning O piano O easier O for O beginners O . O Intel O released O the O Itanium B-General_Concept 9100 O series O , O codenamed O Montvale B-General_Concept , O in O November O 2007 O , O retiring O the O " O Itanium B-General_Concept 2 O " O brand O . O Originally O intended O to O use O the O 65 B-Algorithm nm I-Algorithm process I-Algorithm , O it O was O changed O into O a O fix O of O Montecito B-Device , O enabling O the O demand-based O switching O ( O like O EIST B-Device ) O and O up O to O 667 O MT/s O front-side B-Architecture bus I-Architecture , O which O were O intended O for O Montecito B-Device , O plus O a O core-level O lockstep B-General_Concept . O Chameleon B-Application is O a O 2006 O puzzle O video O game O released O for O arcades O , O PlayStation B-Operating_System Portable I-Operating_System ( O PSP B-Operating_System ) O , O Nintendo B-Device DS I-Device , O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O and O Microsoft B-Application Windows I-Application . O The O game O was O released O for O MS-DOS B-Application compatible O operating O systems O , O Microsoft B-Application Windows I-Application , O and O Macintosh B-Device . O As O the O fourth O main O installment O and O the O 7th O major O console B-Device installment O in O the O Rock B-Application Band I-Application franchise O , O it O was O released O for O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device on O October O 6 O , O 2015 O . O Xperia B-Device J O is O the O first O Sony O Mobile O device O alongside O the O Xperia B-Application V I-Application that O does O not O feature O the O Sony O Ericsson O 's O liquid O energy O logo O after O Sony O acquired O Ericsson O 's O stake O in O Sony O Ericsson O in O February O 2012 O . O In O 2011 O Apple O released O the O Apple B-Device Thunderbolt I-Device Display I-Device , O replacing O the O Mini B-Protocol DisplayPort I-Protocol and O USB B-Protocol connector O with O a O Thunderbolt B-Protocol plug O for O display O and O data O . O Pentium B-General_Concept competitors O such O as O the O Cyrix B-General_Concept 6x86 I-General_Concept did O not O always O have O a O TSC O and O may O consider O RDTSC B-Device an O illegal O instruction O . O Despite O mixed O reviews O , O Cool B-Device Boarders I-Device was O a O sleeper O success O , O and O eventually O attained O a O Greatest O Hits O edition O . O The O SZ O series O was O superseded O by O the O Z B-Device series I-Device ( O high-end O , O 13.1 O " O screen O ) O and O SR B-Device series I-Device ( O lower O cost O , O 13.3 O " O screen O ) O in O 2008 O . O Motherboards O based O on O H97 B-Device and O Z97 B-Device chipsets B-Device were O available O for O purchase O the O same O day O chipsets B-Device were O announced O . O Deluxe O also O debuted O at O the O top O of O the O charts O in O the O United O Kingdom O , O with O 56% O more O units O in O its O first O week O than O when O the O Wii B-Device U I-Device version O launched O , O and O remained O the O UK O 's O best-selling O game O in O its O second O week O on O sale O . O For O NT O and O NT-based B-Device operating B-General_Concept systems I-General_Concept , O it O also O allows O the O user O to O pass O preconfigured O options O to O the O kernel B-Operating_System . O In O June O 2019 O , O Apple O announced O a O worldwide O recall O for O certain O 2015 O 15 O " O MacBook B-Device Pro I-Device computers O after O receiving O at O least O 26 O reports O of O batteries O becoming O hot O enough O to O produce O smoke O and O inflict O minor O burns O or O property O damage O . O Computer O programmer O Luke O Ahearn O coded O Goldtree B-Application Engine I-Application for O IBM B-Device PC I-Device and O compatible O computers O , O and O the O program O was O subsequently O published O in O 1993 O by O Goldtree O Enterprises O , O based O in O Metairie O , O Louisiana O . O Console B-Device Servers I-Device : O Used O to O provide O data O center O managers O with O secure O remote O management O of O Cisco O routers B-Protocol , O switches O and O firewalls O , O Solaris O , O Windows O , O Unix O and O Linux O servers O , O PBXs O or O any O device O with O a O serial O console B-Protocol port I-Protocol . O %NEWFILE% O This O variable O is O automatically O set B-Device to O the O first O parameter O given O to O the O CONFIG.SYS B-Device directive O NEWFILE B-Device . O Referring O to O this O title O , O U.S. O News O & O World O Report O 's O article O False O Promise O commented O , O " O parents O have O been O told O that O it O 's O their O responsibility O to O prepare O children O for O a O multi-tasking O , O technology-driven O future O , O so O they O " O JumpStart B-Device " O their O babies O " O . O The O first O two O installments O were O released O on O the O Family B-Device Computer I-Device Disk I-Device System I-Device by O Square O 's O label O DOG O ; O the O third O one O was O released O on O the O regular O Family O Computer O by O Square O directly O and O the O final O one O by O Asmik O . O It O was O the O 10th O best-selling O Nintendo B-Device DS I-Device game O of O December O 2008 O in O the O United O States O . O The O algorithm O ran O on O the O Ferranti B-Device Mark I-Device 1 I-Device , O the O first O commercially O available O computer O , O and O although O lacking O the O power O to O play O a O full O game O would O serve O as O a O proof O of O concept O for O chess B-Application computing O . O When O referring O to O iOS B-Application apps I-Application , O " O sideloading B-Protocol " O means O installing O an O app O in O IPA B-General_Concept format I-General_Concept onto O an O Apple O device O , O usually O through O the O use O of O a O computer O program O such O as O Cydia B-Device Impactor O , O Xcode B-Operating_System , O on O the O actual O device O using O a O jailbreak B-Application method O or O using O a O signing O service O instead O of O through O Apple B-Application 's I-Application App I-Application Store I-Application . O Turing O 's O colleagues O at O the O NPL O , O not O knowing O about O Colossus B-Device , O thought O that O the O engineering O work O to O build O a O complete O ACE B-Device was O too O ambitious O , O so O the O first O version O of O the O ACE B-Device that O was O built O was O the O Pilot B-Device Model I-Device ACE I-Device , O a O smaller O version O of O Turing O 's O original O design O . O If O the O Rumble B-Device Pak I-Device is O inserted O , O the O Nintendo B-Device DS I-Device will O vibrate O when O it O is O the O player O 's O turn O in O the O game O . O Sabre B-Application Wulf I-Application is O depicted O in O pre-rendered O computer O graphics O , O similar O to O the O technique O Rare O used O in O earlier O games O , O and O has O subtle O lighting O effects O , O as O when O Sabreman O approaches O a O light O source O , O but O otherwise O did O not O use O the O Game B-Device Boy I-Device Advance I-Device 's O hardware O effects O . O It O had O , O depending O on O the O sub-model O up O to O 5 O ISA B-Architecture and/or O 3 O PCI B-Protocol expansion B-Device slots I-Device and O five O ( O 2 O external O 5.25 O " O , O 1 O external O and O 1 O internal O 3.5 O " O ) O drive O bays O . O PC O 350 O submodelsNameModelCPUMHzRemarks O Personal O Computer O 350 O Model O 6581-Kxx O , O Lxx O , O Wxx O Intel O 486 O 25-100 O OPTi O chipset O ; O shipped O with O ISA/VLB O raiser O card O Model O 6583-Kxx O , O Lxx O , O Wxx O Intel O 486 O 25-100 O OPTi O chipset O ; O shipped O with O ISA/PCI O raiser O card O Model O 6585-1xx O Intel B-Device Pentium I-Device P5 O 60-66 O up O to O 133 O MHz O using O the O Pentium B-Device overdrive O Model O 6586-3xx O , O 4xx O , O 5xx O , O 7xx O , O 9xx O Intel B-Device Pentium I-Device P54C O 75-100 O Intel-designed O motherboard O with O Triton O chipset O and O Intel/AMI O BIOS O ; O up O to O 128 O MB O RAM O and O 512k O cache O Model O 6587-5xx O , O 7xx O , O 9xx O , O Gxx O , O Kxx O , O Lxx O Intel B-Device Pentium I-Device P54C O 75-200 O Up O to O 192 O MB O RAM O , O CPU O up O to O 233 O MHz O using O a O Pentium B-Device 233 O MMX O with O 75 O MHz O settings O . O It O was O a O runner-up O in O GameSpots O annual O award O categories O for O the O best O Xbox B-Device game O and O best O alternative O sports O console B-Application game I-Application , O losing O to O Halo O : O Combat O Evolved O and O Tony B-Application Hawk I-Application 's I-Application Pro I-Application Skater I-Application 3 I-Application , O respectively O . O pass O – O A O number O indicating O the O order O in O which O the O fsck B-Device program O will O check O the O devices O for O errors O at O boot O time O : O Other O highlights O include O : O Wi-Fi O , O DLNA O , O GPS O , O Bluetooth B-Protocol , O Rhapsody O Music O Unlimited O , O 1.3MP O front-facing O camera O , O 5MP O rear O camera O with O LED O flash O and O 720p O video O recording O , O dual-core B-Architecture 1.5GHz O Processor O , O 1GB O of O RAM B-Architecture , O and O MicroSD B-Device card O support O . O The O 3D O Rage B-Device Pro I-Device chip O was O designed O for O Intel O 's O Accelerated B-Architecture Graphics I-Architecture Port I-Architecture ( O AGP B-Architecture ) O , O taking O advantage O of O execute-mode O texturing O , O command O pipelining O , O sideband B-Architecture addressing I-Architecture , O and O full O 2× O -mode O protocols O . O A O 512 O kB O ROM B-Device chip I-Device stores O the O Palm B-Operating_System OS I-Operating_System 1.0 O and O resident O applications O . O The O original O Macintosh B-Device LC I-Device was O introduced O on O October O 1990 O , O with O updates O in O the O form O of O the O LC B-Device II I-Device and O LC B-Device III I-Device in O 1992 O and O early O 1993 O . O Fujifilm B-Algorithm X-S10 I-Algorithm : O First O of O its O generation O , O a O mid-range O camera O equipped O with O a O in-body O image O stabilization O and O a O fully O articulating B-Device screen I-Device . O The O DECstation B-Device 5000 O Model O 100 O Series O , O code O named O " O 3MIN O " O , O are O mid-range O workstations B-Device . O Windows B-Device Media I-Device Player I-Device is O a O video O and O audio O player O developed O by O Microsoft O for O Windows B-Application 11 I-Application and O subsequently O backported O to O Windows B-Operating_System 10 I-Operating_System . O Zmax B-Protocol also O has O a O lot O less O CPU O overhead O than O Zmodem B-Device , O so O slower O computers O can O drive O highspeed O modems B-Application faster O . O Once O drivers O for B-Language a O mouse O , O multimedia O hardware O and O a O network O stack O were O loaded O , O an O MS-DOS/PCDOS O machine O typically O might O only O have O had O 300 O to O 400KB O of O free O conventional B-Device memory I-Device – O too O little O to O run O much O late-1980s O software O . O In O contrast O to O this O , O DRDOS O 5.0 O , O with O a O little O manual O tweaking O , O could O load O all O this O and O still O keep O all O of O its O conventional B-Device memory I-Device free O – O allowing O for B-Language some O necessary O DOS B-Device data O structures O , O as O much O as O 620KB O out O of O the O 640KB O . O With O MEMMAX+V O , O the O conventional B-Device memory I-Device region O could O even O be O extended O into O unused O portions O of O the O graphics O adapter O card O typically O providing O another O 64 O to O 96KB O more B-Device free B-Application DOS I-Application memory O . O Odin B-Application then O tasks O Ragnar O to O murder O the O dwarf O king O , O whose O will O holds O the O dwarves O ' O allegiance O to O Loki B-Device together O . O In O 2002 O , O a O remake O titled O Rygar B-Application : I-Application The I-Application Legendary I-Application Adventure I-Application was O released O by O Tecmo O for O PlayStation B-Device 2 I-Device . O The O phone O is O powered O by O the O Qualcomm B-Architecture Snapdragon I-Architecture 888 O , O with O 8 O GB O of O LPDDR5 O RAM O and O 128 O or O 256 O GB O options O of O non-expandable O UFS B-Device 3.1 I-Device storage O . O GameSpot O gave O the O DS B-Device version O 2/10 O stating O that O the O game O " O could O put O you O off O M O 's O for O life O " O . O The O game O was O also O awarded O the O lowest-rated O kart O game O by O Guinness O World O Records O Gamer O 's O Edition O 2011 O , O stating O that O the O game O 's O nearest O " O rival O " O was O Shrek B-Application Swamp I-Application Kart I-Application Speedway I-Application , O the O latter O of O which O has O a O GameRankings O score O of O 26.40 O % O , O 3.9 O % O more O than O M B-Application 's I-Application Kart I-Application Racing I-Application . O Shaman B-Device King I-Device : I-Device Legacy I-Device of I-Device the I-Device Spirits I-Device is O a O role-playing O video O game O — O the O first O Shaman O King O game O on O the O genre O . O At O the O debut O of O the O 2010s O UHD B-Device TVs I-Device had O emerged O on O the O consumer O market O , O also O using O progressive O resolutions O , O but O usually O sold O with O prohibitive O prices O ( O 4k B-Architecture HDTVs I-Architecture ) O or O were O still O in O prototype O stage O ( O 8k B-Architecture HDTVs I-Architecture ) O . O According O to O Nintendo O of O America O , O December O 2014 O was O Wii B-Device U I-Device 's O biggest O month O in O terms O of O sales O in O the O United O States O . O The O PDP-14 B-Device was O a O specialized O computer O from O Digital O Equipment O Corporation O ’s O Industrial O Products O Group O designed O to O replace O industrial O level O relay O controls O for O machinery O and O machine O tools O that O performed O repetitive O tasks O . O Babel O works O on O all O known O POSIX O and O Unix B-Operating_System variants I-Operating_System , O including O Linux B-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System , O AIX B-Application , O IRIX B-Operating_System , O Solaris B-Application , O Tru64 B-Operating_System , O Cray O 's O XT4 B-Device , O IBM O 's O Blue B-Operating_System Gene I-Operating_System , O and O many O commodity O clusters B-Architecture . O MorphOS B-Operating_System is O a O PowerPC B-Architecture native O operating B-General_Concept system I-General_Concept which O also O runs O on O some O Amiga B-Device hardware O . O In O 1957 O Hans O Riesel O used O BESK B-Device to O discover O a O Mersenne O prime O with O 969 O digits O - O the O largest O prime O known O at O the O time O . O While O the O original O IBM O 8-inch O disk B-Device was O actually O so O defined O , O the O other O sizes O are O defined O in O the O metric O system O , O their O usual O names O being O but O rough O approximations O . O NetWare2862.x O normally O requires O a O dedicated O PC B-Device to O act O as O the O server O , O where O the O server O uses O DOS B-Device only O as O a O boot B-Application loader I-Application to O execute O the O operating B-General_Concept system I-General_Concept file O . O It O manages O applications B-Application originally O built O for O DOS B-Device . O Accessing O the O hardware O directly O makes O it O easier O to O use O both O CPUs B-Device . O Reviews O for O WCW B-Device Nitro I-Device were O mixed O , O with O many O critics O concluding O that O though O the O game O is O considerably O flawed O , O it O was O better O than O most O of O the O few O wrestling O video O games O out O at O the O time O and O would O therefore O appeal O to O fans O of O the O sport O . O The O key O functions O as O a O Meta B-Device key I-Device or O Super B-Device key I-Device in O Unix-like B-Operating_System environments O , O and O is O equally O equivalent O to O the O Windows B-Device key I-Device in O Windows O environments O , O although O in O common O applications O it O performs O the O same O function O as O the O Windows O Control B-Device key I-Device . O Resident B-Application Evil I-Application 2 I-Application is O a O remake B-Application of O the O 1998 O game O Resident B-Application Evil I-Application 2 I-Application for O PlayStation B-Device . O This O also O allowed O the O production O of O the O J-Cart B-Device , O enabling O four O controllers O to O be O plugged O in O without O extra O hardware O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O This O becomes O particularly O useful O since O INSTALL O can O also O be O used O to O run O non-resident O software O under O DR-DOS O , O so O that O temporary O external O programs O can O be O integrated O into O the O CONFIG.SYS O control O flow O . O The O Hector B-Device MX O , O released O in O 1985 O , O is O similar O to O the O HRX O but O offers O BASIC O , O Forth B-Application , O Logo B-Device and O Assembly B-Language as O languages O available O in O ROM O . O Describing O MDA B-Device as O beautiful O , O he O observed O that O " O you O stare O at O text O a O whole O lot O more O than O you O stare O at O color O graphics O " O . O The O Apple O IIGS O ( O styled O as O II O ) O , O the O fifth O and O most O powerful O of O the O Apple B-Device II I-Device family O , O is O a O 16-bit B-Device personal O computer O produced O by O Apple O Computer O . O In O April O 1955 O IBM O announced O the O IBM B-Device 608 I-Device transistor O calculator O , O which O they O claim O was O " O the O first O all O solid-state O computing O machine O commercially O marketed O " O and O " O the O first O completely O transistorized B-Device computer I-Device available O for O commercial O installation O " O , O and O which O may O have O been O demonstrated O in O October O 1954 O , O before O the O CADET B-Device . O CPU B-Device : O The O EliteBook B-Device mainly O competes O against O computer O lineups O such O as O Acer O 's O TravelMate B-Device , O Dell O 's O Latitude B-Operating_System and O Precision B-Operating_System , O Lenovo O 's O ThinkPad B-Operating_System and O Toshiba O 's O Portégé B-Device and O Tecra B-Device . O Released O for O the O Nintendo B-Device DS I-Device in O 2010 O internally O within O the O Japanese O division O of O McDonald O 's O , O it O was O only O ever O distributed O to O the O company O 's O own O restaurants O domestically O , O and O never O meant O to O be O released O to O the O public O . O The O 1000D B-Algorithm is O an O entry-level O DSLR B-Device that O has O been O described O as O being O a O step O below O the O 450D B-Algorithm . O The O LCD B-Device screen I-Device can O be O tilted O up O to O an O angle O of O 45° O and O 90° O and O down O to O 45° O . O Internet O services O on O the O CD-i B-Device devices O were O facilitated O by O the O use O of O an O additional O hardware O modem B-Application and O " O CD-Online O " O disc O ( O renamed O Web-i O in O the O US O ) O , O which O Philips O initially O released O in O Britain O in O 1995 O for O $150 O US O . O In O keeping O with O Apple O 's O practice O , O from O the O Apple O II+ O until O the O Power B-Device Macintosh I-Device G3 I-Device was O announced O , O a O logic O board O upgrade O was O available O for O US$ O 1,699 O to O convert O a O regular O SE B-Device to O an O SE/30 B-Device . O In O contrast O , O the O GPL B-License , O which O does O not O apply O to O NetBSD B-Device , O stipulates O that O changes O to O source O code O of O a O product O must O be O released O to O the O product O recipient O when O products O derived O from O those O changes O are O released O . O Like O SCP O 's O program O it O was O designed O to O port O CP/M B-Application -80 I-Application application O code O ( O in O ASM O , O MAC O , O RMAC O or O ACT80 O assembly O format O ) O to O MS-DOS B-Device ( O in O a O format O compatible O with O ACT86 O ) O . O The O actual O benefit O of O the O TRIM O command O depends O upon O the O free O user O space O on O the O SSD B-Device . O International B-Application Superstar I-Application Soccer I-Application Deluxe I-Application , O known O as O Jikkyou O World O Soccer O 2 O : O Fighting O Eleven O in O Japan O and O also O known O as O ISS O Deluxe O , O is O a O football O video O game O and O the O sequel O to O International B-Device Superstar I-Device Soccer I-Device developed O and O published O by O Konami O . O After O the O controversy O subsided O , O the O game O was O ported O to O the O 3DO B-Device , O Sega B-Device 32X I-Device , O MS-DOS B-Application , O and O Mac B-Application OS I-Application , O each O with O a O different O cover O from O the O original O . O Game O Informer O was O more O positive O , O describing O it O as O a O fun O and O replayable O game O which O had O been O converted O faithfully O to O both O the O PlayStation B-Device and O the O Saturn B-Device , O but O likewise O concluded O that O it O was O outshone O by O competitors O like O Time B-Application Crisis I-Application . O The O former O " O main O event O " O from O Dead B-Application or I-Application Alive I-Application Xtreme I-Application Beach I-Application Volleyball I-Application , O beach O volleyball B-Device is O once O again O present O . O The B-Device Sims I-Device 3 I-Device : I-Device Pets I-Device is O the O fifth O expansion O pack O for O The B-Application Sims I-Application 3 I-Application on O Microsoft B-Application Windows I-Application and O macOS B-Application , O as O well O as O a O standalone O title O on O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System and O Nintendo B-Operating_System 3DS I-Operating_System . O It O was O followed O by O Hamtaro B-Device : I-Device Ham-Ham I-Device Heartbreak I-Device for O the O Game B-Device Boy I-Device Advance I-Device in O 2003 O , O which O was O also O developed O by O Pax O Softnica O and O published O by O Nintendo O and O featured O similar O gameplay O . O Most O major O network B-Device tap I-Device manufacturers O offer O taps O with O remote O management O through O Telnet O , O HTTP O , O or O SNMP B-Protocol interfaces O . O for O the O Commodore O 64 O and O Atari B-Device 8-bit I-Device family I-Device ( O necessary O to O input O the O Atari O game O on O Pg O 122 O ) O , O and O simultaneously O in O the O December O 1983 O issue O of O COMPUTE O ! O ICL B-Device 1900 I-Device , O DEC B-Device PDP-10 I-Device ) O . O The O Crab B-Algorithm Battle O mode O sees O players O using O the O motion B-Device controls I-Device of O the B-Operating_System Wii I-Operating_System Remote O to O slap O them O away O , O while O they O can O also O place O defensive O walls O and O cannons O around O the O castle O to O create O further O obstacles O . O Devices O like O miniaturized O calculators B-Application , O microcontroller B-Architecture , O microprocessors B-General_Concept , O and O computer O can O be O explained O on O custom-developed O instruction O code O on O a O register O transfer O level O controlled O by O sequences O of O micro O instructions O ( O microcode B-Device ) O . O On O March O 23 O , O 2023 O , O Sega O announced O an O expanded O version O of O Sonic B-Device Origins I-Device titled O Sonic B-Device Origins I-Device Plus O , O scheduled O for O release O on O June O 23 O , O 2023 O , O the O game O 's O first O anniversary O . O In O addition O , O the O lack O of O built-in O 5.25 B-Device " I-Device floppy B-Device drives I-Device meant O that O PS/2 B-Device users O could O not O immediately O run O the O large O body O of O existing O IBM-compatible O software O . O The O Game B-Device Boy I-Device Advance I-Device version O , O Wings O Advance O , O is O roughly O the O same O game O as O the O original O , O although O it O has O been O updated O with O improved O graphics O , O new O features O , O and O increased O gameplay O options O . O Johnson O 's O Portable B-Application C I-Application Compiler I-Application served O as O the O basis O for B-Language several O implementations O of O C B-Language on O new O platforms B-Device . O Prodisplay O used O both O OLED B-Device and O LCD B-Device technology O , O but O no O longer O makes O transparent O OLED B-Device displays I-Device . O The O " O invert O " O feature O actually O made O the O mouse B-Device behave O in O a O manner O that O users O regard O as O non-inverted O ( O by O default O , O moving O mouse B-Device forward O resulted O in O looking O down O ) O . O Design O criteria O included O VT100 B-Device emulation O ( O including O ANSI O X3.64 O ( O ISO O 6429 O ) O and O ISO O 2022 O ) O and O reasonable O performance O for O heavy O daily O use O when O character-based O terminals O were O still O common O . O Although O pngout B-Application offers O both O , O only O one O type B-Device of O filter O can O be O specified O in O a O single O run O , O therefore O it O can O be O used O with O a O wrapper O tool O or O in O combination O with O pngcrush B-Language , O acting O as O a O re-deflater O , O like O advdef O . O The O game O was O awarded O " O Best O 3DO B-Device Game O " O at O the O 1994 O Consumer O Electronics O Show O by O GamePro O and O " O Best O 3DO B-Device Game O of O 1995 O " O by O Electronic O Gaming O Monthly O . O Integrity B-Device Virtual I-Device Machines I-Device is O software O from O Hewlett-Packard O that O allows O multiple O virtual B-Architecture machines I-Architecture to O run O concurrently O on O any O Itanium B-General_Concept server B-Application running O HP-UX B-Application , O notably O the O HPE B-General_Concept Integrity I-General_Concept Servers I-General_Concept line O . O In O 1997 O , O Marvel O Comics O published O a O single-issue O prologue O comic O based O on O the O original O Resident B-Application Evil I-Application , O released O through O a O promotional O giveaway O alongside O the O original B-Device PlayStation I-Device game O . O Because O the O photographer O views O through O one O lens O but O takes O the O photograph O through O another O , O parallax B-Device error O makes O the O photograph O different O from O the O view O on O the O screen O . O The O story O then O flashes O forward O 15 O years O later O , O where O we O see O Rango B-Application – O the O chameleon B-Device protagonist O from O the O movie O – O awaken O backwards O on O his O roadrunner B-General_Concept Excelsior O riding O into O the O town O of O Dirt O . O Treyarch O has O also O confirmed O that O Zombies B-Device will O run O on O the O game O 's O multiplayer O engine O , O allowing O for O a O deeper O community O experience O , O along O with O new O features O . O Quadra B-Device 605s I-Device use O a O 1024KB O ROM O , O version O 7C O . O The O Samsung B-Device Galaxy I-Device Tab I-Device S6 I-Device has O a O 7040 O mAh O battery O , O and O is O capable O of O fast O charging O at O up O to O 15 O W O . O The O NEC O Bundle O retailed O for O around O $500.00 O with O a O 1x O external O CD-ROM B-Device , O Small B-Architecture Computer I-Architecture System I-Architecture Interface I-Architecture ( O SCSI B-Architecture ) O interface O controller O , O Labtec O CD-150 O amplified O stereo O speakers O and O 10 O software O titles O . O The O SB16 B-Device emulated O an O MPU-401 O UART O , O giving O existing O MIDI-software O the O option O to O send O MIDI-sequences O directly O to O the O attached O Wave O Blaster O , O instead O of O driving O an O external O MIDI-device O . O Dance O Central O 316 O source O : O mobygames.comDead O Island4 O 1 O 4P O Coop O Dead B-Application Island I-Application Riptide4 O 1 O 4P O Coop O Diablo B-Application 34 O 4 O 4 O Online O and O system B-Device link I-Device 4 O total O Diablo B-Application 3 I-Application : O Reaper O of O Souls4 O 4 O 4 O Added O by O DDRAdikz O - O Tested O Dirt O 38 O 1 O Dollar O Dash O ( O Arcade O ) O 4 O 1 O Don O King O Presents O : O Prizefighter2 O source O : O mobygames.comDoritos O Crash O Course O 2 O ( O Arcade O ) O 0 O source O : O mobygames.com= O Inaccurate O . O In O September O 2014 O , O company O enabled O free O access O to O Intel B-Device Atom I-Device based O Android B-Application devices O for O mobile O application O and O game O testers O . O The O Geode B-Device GX I-Device and I-Device Geode I-Device LX I-Device added O two O new O 3DNow B-General_Concept ! I-General_Concept For O example O , O the O NCR O 53C9x O , O a O low-cost O chipset B-Device implementing O a O SCSI B-Architecture interface O to O storage O devices O , O could O be O found O in O Unix B-Application machines O such O as O the O MIPS B-Device Magnum I-Device , O embedded O devices O , O and O personal B-Device computers I-Device . O MIPS O TechnologiesImagination O Technologies O entered O into O a O license O agreement O with O Myriad O to O make O their O Dalvik B-Application Turbo I-Application Virtual I-Application Machine I-Application ( O VM O ) O available O to O its O licensees O as O part O of O its O standard O distribution O of O Android B-Application for O its O MIPS B-Device architecture I-Device . O Bloons B-Device TD I-Device 5 O Deluxe O was O released O on O January O 27 O , O 2012 O , O for O USD O $24.99 O , O or O $19.99 O during O the O promotional O pre-order O period O . O It O was O released O in O two O different O versions O , O the O 2D O by O Gameloft O and O the O 3D O by O Kabam O for O Android B-Application , O iOS B-Application , O J2ME B-Language , O Windows B-Protocol Phone I-Protocol and O Windows B-Device 8.1 I-Device . O Several O of O these O changes O were O influenced O by O Origin O 's O 1988 O action B-Application role-playing I-Application game I-Application , O Times B-Application of I-Application Lore I-Application , O created O by O Chris O Roberts O , O and O FTL O Games O 's O 1987 O RPG O Dungeon B-Device Master I-Device . O Like O its O predecessors O , O V7 O can O run O Folding B-Application @home I-Application in O the O background B-Operating_System at O a O very O low O priority O , O allowing O other O applications O to O use O CPU B-Device resources O as O they O need O . O To O do O this O , O Team17 O allowed O him O to O spend O his O time O working O on O Worms B-Application : I-Application The I-Application Director I-Application 's I-Application Cut I-Application , O an O expansion O pack O to O the O original O designed O for O late O Amiga B-Device computers I-Device . O If O defined O , O it O overrides O the O system O 's O current O SwitChar B-Device setting O . O The O only O accepted O characters O are O " O / O " O ( O DOS B-Device style O ) O , O " O - O " O ( O Unix B-Application style O ) O and O " O [ O " O ( O CP/M B-Application style O ) O . O vi B-Application ( O and O derivatives O such O as O Elvis B-Device , O Nvi B-Device , O Vim B-Application , O vile B-Application , O etc O . O ) O It O also O inspired O the O development O of O other O CMOS B-Device based O processors O , O such O as O the O LH5801 O from O Sharp O . O Marconi B-Device decided O to O modify O the O original O design O by O replacing O the O single O twystron O with O a O series O of O individual O transistorized O transmitter O modules O , O one O on O each O horizontal O row O . O The O GeForce B-Device 30 I-Device series I-Device is O based O on O the O Ampere B-General_Concept architecture O , O which O feature O Nvidia O 's O second-generation O ray O tracing O ( O RT O ) O cores O and O third O generation O Tensor B-Device Cores O . O : O Intelligent B-Device Qube I-Device , O if O the O player O captures O a O Forbidden O cube O , O red O marks O in O the O block O scale O will O be O cleared O . O By O sensor O size O and O price O it O is O a O competitor O to O the O Sony B-Device α I-Device 100 I-Device , O the O Nikon B-Algorithm D80 I-Algorithm , O the O Canon B-Algorithm EOS I-Algorithm 400D I-Algorithm ( O " O Digital B-Algorithm Rebel I-Algorithm XTi I-Algorithm " O in O North O America O ) O and O the O Olympus B-Algorithm E-400 I-Algorithm , O all O 10 O megapixel O DSLRs B-Device unveiled O in O mid O to O late O 2006 O . O It O was O a O runner-up O for O GameSpots O annual O " O Best O Sound O " O , O " O Best O Graphics O " O , O " O Best O Story O " O and O overall O " O Game O of O the O Year O " O awards O among O Game B-Device Boy I-Device Advance I-Device games O . O Bradley O subsequently O reviewed O the O Amiga B-Device 500 I-Device and O Amiga B-Device 600 I-Device versions O and O noted O that O their O graphics O were O not O as O impressive O , O while O also O writing O : O " O Sure O , O there O 's O a O huge O gaming O area O and O it O does O have O some O fetching O and O atmospheric O 3D O point-of-view O perspective O levels O but O , O on O the O whole O , O it O 's O a O disappointment O . O Each O partition B-Device in O turn O would O handle O up O to O 10 O I/O B-General_Concept devices I-General_Concept , O depending O on O the O partition B-Device type O . O For O devices O such O as O terminals B-General_Concept , O printers O , O card B-Device readers I-Device and O punches B-Device , O a O Multi-Terminal O IOC O ( O input-output B-General_Concept channel O ) O was O installed O , O which O ran O at O about O 20 O kbit/s O . O At O the O Professional O Developers O Conference O ( O PDC O ) O 2008 O , O Microsoft O also O announced O Windows B-Device Server I-Device 2008 I-Device R2 I-Device , O as O the O server B-Application variant O of O Windows B-Device 7 I-Device . O PoE B-Device standards O define O TLV O structures O used O by O PSEs B-Device and O PDs B-Device to O signal O and O negotiate O available O power O . O Data B-Device diodes I-Device can O be O found O most O commonly O in O high O security O environments O , O such O as O defense O , O where O they O serve O as O connections O between O two O or O more O networks O of O differing O security O classifications O . O ranger B-Device borrows O its O keybindings O from O vi B-Application where O possible O , O but O also O accepts O mouse O buttons O and O shares O a O few O keybindings O with O GNU B-Application Readline I-Application and O Midnight B-Protocol Commander I-Protocol . O The O game O received O " O generally O favorable O reviews O " O on O all O platforms O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O Edge O gave O the O DS B-Device version O nine O out O of O ten O , O saying O , O " O Even O if O the O DNA O of O its O forebears O is O barely O apparent O , O such O a O bold O , O brilliant O transformation O certainly O involves O something O a O little O like O magic. O " O It O is O based O on O the O television B-Device show I-Device of I-Device the I-Device same I-Device name I-Device . O The O Netbook B-Device UX O is O a O continuation O of O the O Moblin B-Language interface O . O The O E5 B-Device offers O high-speed O wireless O connectivity O , O providing O users O with O group O internet O access O , O individual O Wi-Fi B-Application hotspots I-Application and O connection O to O devices O such O as O notebooks B-Device , O digital B-Device cameras I-Device and O games O consoles O . O The O development O team O originally O planned O to O make O a O game O a O 4-player O game O in O the O vein O of O Gauntlet B-Device with O a O linkable O cabinet-like O feature O similar O to O Namco O 's O own O Final B-Application Lap I-Application series O , O alongside O multiple O controllable O Valkyries O , O both O of O which O were O abandoned O later O on O . O On O December O 6 O , O 2016 O , O Fitbit O acquired O assets O from O Pebble B-Device for O $23 O million O . O The O PlayStation B-Device 2 I-Device version O of O Bully B-Application received O a O " O Platinum O " O sales O award O from O the O Entertainment O and O Leisure O Software O Publishers O Association O ( O ELSPA O ) O , O indicating O sales O of O at O least O 300,000 O copies O in O the O United O Kingdom O . O LG B-Application Optimus I-Application L9 I-Application is O a O touchscreen B-Device Android B-Application 4G B-Architecture smartphone B-Application designed O and O manufactured O by O LG O Electronics O . O The O parallel B-Device port I-Device also O uses O edge-triggered O interrupts B-Application . O Oracle O Solaris O 11 O provides O 64-bit B-Device video O driver O support O for O the O following O Intel O graphic O chipsets B-Device : O i810 B-Device , O i810-dc100 O , O i810e O , O i815 O , O i830M O , O 845G O , O 852GM/855GM O , O 865G O , O 915G O , O E7221 O ( O i915 O ) O , O 915GM O , O 945G O , O 945GM O , O 945GME O , O Pineview O GM O , O Pineview O G O , O 965G O , O G35 O , O 965Q O , O 946GZ O , O 965GM O , O 965GME/GLE O , O G33 O , O Q35 O , O Q33 O , O GM45 O , O 4 O Series O , O G45/G43 O , O Q45/Q43 O , O G41 O , O B43 O , O Clarkdale O , O Arrandale O , O Sandybridge O Desktop O ( O GT1 O ) O , O Sandybridge O Desktop O ( O GT2 O ) O , O Sandybridge O Desktop O ( O GT2+ O ) O , O Sandybridge O Mobile O ( O GT1 O ) O , O Sandybridge O Mobile O ( O GT2 O ) O , O Sandybridge O Mobile O ( O GT2+ O ) O , O Ivybridge O Mobile O ( O GT1 O ) O , O Ivybridge O Mobile O ( O GT2 O ) O , O Ivybridge O Desktop O ( O GT1 O ) O , O Ivybridge O Desktop O ( O GT2 O ) O , O Ivybridge O Server O ( O GT1 O ) O , O and O Ivybridge O Server O ( O GT2 O ) O . O During O its O week O of O release O , O Outriders B-Device was O the O sixth O best-selling O retail O game O in O the O UK O all-format O charts O , O the O second O best-selling O retail O game O in O the O Switzerland O all-format O charts O , O and O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O PlayStation B-Device 5 I-Device versions O of O the O game O debuted O at O the O ninth O and O twentieth O position O of O the O Japan O individual-format O charts O ; O with O 6,596 O and O 2,431 O physical O copies O sold O , O respectively O . O When O the O controller O is O connected O to O a O Windows B-Application Vista I-Application or O Windows O XP O PC B-Device , O it O shows O up O as O a O game O controller O . O The O Saturn B-Device version O of O the O game O is O one O of O few O games O that O supports O the O SEGA O Net O on O the O console O . O Only O one O can O be O used O to O mount B-Device any O given O disk O volume O at O any O given O time O . O The O IMSAI O motherboard B-Device had O 18 O slots O . O The O game O was O a O runner-up O for O GameSpots O annual O " O Best O Graphics O , O Technical O " O , O " O Best O Nintendo B-Operating_System 64 I-Operating_System Game O " O , O " O Best O PlayStation B-Device Game O " O , O and O " O Best O Sports O Game O ( O Traditional O ) O " O awards O . O There O is O a O music O menu O accessible O by O pressing O the O Space-Bar O ( O Amiga B-Device version O ) O , O where O all O the O in-game O music O is O available O to O be O listened O to O . O The O 64-bit B-Device versions O of O Windows B-Application Vista I-Application SP1 O and O later O and O 32-bit O versions O of O Windows B-Application 8 I-Application , O 8.1 B-Device , O and O 10 B-Operating_System can O boot B-Operating_System from O a O GPT B-Application disk I-Application that O is O larger O than O 2TB O . O ReplayTV B-Device was O founded O in O September O 1997 O by O businessman O Anthony O Wood O , O who O later O founded O Roku O in O October O 2002 O . O Register O window O – O to O visualize O the O 80x86 B-Operating_System register O contents O , O including O segments O , O flags O and O the O FPU B-General_Concept ( O CodeView B-Application existed O before O MMX B-Architecture and O other O SIMD B-Device extensions O ) O . O This O was O first O released O at O the O same O time O as O 4DOS B-Application version O 4 O , O and O has O a O similar O feature O set O . O Like O 4DOS B-Application , O this O is O released O as O open O source O . O It O appeared O in O the O feature O set O of O 2011 O 's O eComStation B-Device 2.10 O , O in O the O freeware B-License os2free O project O , O and O is O included O with O ArcaOS B-Device . O ECI O metadata O catalogs O are O able O to O collect O data O from O a O wide O array O of O sources O , O including O digital O asset O management O systems O , O file B-Application and O web B-Application servers I-Application , O and O individual O users’ O PCs B-Device . O The O increasing O popularity O of O Windows B-Application 3.0 I-Application made O the O necessity O of O the O upper B-Device memory I-Device area I-Device less O relevant O , O as O Windows O applications O were O not O directly O affected O by O DOS O ' O base B-Device memory I-Device limits O , O but O DOS O programs O running O under O Windows O ( O with O Windows O itself O acting O as O a O multitasking O manager O ) O were O still O thus O constrained O . O It O consists O of O the O media B-Device foundation I-Device pipeline O , O which O has O three O components O : O Media O Source O , O Media O Sink O and O Media B-Device Foundation I-Device Transforms O ( O MFT O ) O . O By O March O 2001 O , O the O GBA B-Device version O of O Iridion B-Device was O shown O in O workable O form O . O Star B-Application Wars I-Application was O converted O first O by O Parker O Brothers O ( O with O development O by O Imagic O ) O in O 1983 O and O 1984 O to O the O Atari B-General_Concept 2600 I-General_Concept , O Atari B-General_Concept 5200 I-General_Concept , O the O Atari B-Device 8-bit I-Device family I-Device , O ColecoVision B-Device , O and O Commodore O 64 O . O These O classic O component O frameworks O either O dedicate O a O proprietary O component O programming O model O ( O a O super O class O ) O , O or O mandate O component O implementations O to O be O tightly O coupled O to O the O underlying O framework B-Architecture ( O calling O its O runtime B-Device ) O . O The O game O is O based O on O the O 1981 O Australian O film O Mad B-Device Max I-Device 2 O . O Enemy O targeting O also O returns O , O in O combination O with O elements O from O the O Dynasty B-Application Warriors I-Application combat O system O . O The O game O supports O an O asymmetric O local O two-player O mode O with O one O player O using O the O Wii B-Device U I-Device GamePad I-Device and O another O using O a O monitor O . O Lead B-Device – I-Device acid I-Device batteries I-Device lose O the O ability O to O accept O a O charge O when O discharged O for O too O long O due O to O sulfation O , O the O crystallization O of O lead O sulfate O . O Active-matrix B-General_Concept addressed B-General_Concept displays O look O brighter O and O sharper O than O passive-matrix B-Device addressed I-Device displays O of O the O same O size O , O and O generally O have O quicker O response O times O , O producing O much O better O images O . O For O example O , O the O " O SuperDrive B-Device " O included O from O the O Macintosh B-Device SE I-Device to O the O Power B-Device Macintosh I-Device G3 I-Device could O read O , O write O and O format O IBM B-Device PC I-Device format O -inch O disks B-Device , O but O few O IBM-compatible O computers O had O drives O that O did O the O reverse O . O These O were O the O first O desktops B-Device from O a O manufacturer O to O receive O a O GREENGUARD O certification O . O Like O the O Shift B-Device and O Control B-Device keys I-Device , O the O Option B-Device key I-Device serves O as O a O modifier B-Device for O the O Command B-Device key I-Device shortcuts O , O as O well O as O being O used O to O type O many O special O characters O . O It O serves O the O function O of O the O solid-Apple B-Device key O in O Apple B-Device II I-Device applications O . O The O 28 O words O is O a O historical O unit O from O an O early O mass O storage O device O ( O the O FASTRAND B-Device drum O ) O that O could O hold O 64 O such O units O per O physical O track O . O The O HC05 B-Device series O is O now O considered O legacy O and O is O replaced O by O the O HC(S ) O 08 O MCU O series O . O Support O for O the O Multiprotocol B-Protocol Label I-Protocol Switching I-Protocol protocol O . O To O address O the O year B-Application 2038 I-Application problem I-Application , O time O t O was O extended O to O 64-bit B-Device type O on O all O NetBSD O ports O . O Sesame B-Application Street I-Application : I-Application Elmo I-Application 's I-Application A-to-Zoo I-Application Adventure I-Application is O a O Sesame B-Application Street I-Application video O game O developed O by O American O company O Black O Lantern O Studios O , O released O on O October O 19 O , O 2010 O from O Warner O Bros O . O Interactive O Entertainment O for O Microsoft B-Application Windows I-Application , O Wii B-Operating_System , O and O Nintendo B-Device DS I-Device . O Originally O released O as O a O rail O shooter O title O for O the B-Operating_System Nintendo I-Operating_System Wii I-Operating_System in O 2009 O , O a O port O with O PlayStation B-Device Move I-Device support O for O the O PlayStation B-Operating_System 3 I-Operating_System was O later O released O as O a O downloadable O game O on O the O PlayStation B-Device Network I-Device in O 2011 O . O He O promised O a O 3 O GHz O Power B-Device Mac I-Device G5 I-Device within O 12 O months O , O but O never O released O such O a O product O . O A O companion O title O for O the O handheld O Game B-Device Boy I-Device Color I-Device was O also O announced O , O which O would O allow O players O to O utilize O the O Transfer B-Device Pak I-Device to O import O points O earned O in O the O portable O game O to O spend O on O rewards O in O the O Nintendo B-Operating_System 64 I-Operating_System version O 's O SmackDown O Mall O , O as O well O as O featuring O a O special O storyline O path O that O players O could O play O through O in O Championship O Mode O . O When O a O software O environment O provides O cut B-General_Concept and I-General_Concept paste I-General_Concept functionality O , O a O nondestructive O operation O called O copy B-Device usually O accompanies O them O ; O copy B-Device places O a O copy B-Device of O the O selected O text O in O the O clipboard O without O removing O it O from O its O original O location O . O JJar O Jakarta O JAR O Archive O Repository O Latka O Commons-Latka O is O an O HTTP O functional O testing O suite O for O automated O QA O , O acceptance O and O regression O testing.LauncherCross O platform O Java B-Device application O launcher O . O January O – O Apple O Computer O releases O the O Apple B-Device IIe I-Device , O which O becomes O their O most O popular O 8-bit O machine O . O The O robots B-Device continued O to O build O and O evolve O their O own O civilization O ; O the O chip B-Architecture has O been O passed O from O CPU O to O CPU O and O has O now O become O outdated O and O damaged O , O causing O the O robots B-Device to O behave O more O erratically O and O to O harm O the O creatures O with O whom O they O were O originally O designed O to O co-habit O . O While O JPEG O uses O 8 O × O 8 O blocks O for O its O frequency O transformation O , O JPEG B-Device XR I-Device primarily O uses O 4 O × O 4 O block O transforms O . O Contoured O - O or O dished-surface O keyboards B-Device like O the O Maltron O ( O 1977 O ) O or O the O newer O Kinesis B-Device Advantage O line O ( O 1992+ O ) O are O fixed O split O keyboards B-Device with O tenting O that O place O the O keys O into O two O curved O depressions O set O approximately O at O shoulder O width O . O It O was O initially O released O for O MS-DOS B-Application and O the O Amiga B-Device and O was O ported O to O the O Sega B-Device CD I-Device in O 1993 O . O Thrill B-Device Kill I-Device is O a O cancelled O fighting O video O game O developed O by O Paradox O Development O for O the O PlayStation B-Device . O A O maximum O of O two O on-blade O hot-pluggable B-Device 2.5-inch O hard-disks B-Device or O SSDs B-Device and O a O choice O of O built-in O NICs O for O Ethernet O or O converged B-Protocol network I-Protocol adapter I-Protocol ( O CNA B-Protocol ) O , O Fibre B-Architecture Channel I-Architecture or O InfiniBand B-Architecture . O OpenDOS O 7.01 O ( O 1997 O ) O , O from O Caldera O ( O after O acquiring O Novell O DOS B-Device ) O , O included O a O DPMS-enabled O version O of O Stacker O 3.12 O . O DR-DOS O 7.02 O ( O 1998 O ) O , O from O Caldera O , O included O a O DPMS-enabled O version O of O Stacker O 3.12 O . O DR-DOS O 7.02 O also O added O support O for O Microsoft O 's O DriveSpace B-General_Concept . O Silvermont B-Device forms O the O basis O for O a O total O of O four O SoC O families O : O The O pistol-shaped O gun O has O one O expansion O slot O that O is O compatible O with O the O VMU B-Application and O the O vibration B-Device pack I-Device . O Tourist B-Application Trophy I-Application is O one O of O only O four O titles O for O the O PlayStation B-Device 2 I-Device that O is O capable O of O 1080i O output O , O another O being O Gran B-Device Turismo I-Device 4 I-Device , O the O game O engine O of O which O is O also O used O by O Tourist B-Application Trophy I-Application . O Uuno B-Device Turhapuro I-Device muuttaa I-Device maalle I-Device is O a O traditional O 2D O side-scrolling O game O , O where O the O screen O continuously O scrolls O from O left O to O right O . O As O with O all O Honeycomb B-Application tablets B-Device , O the O number O of O buttons O has O been O reduced O : O The O usual O Home O , O Menu O , O Back O , O and O Search O buttons O , O which O are O present O in O most O Android B-Application devices O , O are O embedded O in O the O notification O and O menu O bar O . O The O Galaxy B-Device Tab I-Device 8.9 I-Device include O stereo O speakers O , O one O on O each O side O , O and O related O 10.1 O on O the O bottom O . O RuBee B-Device ( O IEEE B-Device standard I-Device 1902.1 I-Device ) O is O a O two O way O active O wireless O protocol O designed O for O harsh O environment O and O high O security O asset O visibility O applications O . O These O new O models O feature O Panasonic O 's O P2 B-Device solid I-Device state I-Device media I-Device technology O , O representing O a O major O advance O for O the O VariCam B-Algorithm line O . O The O following O day O , O December O 11 O , O Taglione O was O meeting O with O Phil O Harrison O of O Mindscape O to O discuss O the O conversion O to O PC O of O Tony O Crowther O 's O Amiga B-Device game O , O Captive O . O Red B-Application Dead I-Application Redemption I-Application 2 I-Application was O released O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device in O October O 2018 O , O and O for O Windows O and O Stadia B-Application in O November O 2019 O . O The O Aquarius O was O often O bundled O with O the O Mini-Expander O peripheral O , O which O added O game O pads O , O an O additional O cartridge B-Protocol port O for O memory O expansion O , O and O the O General B-Device Instrument I-Device AY-3-8910 I-Device sound O chip O . O A O half-height O server O with O up O to O 2x O 22-core O Intel B-Device Xeon I-Device E5-2600 O v3/v4 O CPUs O , O running O the O Intel O C610 O chipset O and O offering O up O to O 768 O GB O RAM O memory O via O 24 O DIMM O slots O , O or O 640 O GB O RAM O memory O via O 20 O DIMM O slots O when O using O 145w O CPUs O . O The O game O was O instead O renamed O Deathstar B-Application and O a O new O title O screen O designed O , O allowing O it O to O be O released O as O an O unofficial O clone O by O Superior B-Device Software I-Device in O 1985 O . O These O T-2 O and O T-4 O ( O Blue B-Device Devil I-Device ) O designs O had O much O higher O altitude O , O airspeed O and O wind-speed O settings O , O suitable O for O high-altitude O bombing O in O the O jet O stream O . O It O is O available O for O PC B-Device , O Mac B-Device , O and O PSP B-Operating_System platforms O and O was O released O in O the O United O Kingdom O on O 21 O October O 2005 O . O Jak B-Application and I-Application Daxter I-Application : I-Application The I-Application Precursor I-Application Legacy I-Application is O a O 2001 O platform O video O game O developed O by O Naughty O Dog O and O published O by O Sony O Computer O Entertainment O for O the O Sony B-Device PlayStation I-Device 2 I-Device on O December O 5 O , O 2001 O , O as O the O first O game O of O the O Jak B-Application and I-Application Daxter I-Application series O . O In O the O original O S/360 B-Application and O S/370 B-Device architectures O , O each O processor O had O its O own O set O of O I/O B-Device channels I-Device and O addressed O I/O O devices O with O a O 12-bit O cuu O address O , O containing O a O 4-bit O channel O number O and O an O 8-bit O unit O ( O device O ) O number O to O be O sent O on O the O channel O bus O in O order O to O select O the O device O ; O the O operating O system O had O to O be O configured O to O reflect O the O processor O and O cuu O address O for O each O device O . O The B-Application Punisher I-Application : O The O Ultimate O Payback O !, O released O in O 1991 O by O Acclaim O Entertainment O , O is O the O Game B-Device Boy I-Device version O of O the O 1990 O NES O game O The B-Application Punisher I-Application . O Solaris B-Application , O OS/2 B-Application and O Windows B-Device NT I-Device were O also O ported O to O PowerPC B-Architecture . O Strictly O speaking O , O it O was O not O 10K O , O but O 10,000 O characters O per O partition B-Device as O the O System B-Device Ten I-Device ’s O memory B-General_Concept consisted O of O 6-bit O characters O . O It O took O 10 O characters O to O make O up O one O instruction O , O so O each O partition B-Device was O only O able O to O accommodate O 1,000 O instructions O . O A O pocket B-Device computer I-Device was O a O 1980s-era O user B-General_Concept programmable I-General_Concept calculator-sized O computer O that O had O fewer O screen O lines O , O Six O months O after O that O , O the O Lessers O gave O the O Amiga B-Device version O another O perfect O score O . O Such O libraries O are O provided O by O the O authors O of O a O Java B-Device virtual O machine O , O hence O GNU B-Language Classpath I-Language can O be O connected O to O nearly O any O Java B-Device virtual O machine O if O the O sources O of O such O virtual O machine O are O available O and O can O be O modified O . O The O British O company O Acorn O Computers O used O non-standard O disk B-Device formats O in O their O 8-bit O BBC B-Device Micro I-Device and O Acorn B-Device Electron I-Device , O and O their O successor O the O 32-bit O Acorn B-Device Archimedes I-Device . O The O introduction O of O low-cost O microprocessors B-Architecture and O the O ever-falling O cost O of O computer B-General_Concept memory I-General_Concept offered O greatly O expanded O capabilities O , O and O the O VT100 O used O the O new O Intel B-General_Concept 8080 I-General_Concept as O its O internal O processor B-Device . O Doctor B-Device V64s I-Device only O support O the O 8.3 O DOS O naming O convention O . O Originally O conceived O to O be O a O copy O of O BESK B-Device , O the O rapid O advancement O in O the O field O allowed O improvements O to O be O made O during O the O development O such O that O in O the O end O , O it O was O not O a O copy O of O BESK B-Device . O An O expansion O pack O , O Return B-Application Fire I-Application : O Maps O O O ' O Death O , O was O released O for O the O 3DO B-Device in O 1995 B-Application . O The O aim O was O to O have O Lara O undergo O an O evolution O when O faced O with O the O jungle O 's O harsh O reality O , O with O her O early O confrontation O with O jaguars B-Device being O the O catalyst O which O starts O her O transformation O . O Sony O 's O line O of O Alpha O DSLR B-Device cameras I-Device built O upon O the O digital O Maxxum B-Application line O , O keeping O many O of O the O features O that O made O the O Maxxum B-Application 7D O and O 5D O popular O , O most O notably O the O built-in O Anti-Shake B-Algorithm technology O . O Physical O activities O done O outside O of O Wii B-Device Fit O can O also O be O logged O into O the O profile O . O In O 2013 O , O the O bootloader B-Application of O the O Chromecast B-Device was O hacked O using O an O exploit O . O This O version O would O also O feature O co-op O multiplayer O through O the O Game B-Device Link I-Device Cable I-Device . O On O 4 O April O 2019 O , O Universal O Pictures O Home O Entertainment O announced O a O technology O collaboration O with O Samsung B-Application Electronics O to O release O new O titles O mastered O with O HDR10+ B-Device . O Once O installed O , O the O operating B-General_Concept system I-General_Concept ( O BIOS O , O BDOS O and O CCP O ) O was O stored O in O reserved O areas O at O the O beginning O of O any O disk O which O would O be O used O to O boot O the O system O . O On O start-up O , O the O bootloader B-Application ( O usually O contained O in O a O ROM B-Device firmware O chip O ) O would O load O the O operating B-General_Concept system I-General_Concept from O the O disk O in O drive O A O : O . O By O modern O standards O CP/M B-Application was O primitive O , O owing O to O the O extreme O constraints O on O program O size O . O The O majority O of O the O complexity O in O CP/M B-Application was O isolated O in O the O BDOS O , O and O to O a O lesser O extent O , O the O CCP O and O transient O commands B-Application . O This O meant O that O by O porting O the O limited O number O of O simple O routines O in O the O BIOS O to O a O particular O hardware B-Device platform I-Device , O the O entire O OS O would O work O . O Atari O 's O TOS B-Application is O usually O run O from O ROM B-Device chips I-Device contained O in O the O computer O : O Thus O , O before O local O hard O drives O were O available O in O home O computers O , O it O was O an O almost O instant-running O OS O . O POPGOES O Arcade O was O re-released O on O Steam B-Application , O alongside O its O POPGOES O and O The O Machinist O expansion O , O on O July O 1 O , O 2022 O . O A O bundle O including O the O rebooted O titles O are O presumed O to O be O in O development O for O mobile O and O consoles B-Device as O well O . O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application Plus O ( O TBA O ) O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application Plus O is O an O upcoming O officially O licensed O reimagining O of O the O first O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application game O developed O by O Phil O Morg O , O also O known O as O Phisnom O . O It O is O not O canon O to O the O main O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application continuity O , O and O takes O place O in O an O alternate O universe O , O with O a O new O interpretation O of O the O original O game O 's O plot O . O It O was O discontinued O in O November O 2009 O , O being O replaced O by O the O more O recent O Pentax B-Device K-x I-Device . O The O best O example O would O be O IRCTC O where O the O ticket O comes O as O an O SMS B-Device to O users O . O Computer O Gaming O World O created O their O own O list O in O 1996 O , O ranking O Star B-Application Control I-Application II I-Application as O the O 29th O best O PC B-Device game O of O all O time O , O calling O it O " O a O stunning O mix O of O adventure O , O action O , O and O humor. O " O This O allows O Baidu B-Application to O offer O an O infringement-free O platform B-Device . O At O the O same O time O , O it O launched O a O virtual O island O inside O the O video O game O Fortnite B-Application containing O a O large-scale O rendition O of O the O RX B-Device 6000 I-Device hardware O design O , O which O players O could O freely O explore O using O the O game O 's O Creative O mode O . O The O skin B-Application files O are O written O in O XAML B-Device , O using O a O standard O XML B-Protocol base O , O making O theme-skinning O and O personal O customization O very O accessible O . O Kodi O 's O own O internal O cross-platform B-Operating_System video O and O audio O players O ( O DVDPlayer O and O PAPlayer O ) O cannot O officially O play O any O audio O or O video O files O that O are O protected O or O encrypted O with O Digital O Rights O Management O ( O DRM O ) O technologies O for O access O control O , O meaning O audio O files O purchased O from O online O music O stores O such O as O iTunes B-Operating_System Music O Store O , O Audible.com, O Windows B-Device Media I-Device Player I-Device Stores I-Device , O and O video O files O protected O with O Windows O Media O DRM O or O DivX B-Application proprietary B-Application DRM O . O Red O Ryder O was O a O terminal B-Application emulation I-Application software O program O created O for O the O Apple B-Device Macintosh I-Device in O the O 1980s O that O used O donations O to O fund O development O .. O Most O instructions O occur O in O .B O ( O 8-bit O byte B-Application ) O and O .W O ( O 16-bit B-Device word O ) O suffixed O versions O , O depending O on O the O value O of O a O B/W O bit O : O the O bit O is O set O to O 1 O for O 8-bit O and O 0 O for O 16-bit B-Device . O The O most O well O known O early O horn B-Device loudspeakers I-Device were O those O on O mechanical O phonographs O , O where O the O record O moved O a O heavy O metal O needle O that O excited O vibrations O in O a O small O metal O diaphragm B-Device that O acted O as O the O driver O for O a O horn O . O Golden B-Application Axe I-Application - O The O Revenge O of O Death O AdderGolden O Axe O ( O 1990 O ) O Fewer O colors O and O no O animation O in O background O scenery O in O Amiga B-Device conversion.1 O . O This O feature O was O a O result O in O Compaq O 's O decision O to O migrate O Tandem O 's O Himalaya O fault-tolerant O servers O from O the O MIPS B-Device architecture I-Device to O Alpha B-Device . O Roadwar B-Application 2000 I-Application was O originally O released O for O the O Apple B-Device II I-Device and O Commodore O 64 O in O 1986 O . O This O KPN O could O , O for O example O , O be O used O to O map O the O KPN O onto O an O FPGA-based O platform O systematically O . O The O Ambric B-Device Am2045 O massively B-General_Concept parallel I-General_Concept processor I-General_Concept array I-General_Concept is O a O KPN O implemented O in O actual O silicon O . O The O physical O copy O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System includes O two O bonus O titles O : O Bejeweled B-Language 3 I-Language and O Feeding B-Device Frenzy I-Device 2 I-Device . O Hot B-Application Wheels I-Application Micro I-Application Racers I-Application features O mini O Hot B-Device Wheels I-Device vehicles O as O the O game O 's O playable O and O computer-controlled O racers O , O with O gameplay O consisting O of O arcade-style O racing O . O It O was O developed O and O published O by O Digital O Dreams O for O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O and O Xbox B-Device One I-Device . O In O an O interview O with O Xbox B-Device fan O site O TeamXbox O , O Mark O Rein O stated O that O the O game O would O eventually O come O to O the O PC B-Device ; O Epic O was O not O currently O ready O to O release O it O on O that O format O , O but O the O upcoming O release O of O Unreal B-Application Tournament I-Application 3 I-Application was O " O helping O ( O Epic O ) O get O optimization O on O the O PC B-Device " O . O The O new O Radeon B-Device HD I-Device driver O supports O native O mode O setting O on O R600 O through O Southern O Islands O GPU B-Architecture 's O . O In O computing O , O the O term O remote O desktop O refers O to O a O software O - O or O operating B-General_Concept system I-General_Concept feature O that O allows O a O personal B-Device computer I-Device 's O desktop O environment O to O be O run O remotely O off O of O one O system O ( O usually O a O PC O , O but O the O concept O applies O equally O to O a O server B-Application or O a O smartphone B-Application ) O , O while O being O displayed O on O a O separate O client B-Protocol device I-Protocol . O The O pins O on O the O DSS80 B-Device plug O are O connected O to O the O following O wires O : O with O the O index O mark O ( O labeled O " O B O " O ) O at O 12 O o'clock O , O the O pin O at O 2 O o'clock O connects O to O the O black O wire O ( O speaker O ground O ) O ; O the O pin O at O 4 O o'clock O connects O to O the O red O wire O ( O speaker O hot O ) O ; O the O pin O at O 8 O o'clock O connects O to O the O yellow O wire O ; O the O pin O at O 10 O o'clock O connects O to O the O blue O wire O ; O and O the O ground O sheath O connects O to O the O white O wire O . O The O same O peripheral O devices O as O the O previous O model O can O continue O to O be O used O , O but O the O 16-bit B-Device board O can O not O be O used O because O of O the O difference O in O physical O shape O and O design O . O The O Digital B-Device HiNote I-Device was O a O series O of O laptop B-Device computers I-Device manufactured O by O Digital O Equipment O Corporation O ( O DEC O ) O from O 1994 O until O 1998 O and O by O Compaq O from O 1998 O until O 2002 O . O Apple O announced O the O eMac B-Device on O April O 29 O , O 2002 O , O to O be O sold O only O to O education O markets O . O The O traditional O avatar B-Device system O used O on O most O Internet B-Application forums I-Application is O a O small O ( O 80x80 O to O 100x100 O pixels B-Algorithm , O for O example O ) O square-shaped O area O close O to O the O user O 's O forum O post O , O where O the O avatar B-Device is O placed O in O order O for O other O users O to O easily O identify O who O has O written O the O post O without O having O to O read O their O username O . O As O of O 2005 O , O more O computers O worldwide O had O the O Flash B-Operating_System Player I-Operating_System installed O than O any O other O Web O media O format O , O including O Java B-Device , O QuickTime B-Application , O RealNetworks O , O and O Windows B-Device Media I-Device Player I-Device . O The O full O launch O includes O six O games O with O three O being O for O the O NES O and O three O of O them O being O for O Game B-Device Boy I-Device . O Jerry O Pournelle O wrote O in O 1980 O that O " O the O basic O TRS-80 B-Device is O a O lot O of O computer O for O the O money O " O . O A O compiler B-Language from O MACRO-32 B-Language is O available O for O Intel B-General_Concept Itanium I-General_Concept architecture O , O and O for O x86-64 B-Device . O 16 O in O G5 O and O later O S/390 B-Device models O and O z/Architecture B-Device FP O was O optional O in O System/360 B-Application , O and O always O present O in O S/370 B-Device and O later O . O Wipeout B-Application HD I-Application allows O players O to O control O their O craft O by O using O the O motion-sensitive O features O of O the O PlayStation B-Operating_System 3 I-Operating_System 's O Sixaxis B-Device controller I-Device . O The O original O standalone O iOS B-Application version O did O not O support O the O iPad B-Device , O but O tablet O support O was O added O with O version O 2.0 O in O July O 2013 O . O Dynasty B-Application Warriors I-Application 5 I-Application : O Empires O was O released O on O March O 29 O , O 2006 O for O both O the O PlayStation B-Device 2 I-Device and O Xbox B-Operating_System 360 I-Operating_System video O game O consoles O . O Overlord B-Device : I-Device Minions I-Device is O a O 2009 O puzzle O action B-Application video I-Application game I-Application developed O by O Climax O Action B-Application and O published O by O Codemasters O for O the O Nintendo B-Device DS I-Device . O The O minigames O include O " O Hell O March O " O where O the O player O must O swing O the O Wii B-Device remote I-Device to O keep O in O rhythm O with O the O drill O instructor O 's O baton O while O answering O questions O , O " O Hell O shooting O " O where O the O player O must O use O a O Wii B-Device remote I-Device controlled O cursor O to O shoot O targets O that O the O instructor O tells O them O to O , O " O Hell O calculation O " O , O where O the O player O must O shoot O moving O numbered O targets O to O add O them O up O to O a O specific O number O the O instructor O tells O them O to O , O and O " O Hell O roll-call O " O , O where O the O player O must O partake O in O a O game O of O Simon O says O and O follow O the O instructor O 's O poses O . O For O example O , O holding O down O Alt O while O typing O 0225 O ( O ) O on O the O numeric B-Device keypad I-Device will O result O in O , O the O character O at O 225 O in O the O ( O Western O Latin O ) O code O page O 1252 O . O Polaris B-Device 11 I-Device , O on O the O other O hand O , O is O to O succeed O the O " O Curacao O " O GPU B-Architecture which O powers O various O low-to-mid-range O cards O . O Nearly O all O modern O DVD B-Device players I-Device and O set-top O boxes O with O SCART B-Protocol sockets O can O output O RGB O signal O , O which O offers O superior O picture O quality O to O composite O signal O . O The O Z5 B-Device is O the O successor O of O the O Z4 B-Device , O and O is O much O more O compact O and O powerful O . O CD-ROM B-Device technology O was O introduced O to O the O Archimedes B-Device range O in O 1990 O with O the O launch O of O Next O Technology O 's O CD-ROM B-Device solution O for O the O A3000 O and O earlier O Archimedes B-Device models O . O It O is O sometimes O referred O to O as O a O virtual B-Application RAM I-Application drive I-Application or O software B-Application RAM I-Application drive I-Application to O distinguish O it O from O a O hardware O RAM B-Application drive I-Application that O uses O separate O hardware O containing O RAM B-Architecture , O which O is O a O type O of O battery-backed O solid-state B-Device drive I-Device . O The O audio O processor O is O the O same O found O in O iPhone O 5 O and O iPad B-Device 4th I-Device generation I-Device , O which O allows O the O iPad B-Device Mini I-Device to O have O Siri B-Application and O voice O dictation O unlike O the O iPad B-Operating_System 2 I-Operating_System . O One O of O the O first O commercially O available O HMDs O was O the O Forte B-Device VFX1 I-Device which O was O announced O at O Consumer O Electronics O Show O ( O CES O ) O in O 1994 O . O Athena O was O designed O to O minimize O the O use O of O labor O in O its O operation O , O in O part O through O the O use O of O ( O what O is O now O called O ) O " O thin B-Device client I-Device " O architecture O and O standard O desktop O configurations O . O : O Wings O of O Freedom O , O is O an O action B-Application hack B-Application and I-Application slash I-Application video I-Application game I-Application based O on O the O animated O series O Attack B-Application on I-Application Titan I-Application , O which O is O based O on O the O Hajime O Isayama O 's O manga O series O of B-Application the I-Application same I-Application name I-Application , O released O for O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System 4 I-Operating_System , O and O PlayStation B-Device Vita I-Device in O Japan O . O The O ZX81 B-Language 8K I-Language BASIC I-Language ROM B-Device was O also O available O as O an O upgrade O for O the O ZX80 O , O replacing O its O integer-only O 4K O BASIC O ROM B-Device . O Unlike O the O PCjr B-Device , O clones B-General_Concept were O as O fast O as O or O faster O than O the O IBM B-Device PC I-Device and O highly O compatible O so O users O could O bring O work O home O ; O the O large O DOS O software O library O reassured O those O worried O about O orphaned O technology O . O It O was O removed O from O NetBSD B-Device at O the O end O of O 2007 O due O to O several O unfixed O implementation O issues O . O Character O voices O apply O to O Black/Matrix B-Device 00 I-Device . O The O compiler B-Language can O target O a O wide O variety O of O platforms O , O including O video B-Device game I-Device consoles I-Device such O as O the O PlayStation B-Device 2 I-Device , O Cell O SPE O of O PlayStation O 3 O , O and O Dreamcast B-Operating_System . O Apple O 's O official O integrated B-Application development I-Application environment I-Application ( O IDE B-Application ) O is O Xcode B-Operating_System , O allowing O developers O to O create O apps O for O the O Mac B-Device and O other O Apple O platforms O . O Amiga B-Device Format O criticized O the O difficulty O of O the O single-player O deathmatch O against O the O computer O , O with O the O reviewer O remarking O that O while O it O provided O players O with O " O plenty O of O challenge O ... O the O computer O seemed O to O have O way O too O much O of O an O unfair O advantage. O " O By O late O summer O , O the O group O had O explored O three O concepts O , O a O subset O of O the O VAX B-Device ISA O with O a O RISC-like O core O , O a O translated O VAX B-Device that O ran O native O VAX B-Device code O and O translated O it O on-the-fly O to O RISC B-Architecture code O and O stored O in O a O cache O , O and O the O ultrapipelined O VAX B-Device , O a O much O higher-performance O CISC O implementation O . O While O Casio O was O a O major O role O player O in O the O field O of O electronic B-Device organizers I-Device there O were O many O different O ideas O , O patent O requests O , O and O manufacturers O of O electronic B-Device organizers I-Device . O The O F O chip O was O a O derivative O of O the O FPA O , O which O belonged O to O the O J-11 B-Device microprocessor O chip O set O , O an O implementation O of O the O PDP-11 B-Device . O The O Pepper B-Device Pad I-Device 2 O was O the O first O Pepper B-Device Pad I-Device offered O for O commercial O sale O . O Channels O 19 O – O 22 O ( O 27.185 O – O 27.225MHz O ) O are O designated O for O AM B-Device use O and O channels O 23 O – O 27 O ( O 27.255 O – O 27.275MHz O ) O are O designated O for O SSB B-Device use O . O The O awareness O avatar B-Device may O have O first O been O used O in O the O New B-Application Zealand I-Application Internet I-Application Blackout I-Application , O to O protest O copyright O law O changes O in O New O Zealand O . O On O 5 O February O 2013 O , O together O they O released O a O fully O passively O cooled O entertainment O system O : O the O MC001 O media O centre O ( O US O and O EU O version O ) O , O equipped O with O the O latest O XBMC B-Application 12 O ( O OpenELEC B-Application 3.0 O ) O platform B-Device . O The O publisher O sought O a O " O Contra B-Application on O acid O " O , O while O Fouts O ruled O out O simply O creating O a O 2D O conversion O of O a O previous O Serious B-Device Sam I-Device game O . O Early O radio B-Device direction I-Device finding I-Device ( O RDF O ) O solutions O used O highly O directional O antennas O with O sharp O " O nulls O " O in O the O reception O pattern O . O Returning O to O Mordor B-Application , O he O regained O his O strength O , O eventually O capturing O Minas O Ithil O . O Around O the O same O time O , O the O One O Ring O was O found O by O a O Hobbit B-Device named O Sméagol B-Application , O who O became O utterly O corrupted O by O it O , O living O in O the O caves O of O the O Misty O Mountains O , O and O physically O transforming O into O a O creature O known O as O Gollum B-Application . O The O Sharp B-Device PC-E500S I-Device was O a O 1995 O pocket B-Device computer I-Device by O Sharp O Corporation O and O was O the O successor O to O the O 1989 O PC-E500 O model O , O featuring O a O 2.304MHz O CMOS B-Device CPU B-Device . O It O came O with O 32KB O of O RAM B-Architecture which O could O be O upgraded O to O 96KB O using O memory O expansion O cards O . O The O monochrome O LCD B-Device had O 240×32 O pixels B-Algorithm which O could O display O four O lines O with O 40 O characters O per O line O as O well O as O graphics O . O The O 256KB O system O ROM B-Device the O contained O the O BIOS O , O a O diagnostic O suite O , O and O the O BASIC O interpreter B-Application used O to O program O the O device O . O The O Sharp B-Device PC-E500 I-Device series O could O store O data O and O programs O on O memory O expansion O cards O as O well O as O the O main O RAM B-Architecture . O These O cards O used O a O CR1616 B-Algorithm lithium O battery O for O memory O backup O . O The O RAM B-Architecture card O could O be O appended O to O the O system O memory O , O replace O the O system O memory O or O act O as O a O separate O space O to O be O used O as O a O RAM B-Architecture drive O ( O F O : O ) O . O The O main O memory O could O also O be O partitioned O off O to O a O RAM B-Architecture drive O ( O E O : O ) O . O The O PC-E500S O had O a O weight O of O 340g O ( O with O batteries O ) O and O was O powered O by O four O AAA B-Algorithm batteries I-Algorithm . O Emerald B-Device Rapids I-Device CPUs O are O designed O for O data O centers O ; O the O roughly O contemporary O Raptor B-Device Lake I-Device is O intended O for O the O wider O public O . O In O July O 2022 O , O Long B-Device Live I-Device the I-Device Queen I-Device was O released O on O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device 5 I-Device , O Xbox B-Device One I-Device , O Xbox B-Device Series I-Device , O and O Nintendo B-Application Switch I-Application by O Ratalaika O Games O . O An O example O is O competition O with O cable O and O DSL O Internet O providers O from O broadband B-Device over I-Device powerline I-Device internet I-Device access I-Device . O Under O Windows B-Application ' O COMMAND.COM B-Operating_System , O this O may O return O something O like O " O C:\Windows\system32\cmd.exe O /c O ... O " O due O to O the O fact O that O COMMAND.COM B-Operating_System calls O CMD.EXE B-Device internally O . O The O PC O version O of O The B-Application Big I-Application Con I-Application received O favorable O reviews O , O while O the O Xbox B-Device Series I-Device X/S I-Device version O received O mixed O reviews O . O From O launch O , O the B-Operating_System iPod I-Operating_System Touch I-Operating_System was O described O by O journalists O as O an O " O iPhone B-Operating_System without O the O phone O " O , O and O each O iPod B-Device Touch I-Device model O to O date O has O been O introduced O with O the O same O release O of O iOS B-Application as O the O contemporary O iPhone B-Operating_System model O . O HiSoft O also O sold O HiSoft O BASIC O and O Power O BASIC O , O HiSoft O C O Interpreter O for O the O Atari B-Device ST I-Device , O Aztec O C O , O Personal O Pascal O , O and O FTL O Modula-2 O . O Common O USB B-Protocol flash O drives O are O relatively O inexpensive O compared O to O dedicated O security O dongle B-Device devices O , O but O reading O and O storing O data O in O a O flash O drive O are O easy O to O intercept O , O alter O , O and O bypass O . O Per O the O end-to-end B-Application principle I-Application , O congestion O control O is O largely O a O function O of O internet B-Device hosts I-Device , O not O the O network O itself O . O DeskMate B-Device Introduced O in O 1989 O , O " O Lotus O Spreadsheet B-Application for O DeskMate B-Device " O , O which O was O not O officially O called O " O 1-2-3 O " O , O supported O 1-2-3 O version O 2.x O files O , O and O used O windows B-Application , O on-screen O symbols O , O pull-down O menus O , O dialog O boxes O and O other O graphical B-Application tools I-Application , O similar O to O Microsoft B-Application Windows I-Application . O It O is O also O the O first O SpongeBob O game O released O by O Firebrand O Games O for O the O Nintendo B-Device DS I-Device and O ImPulse O Games O for O the B-Operating_System Wii I-Operating_System . O Hong O Kong-based O accessory O manufacturer O Brando O has O also O released O two O Wii O gun O shells O : O one O of O them O is O the O 2-in-1 O combined O light B-Device gun I-Device , O that O very O closely O resembles O the O Nyko O Perfect O Shot O , O while O the O other O one O , O named O the O Wii O Cyber O Gun O , O is O more O similar O to O the O Zapper O . O , O also O known O simply O as O The B-Application Space I-Application Adventure I-Application , O is O an O adventure O game O released O for O the O PC B-General_Concept Engine I-General_Concept CD-ROM² I-General_Concept System I-General_Concept in O 1991 O in O Japan O and O for O the O Sega B-Device CD I-Device in O 1995 O in O North O America O and O Europe O . O To O remain O competitive O against O the O two O more O established O consumer O electronics O companies O , O Ishikawa O and O his O team O decided O they O needed O to O incorporate O a O 16-bit B-Application microprocessor B-Architecture into O their O new O system O to O make O an O impact O in O the O marketplace O and O once O again O turned O to O Sega O 's O strengths O in O the O arcade O industry O to O adapt O the O successful O Sega O System O 16 O arcade O board O into O architecture O for O a O home B-Device console I-Device . O Nevertheless O , O Abraham O Lincoln O is O ranked O fourth O in O Electronic O Gaming O Monthlys O list O of O the O top O ten O video O game O politicians O for O his O appearance O in O Fight B-Application Club I-Application for O the O PlayStation B-Device 2 I-Device . O These O CRT B-Device kits O were O entirely O incompatible O with O common O LCD B-Device monitors I-Device which O had O very O high O pixel O response O times O , O unlike O CRT B-Device displays I-Device . O They O gave O the O VIC-20 B-Device port O a O positive O review O , O calling O it O " O a O superb O piece O of O software O " O amidst O " O the O plethora O of O mediocre O and O poor O quality O titles O being O touted O for O this O machine. O " O Most O 8-bit O general-purpose O microprocessors O have O 16-bit B-Device address O spaces O and O generate O 16 O address O lines O . O Also O released O in O North O America O was O the O " O A O Train O Evolution O Pack O " O , O which O included O the O PlayStation B-Device version O of O AIV O : O Evolution O Global O , O a O PlayStation B-Device Mouse I-Device , O an O A O Train O mousepad B-Language , O and O a O PlayStation B-Device memory O card O . O In O the O PlayStation B-Device version O , O there O is O a O continue O feature O that O features O Patrick O at O SpongeBob O 's O house O all O alone O ; O he O encourages O the O player O to O keep O going O on O SpongeBob O 's O quest O by O saying O where O are O his O friends O , O and O thinking O they O forgot O his O birthday O . O The O game O was O developed O for O the O ST-V O arcade O board O first O and O later O ported O to O the O architecturally O similar O Sega B-Device Saturn I-Device . O The O PC O version O received O " O favorable O " O reviews O , O while O the O Game B-Device Boy I-Device Advance I-Device version O received O " O mixed O " O reviews O , O according O to O the O review B-Application aggregation I-Application website O GameRankings O . O ! O N/A2002Sunrise O InteractiveJPHarry O Potter O : O Quidditch O World O Cup O NA O , O JP O , O PAL• O Harry O Potter O : O Coupe O du O Monde O de O Quidditch O FR• O Harry O Potter O : O Quidditch O Weltmeisterschaft O DE• O Harry O Potter O : O Quidditch O Copa O del O Mundo O ES• O Harry O Potter O : O La O Coppa O del O Mondo O di O Quidditch O IT• O Harry O Potter O : O WK O Zwerkbal O NLN/A2003Magic O PocketsEA O GamesNA O , O JP O , O PALHarry O Potter O and O the O Chamber O of O Secrets O NA O , O PAL• O Harry O Potter O to O Himitsu O no O Heya O JP• O Harry O Potter O et O la O Chambre O des O Secrets O FR• O Harry O Potter O und O die O Kammer O des O Schreckens O DE• O Harry O Potter O y O la O Cámara O Secreta O ES• O Harry O Potter O e O la O Camera O dei O Segreti O IT• O Harry O Potter O en O de O Geheime O Kamer O NLN/A2002EurocomEA O GamesNA O , O JP O , O PALHarry O Potter O and O the O Goblet O of O Fire O NA O , O PAL• O Harry O Potter O et O la O Coupe O de O Feu O FR• O Harry O Potter O und O der O Feuerkelch O DE• O Harry O Potter O y O el O Caliz O de O Fuego O ES• O Harry O Potter O e O il O Calice O Di O Fuoco O IT• O Harry O Potter O en O de O Vuurbeker O NLYes2005Magic O PocketsEA O GamesNA O , O PALHarry O Potter O and O the O Order O of O the O Phoenix O NA O , O PAL• O Harry O Potter O et O l'Ordre O du O Phénix O FR• O Harry O Potter O und O der O Orden O des O Phönix O DE• O Harry O Potter O y O la O Orden O del O Fénix O ES• O Harry O Potter O e O l'Ordine O della O Fenice O IT• O Harry O Potter O en O de O Orde O van O de O Feniks O NLN/A2007EA O GamesNA O , O PALHarry O Potter O and O the O Prisoner O of O Azkaban O NA O , O PAL• O Harry O Potter O to O Azkaban O no O Shuujin O JP• O Harry O Potter O et O le O Prisonnier O d'Azkaban O FR• O Harry O Potter O und O der O Gefangene O von O Askaban O DE• O Harry O Potter O y O el O Prisionero O de O Azkaban O ES• O Harry O Potter O E O Il O Prigioniero O Di O Azkaban O IT• O Harry O Potter O en O de O Gevangene O van O Azkaban O NLN/A2004Griptonite O GamesEA O GamesNA O , O JP O , O PALHarry O Potter O and O the O Sorcerer O 's O Stone O NA• O Harry O Potter O to O Kenja O no O Ishi O JP• O Harry B-Application Potter I-Application and I-Application the I-Application Philosopher I-Application 's I-Application Stone I-Application PAL• O Harry O Potter O a O L'Ecole O des O Sorciers O FR• O Harry O Potter O und O des O Stein O der O Weisen O DE• O Harry O Potter O y O la O Piedra O Filosofal O ES• O Harry O Potter O e O la O Pietra O Filosofale O IT• O Harry O Potter O en O de O Steen O der O Wijzen O NLNo2001Griptonite O GamesEA O GamesNA O , O JP O , O PALHarukanaru O Toki O no O Naka O de( Haruka O : O Beyond O the O Stream O of O Time O ) O N/A2002InisKoeiJPHarvest O Moon O : O Friends B-Device of I-Device Mineral I-Device Town I-Device NA O , O PAL• O Bokujou O Monogatari O : O Mineral O Town O no O Nakama-tachi O JPNo2003TOSEMarvelous O Interactive O JP O , O Natsume O NA O , O Nintendo O AUNA O , O JP O , O PALHarvest O Moon O : O More O Friends B-Device of I-Device Mineral I-Device Town I-Device NA• O Bokujou O Monogatari O : O Mineral O Town O no O Nakama-tachi O for O Girl O JPN/A20032005TOSEMarvelous O Interactive O JP O , O Natsume O NANA O , O JPHatena O SatenaNo2001Hudson O SoftHudson O SoftJPHeidi O : O The O GameN/A2005Independent O ArtsEast O Entertainment O MediaPALHello O ! O Released O in O 1994 O , O UltraSound B-Application Max O is O a O version O of O the O GUS O with O a O CS4231 O codec B-General_Concept on O board O , O 512 O kB O of O onboard O RAM B-Architecture ( O upgradeable O to O 1024 O kB O with O a O single O SOJ B-Algorithm chip O ) O , O and O Panasonic/Sony/Mitsumi O CD-ROM B-Device interface O slots O . O None O , O Made O for O IBM O by O Key O Tronic O or O Mfg O by O Unicomp O for O IBM O Model O M4-1 O Compact O Trackpoint B-Device Keyboard B-Device 84H8525 O Rubber O Dome/Buckling O Rubber O Sleeve O ? O dirname B-Device is O described O in O the O Single O UNIX B-Application Specification O and O is O primarily O used O in O shell B-Language scripts I-Language . O The O Chromecast B-Device and O its O remote O are O available O in O three O different O colors O : O Snow O , O Sky O , O and O Sunrise O . O It O is O also O plugged O into O the O female O AC O port O on O the O IBM B-Device PC I-Device power O supply O , O and O thus O did O not O have O a O power O switch O of O its O own O . O The O system O comprises O a O touch B-Device screen I-Device controller O , O a O projector B-Application , O sound O system O and O some O dance B-Device pads I-Device . O The O North O American O sales O office O closed O in O 1991 O , O shortly O after O Claris O Corporation O released O ClarisWorks B-Device which O duplicated O much O of O the O functionality O of O RagTime B-Protocol for O a O lower O price O . O It O has O launched O VideoGuard B-Device Connect O , O the O DRM O for O Pay-TV O , O designed O to O help O TV O operators O to O seamlessly O extend O their O pay-TV O services O to O connected O media O devices O , O enabling O secure O ingestion O , O delivery O and O consumption O of O premium O content O over O both O managed O and O OTT O networks O while O maintaining O subscription O privileges O across O devices O . O An O additional O impact O of O organ B-Device printing I-Device includes O the O ability O to O rapidly O create O tissue O models O , O therefore O increasing O productivity O . O It O appears O the O app O was O first O detected O on O a O Nexus B-Device 5 I-Device using O Check O Point O 's O Mobile O Threat O Prevention O System O . O Other O models O followed O , O with O the O Mi B-Device Band I-Device 2 I-Device in O 2016 O , O the O Mi B-Device Band I-Device 3 I-Device , O the O Mi B-Device Band I-Device 4 I-Device , O Mi B-Device Band I-Device 5 I-Device , O Mi B-Device Band I-Device 6 I-Device and O Mi B-Device Band I-Device 7 I-Device . O Playdates B-Device started O shipping O to O customers O on O April O 18 O , O 2022 O . O Workgroup B-Device Server I-Device 95 I-Device : O Sold O in O several O configurations O , O all O of O which O include O a O 33 O MHz O 68040 B-Device CPU B-General_Concept and O a O PDS O card O containing O a O fast O SCSI B-Architecture connection O . O It O was O replaced O , O also O in O 1992 O , O by O Compaq O 's O ProSignia O line O , O and O later O the O ProLiant B-Device series O , O which O introduced O hot B-Device swappable I-Device drives O and O the O rack B-Application mount I-Application chassis I-Application now O popular O in O data B-Operating_System centers I-Operating_System . O The O positioning O of O the O cooling O fans O render O the O laptop B-Device incapable O of O supporting O high-end O graphics O cards O . O It O has O first O appeared O in O Skærmtrolden O Hugo B-Application ( O the O original O Hugo B-Application game O released O for O the O Commodore O 64 O , O Amiga B-Device and O DOS O in O 1990-1991 O ) O , O and O was O then O reused O in O Hugo B-Application Gold O , O Hugo B-Application Die O Geburtstagsparty O , O and O in O a O remade O form O in O Hugo B-Application Retro I-Application Mania I-Application . O ; O Launches O a O line O of O I/O O Device B-Device Servers I-Device with O the O ability O to O monitor O environmental O alarms O , O intrusion O detection O , O relay O contact O closures O and O equipment O failure O over O Ethernet O . O Trochotrons O were O used O in O the O UNIVAC B-Device 1101 I-Device computer O , O as O well O as O in O clocks O and O frequency O counters O . O Sony O guaranteed O that O a O court O of O law O in O the O respective O country O , O in O this O case O the O US O , O would O hold O jurisdiction O in O regards O to O any O rules O or O changes O in O the O Sony B-Device PSN I-Device ToS O : O In O 2019 O , O it O was O ported O to O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device and O Nintendo B-Application Switch I-Application . O Tegra B-Operating_System is O a O system B-Architecture on I-Architecture a I-Architecture chip I-Architecture ( O SoC O ) O series O developed O by O Nvidia O for O mobile O devices O such O as O smartphones B-Application , O personal B-Application digital I-Application assistants I-Application , O and O mobile B-Device Internet I-Device devices I-Device . O in O SET B-Device $CLS O = O \033[ 2J O . O %$DIR% O Supported O by O DOS B-Operating_System Plus I-Operating_System accepting O the O values O " O L O " O ( O long O ) O or O " O W O " O ( O wide O ) O to O change O the O default O layout O of O directory O listings O with O DIR B-Device . O The O original O LINC B-Device required O 8 O microseconds O for O each O instruction O . O The O open O source O desktop B-Device environments O KDE B-Application and O Xfce B-Language , O along O with O numerous O other O window B-Application managers I-Application , O also O compile O and O run O on O recent O versions O of O Solaris B-Application . O It O won O the O award O for O " O Best O Racing O Game O " O in O IGN O 's O Best O of O 2017 O Awards O , O whereas O its O other O nominations O were O for O " O Best O Xbox B-Device One I-Device Game O " O and O " O Best O Graphics O " O . O Developed O by O Witchcraft O and O published O by O D3 O Publisher O , O Idol B-Application Death I-Application Game I-Application TV I-Application is O primarily O for O the O PlayStation B-Device Vita I-Device but O also O has O PlayStation B-Device TV I-Device support O . O The O avatars B-Device were O created O in O 1999 O by O the O then O CEO O and O Founder O of O Saw-You.com, O Mike O Kinsella O , O in O Glasgow O , O Scotland O , O Saw-You.com O was O founded O in O 1999 O . O On O some O dual-processor B-Operating_System 8-bit/16 O -bit O computers O special O versions O of O CP/M B-Application -86 O could O natively O run O CP/M B-Application -86 O and O CP/M B-Application -80 I-Application applications O . O A O version O for O the O DEC B-Device Rainbow I-Device was O named O CP/M-86/80 O , O whereas O the O version O for O the O was O named O CP/M8 O -16 O ( O see O also O : O MP/M O 8-16 O ) O . O The O version O of O CP/M B-Application -86 O for O the O 8085/8088 O -based O Zenith B-Device Z-100 I-Device supported O running O programs O for O both O processors O as O well O . O Windows B-Device NT I-Device 3.1 I-Device and O 3.5 B-Device have O native O read/write O support O for O local O disks O and O can O even O be O installed O onto O an O HPFS B-Application partition O . O PixelJunk B-Device Racers I-Device is O a O puzzle O racing O video O game O developed O by O Q-Games O for O PlayStation B-Operating_System 3 I-Operating_System . O Rob O Allsetter O of O Sega B-Device Saturn I-Device Magazine O gave O Three B-Device Dirty I-Device Dwarves I-Device one O of O its O few O negative O reviews O , O calling O it O " O a O very O irritating O and O mundane O platform O game O " O . O The O game O was O originally O written O for O the O Apple B-Device IIGS I-Device and O subsequently O ported O to O the O Amiga B-Device , O Atari B-Device ST I-Device , O and O DOS B-Device machines O . O There O are O ColdFire B-Device Linux-based B-Application single-board B-Device computers I-Device ( O SBC O ) O with O Ethernet O and O CompactFlash B-Device as O small O as O 23×55mm O or O 45×45mm O or O based O on O CompactFlash B-Device ( O 37×43mm O ) O itself O . O In O 1979 O , O Shugart O Associates O ' O SA1000 O was O the O first O form O factor O compatible O HDD O , O having O the O same O dimensions O and O a O compatible O interface O to O the O 8 B-Device " I-Device FDD O . O One-click O hosting O , O sometimes O referred O to O as O cyberlocker B-Application , O generally O describes O web O services O that O allow O internet O users O to O easily O upload B-Application one O or O more O files O from O their O hard B-Device drives I-Device ( O or O from O a O remote O location O ) O onto O the O one-click O host O 's O server B-Application free O of O charge O . O As O well O , O the O Mark O 8 O Rangekeeper B-Device included O a O plotter O . O On O November O 14 O , O 2018 O , O B&N O released O the O Nook B-Application Tablet I-Application 10.1 O " O , O an O Android B-Application 8.1 O ( O Go O edition O ) O tablet O with O a O 10.1 O " O LCD B-Device screen I-Device at O a O resolution O of O 1920 O x O 1200 O and O a O 224 O ppi B-Algorithm pixel B-Algorithm density I-Algorithm . O Although O Fieldata B-Device was O developed O for O battlefield O information O , O MOBIDIC B-Device was O just O as O useful O for O other O sorts O of O information O as O well O , O as O the O 7A O machine O demonstrated O . O It O was O ported O to O the O Sega B-Device Saturn I-Device and O PlayStation B-Device . O Although O their O initial O focus O was O on O the O bug-ridden O release O version O of O The O Wolf O Age O , O they O also O worked O to O update O the O first O two O games O to O newer O operating B-General_Concept systems I-General_Concept on O both O Mac B-Device and O PC B-Device , O fix O bugs B-Error_Name , O and O create O unofficial O patches O to O enhance O both O the O games O themselves O and O the O mapmaking O tools O . O It O was O also O manufactured O under O license O by O Yamaha O ( O with O a O selectable O clock O divider O pin O and O a O double-resolution O and O double-rate O volume O envelope O table O ) O as O the O YM2149F B-Device ; O the O Atari B-Device ST I-Device uses O this O version O . O However O , O Harman O and O Kun O Lan O are O revealed O to O be O immortal O beings O , O representing O a O dialectic O struggle O between O opposites O , O which O persists O a O century O in O the O future O in O Shanghai B-Device as O they O continue O their O eternal O battle O . O Most O of O these O tablets B-Device are O targeted O to O run O native O OS O games O and O emulator B-Application games O . O It O was O released O for O the O PlayStation B-Operating_System 3 I-Operating_System on O March O 22 O , O 2011 O , O and O utilizes O the O PlayStation B-Device Move I-Device . O The O control O character O ^Z O marking O the O end B-Language of I-Language some I-Language text I-Language files I-Language can O also O be O attributed O to O CP/M B-Application . O Various O commands B-Application in O DOS B-Device were O modelled O after O CP/M B-Application commands B-Application ; O some O of O them O even O carried O the O same O name O , O like O DIR B-Device , O REN/RENAME O , O or O TYPE B-Device ( O and O ERA/ERASE O in O DR-DOS B-Application ) O . O Apple O released O the O original B-Device Macintosh I-Device on O 24 O January O 1984 O . O IBM O marketed O their O own O version O of O Logo B-Device ( O P/N O 6024076 O ) O , O developed O jointly O by O Logo B-Device Computer O Systems O , O Inc O . O ( O LCSI B-Language ) O , O for O their O then-new O IBM B-Device PC I-Device . O Mario B-Device Kart I-Device 8 I-Device Deluxe I-Device also O earned O recognition O at O year-end O awards O in O the O 2017 O – O 2018 O season O . O was O met O with O mixed O reviews O by O critics O , O with O Chris O Carle O of O IGN O stating O " O Bad O teeth O , O bad O accent O ... O bad O Game B-Device Boy I-Device Color I-Device game. O " O Intel O Iris O Graphics O and O Intel O Iris O Pro O Graphics O are O the O IGP O series O introduced O in O 2013 O with O some O models O of O Haswell B-Device processors O as O the O high-performance O versions O of O HD O Graphics O . O Simple O DOS B-Device applications O , O which O did O not O directly O access O the O screen O or O other O hardware O , O could O be O run O . O This O framework O allows O for O the O separation O between O the O reference O to O a O given O content O ( O the O CRID B-Device ) O and O the O necessary O information O to O acquire O it O , O which O is O called O a O “ O locator O ” O . O In O 1996 O , O it O was O renamed O to O Windows B-Application Messaging I-Application , O because O of O the O upcoming O release O of O Microsoft B-Operating_System Exchange I-Operating_System Server I-Operating_System , O and O continued O to O be O included O throughout O later O releases O of O Windows O up O until O the O initial O release O of O Windows B-Device 98 I-Device , O which O by O then O included O Outlook B-Application Express I-Application 4.0 O as O the O default O mail B-Protocol client I-Protocol . O NBA B-Application ShootOut I-Application ( O Total B-Application NBA I-Application in O Europe O ) O is O a O series O of O basketball O video O games O based O on O the O NBA O and O released O for O the O PlayStation B-Device and O PlayStation B-Device 2 I-Device . O The O Digital B-Device Personal I-Device Workstation I-Device a-Series O , O code O named O " O Miata O " O , O uses O the O Alpha B-General_Concept 21164A I-General_Concept microprocessor O . O Daglow O was O one O of O the O original O five O in-house O Intellivision B-Operating_System programmers O at O Mattel O in O 1980 O , O and O had O written O the O first O known O computer O baseball B-Application game O , O Baseball B-Application on O a O PDP-10 B-Device mainframe B-Architecture computer I-Architecture at O Pomona O College O in O . O Rumors O of O such O a O device O resurfaced O again O in O 2007 O when O a O Sony O Ericsson O executive O announced O that O they O were O developing O a O device O for O gaming O , O and O plans O to O use O the O XrossMediaBar B-Device in O its O devices O . O In O 2021 O , O a O revival O titled O Nightmare B-Application Busters I-Application : O Rebirth O was O announced O to O be O in O production O by O Aurora O Game O Studio O with O some O of O the O original O developers O and O planned O to O be O published O by O Pix'n O Love O Games O for O consoles O and O PC B-Device . O Macintosh O Performa-branded O variants O were O generally O only O sold O in O Europe O , O Asia O and O Australia O while O the O less-powerful O Performa B-Device 5300CD I-Device remained O on O sale O in O the O Americas O for O much O of O 1996 O . O Last O models O ( O HF O M50/500/52 O ) O featured O 1/3 O " O CMOS B-Device Pro O sensor O , O same O as O in O HF O G20 O and O XA10 O . O It O takes O its O input O as O Makefile.am, O and O turns O it O into O Makefile.in, O which O is O used O by O the O configure B-Device script I-Device to O generate O the O file O Makefile O output O . O Stick O with O Wipeout B-Application - O Hi-Octane B-Device runs O out O of O gas. O " O The O PlayStation B-Device 5 I-Device and O the O Xbox B-Device Series I-Device X/S I-Device version O of O the O game O was O released O in O September O 13 B-Application , O 2022 O . O In O late O 1983 O , O in O an O effort O to O bootstrap B-Application the B-Operating_System GNU I-Operating_System operating I-Operating_System system I-Operating_System , O Richard O Stallman O asked O Andrew O S O . O Tanenbaum O , O the O author O of O the B-Device Amsterdam I-Device Compiler I-Device Kit I-Device ( O also O known O as O the O Free O University O Compiler B-Language Kit O ) O for O permission O to O use O that O software O for O GNU B-Operating_System . O TopView B-Operating_System 's O concept O was O carried O forward O by O other O DOS B-Device multitaskers O , O most O notably O Quarterdeck O 's O DESQview B-Operating_System , O which O retained O TopView B-Operating_System 's O user O interface O and O many O features O , O plus O added O more O features O such O as O support O for O the O special O features O of O the O 80286 B-General_Concept , O 80386 B-General_Concept and O compatible O processors O , O and O , O with O DESQview/X O ( O released O in O June O 1992 O ) O , O a O true O GUI O interface O running O on O DOS B-Device . O Because O the O quantum B-Device algorithm I-Device is O mainly O based O on O the O HHL B-Algorithm algorithm I-Algorithm , O it O suggests O an O exponential O improvement O in O the O case O where O is O sparse B-Algorithm and O the O condition B-Algorithm number I-Algorithm ( O namely O , O the O ratio O between O the O largest O and O the O smallest O eigenvalues O ) O of O both O and O is O small O . O The O system O portion O can O hold O up O to O 15 O library B-Device names O . O Optical B-Device fiber I-Device connectors I-Device are O used O to O join O optical B-Architecture fibers I-Architecture where O a O connect/disconnect O capability O is O required O . O Due O to O the O sophisticated O polishing O and O tuning O procedures O that O may O be O incorporated O into O optical B-Device connector I-Device manufacturing O , O connectors O are O generally O assembled O onto O optical B-Architecture fiber I-Architecture in O a O supplier O 's O manufacturing O facility O . O The O PS2 B-Device and O Wii B-Operating_System versions O of O Revenge O of O the O Fallen O were O panned O for O having O awful O controls O . O The O Samsung B-Algorithm Galaxy I-Algorithm NX I-Algorithm is O a O hybrid O mirrorless B-Device interchangeable I-Device lens I-Device camera I-Device manufactured O by O Samsung B-Application , O announced O in O June O 2013 O . O Conceived O in O 1979 O by O Jef O Raskin O , O the O Macintosh B-Device was O envisioned O as O an O affordable O , O easy-to-use O computer O for O the O masses O , O with O the O Lisa B-Device 's O graphical B-Application interface I-Application . O The O PlayStation B-Device Vita I-Device version O was O distributed O physically O by O Limited O Run O Games O in O June O 2017 O . O Besides O the O CPU B-General_Concept ( O which O is O also O configurable O and O can O emulate O a O number O of O Intel O CPU B-General_Concept models O including O ( O as O of O 3 O March O 2018 O ) O Sandy B-Device Bridge I-Device , O Ivy B-Device Bridge I-Device , O Haswell B-Device , O Broadwell B-General_Concept and O Skylake B-Architecture ) O , O the O following O devices O are O emulated B-Application : O The O malicious O access B-Device point I-Device then O repeatedly O sends O a O deauthentication O packet O to O the O client O , O causing O the O client O to O disconnect O , O reconnect O , O and O send O additional O ARP O requests O , O which O the O malicious O access B-Device point I-Device then O uses O to O obtain O additional O keystream O data O . O NEC O V51 O μPD70280 O Integrates O a O V30HL O core O and O PC-XT B-Device peripherals O : O 8255 B-Device parallel O port O interface O , O 8254 B-Device programmable O interval O timer O , O 8259 B-Device PIC O , O 8237 B-Device DMA O controller O and O 8042 B-Device keyboard O controller O . O Was O used O in O the O Olivetti B-Device Quaderno I-Device PT-XT-20 O . O NEC O V53 O μPD70236 O Integrates O a O V33 O core O with O 4-channel O DMA O ( O μPD71087/i8237 O ) O , O UART O ( O μPD71051/i8251 O ) O , O three O timer/counters O ( O μPD71054/i8254 O ) O and O interrupt O controller O ( O μPD71059/i8259 O ) O . O Jim O Muller O wrote O a O book O , O The O Great O Logo B-Device Adventure O , O which O was O a O complete O Logo B-Device manual O and O which O used O MSWLogo B-Application as O the O demonstration O language O . O Like O all O Arrandale O processors O , O the O Celeron B-Device P4xxx O and O U3xxx O use O an O integrated O graphics O core B-Device . O A O decade O after O its O launch O , O journalist O Tom O Warren O wrote O that O the O MacBook B-Device Air I-Device had O " O immediately O changed O the O future O of O laptops B-Device " O , O starting O the O ultrabook B-Device trend O . O In O order O to O download O priced O content O , O users O are O required O to O purchase O Microsoft B-Device Points I-Device for O use O as O scrip O ; O though O some O products O ( O such O as O trailers O and O demos O ) O are O free O to O download O . O The O Compaq B-Device Portable I-Device folded O up O into O a O luggable B-Device case O the O size O of O a O portable B-Device sewing O machine O . O Tom B-Application Clancy I-Application 's I-Application Ghost I-Application Recon I-Application 2 I-Application is O a O tactical O shooter O video O game O developed O by O Red O Storm O Entertainment O and O published O by O Ubisoft O for O Xbox B-Application , O PlayStation B-Device 2 I-Device and O GameCube B-Application . O Starting O with O Windows B-Device NT I-Device , O it O was O replaced O by O NTLM O , O which O is O still O vulnerable O to O rainbow B-Algorithm tables I-Algorithm , O and O brute O force O attacks O unless O long O , O unpredictable O passwords O are O used O , O see O password O cracking O . O In O theory O , O a O virtual O address O system O , O as O used O in O PCI B-Protocol , O would O require O a O minor O revision O to O Autoconfig B-Device . O A O CPU B-General_Concept socket I-General_Concept type O and O motherboard B-Device chipset B-Device must O support O the O CPU B-Device series O and O speed O . O An O effort O to O expand O the O PDP-11 O from O 16 O - O to O 32-bit O addressing O led O to O the O VAX-11 B-Device design O , O which O took O part O of O its O name O from O the O PDP-11 O . O Direct3D B-Application 11 O adds O level O 11_0 O and O " O 10 O Level O 9 O " O - O a O subset O of O the O Direct3D B-Application 10 O API B-General_Concept designed O to O run O on O Direct3D B-Application 9 O hardware B-Architecture , O which O has O three O feature O levels O ( O 9_1 O , O 9_2 O and O 9_3 O ) O grouped O by O common O capabilities O of O " O low O " O , O " O med O " O and O " O high-end O " O video O cards O ; O the O runtime O directly O uses O Direct3D B-Application 9 O DDI O provided O in O all O WDDM B-Device drivers O . O Feature O level O 11_1 O has O been O introduced O with O Direct3D B-Application 11.1 O . O By O the O time O cathode-ray B-Device tubes I-Device on O PCs B-Device were O replaced O by O flatscreens B-General_Concept after O the O year O 2000 O , O the O hardware B-Architecture computer O terminal O was O nearly O obsolete O . O 2008 O Zoo B-Application Tycoon I-Application 2 I-Application DS O Blue O Fang O Modern O DS O Sequel O to O Zoo B-Device Tycoon I-Device DS I-Device . O Outside O of O the O ApeXtreme B-Device , O the O Drop O & O Play O technology O found O use O in O Alienware O 's O DHS O series O of O media O centers O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O He O also O wrote O that O the O game O was O " O a O deep O and O rewarding O simulation O " O , O and O felt O the O game O was O " O an O ace O " O for O hardcore O tennis B-Device fans O . O In O this O configuration O , O the O Meritum B-Device II O computer O with O a O connected O disk O drive O would O act O as O a O server O , O student O computers O were O based O on O Meritum B-Device I O . O So O beginning O with O the O HP-28S B-Device , O HP-17B O , O HP-19B B-Device , O and O HP-27S O , O the O feature O suffix O " O C O " O was O replaced O with O a O class O suffix O which O was O more O meaningful O in O the O market O : O " O S O " O for O Scientific O , O " O B O " O for O Business O , O and O later O ( O in O 1993 O ) O " O G O " O for O Graphic O . O During O development O , O Penryn B-Device was O the O Intel O code O name O for O the O 2007/2008 O " O Tick O " O of O Intel O 's O Tick-Tock B-Device cycle I-Device which O shrunk O Merom B-Device to O 45 B-Algorithm nanometers I-Algorithm as O CPUID O model O 23 O . O The O Logitech B-Device G27 I-Device is O a O racing B-Application wheel I-Application made O by O Logitech O . O That O is O , O Windows B-Device NT I-Device did O not O provide O a O POSIX O shell O nor O any O Unix B-Application commands I-Application out O of O the O box O , O except O for O pax B-Device . O Input O Server O : O the O server O that O handles O input O devices O , O such O as O keyboards B-Device and O mice B-Device , O and O how O they O communicate O with O other O parts O of O the O system O . O Since O its O inception O , O Firefox B-Application for O Linux B-Application supported O the O 32-bit O memory O architecture O of O the O IA-32 B-Device instruction O set O . O The O 46.0 O release O replaced O GTK B-Application 2.18 O with O 3.4 O as O a O system O requirement O on O Linux B-Application and O other O systems O running O X.Org B-Operating_System . O Roogoo B-Application Attack I-Application is O a O puzzle-platform O game O for O the O Nintendo B-Device DS I-Device , O developed O by O American O studio O Spidermonk O Entertainment O , O published O by O SouthPeak O Games O and O released O on O June O 16 O , O 2009 O . O Samba-Client O / O WilmaCon O , O AudioTagger O , O PeopleEditor O , O multi-user O support O , O Intel O Extreme O x9xx O support O and O other O drivers O and O fixes O . O ZETA B-Device and O yellowTAB O have O been O surrounded O by O controversy O . O Socket B-Device 478 I-Device is O used O in O combination O with O DDR O SDRAM O , O as O well O as O SDR O SDRAM O , O RDRAM O and O DDR2 O SDRAM O . O is O occupying O the O CPU B-Device . O Charactron B-General_Concept was O a O U.S. O registered O trademark O ( O number O 0585950 O , O 23 O February O 1954 O ) O of O Consolidated O Vultee O Aircraft O Corporation O ( O Convair O ) O for O its O shaped O electron O beam O cathode B-Device ray I-Device tube I-Device . O Xbox B-Device One I-Device 's O in-game O performance O was O mixed O , O with O some O titles O showing O slower O performance O over O PS4 B-Operating_System , O but O some O multi-platform O games O performing O better O on O Xbox B-Device One I-Device than O PS4 B-Operating_System . O A O pointing B-Device stick I-Device is O a O pressure-sensitive O small O nub O used O like O a O joystick O . O Transducer B-Algorithm technologies O employed O much O less O commonly O for O headphones B-Device include O the O Heil O Air B-Device Motion I-Device Transformer I-Device ( O AMT O ) O ; O Piezoelectric O film O ; O Ribbon O planar O magnetic O ; O Magnetostriction O and O Plasma B-Device or I-Device Ionic I-Device . O Zombies B-Device , O spiders O and O snakes O must O be O avoided O in O order O to O reclaim O the O crowns O stolen O by O an O evil O cleric.Red O Dead O Redemption O : O Undead O Nightmare O 2010 O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System Downloadable B-Protocol content I-Protocol for O the O open-world O wild O west O game O Red B-Application Dead I-Application Redemption I-Application . O Next O , O it O travels O to O Feudal O Japan O , O where O it O eats O rice O , O ninja O , O and O buildings O , O but O also O consumes O Monsterzilla B-Device , O removing O the O world O 's O protection O from O giant O monsters O and O allowing O them O to O ravage O the O present O . O It O is O also O equipped O with O 3 O different O camera O apps O specifically O made O to O take O advantage O of O the O 1 O IV O 's O camera O hardware O : O " O Photo O Pro O " O , O developed O by O Sony O 's O α O ( O Alpha O ) O camera O division O , O focuses O on O the O full O manual O control O setup O and O configuration O commonly O seen O on O Sony B-Algorithm Alpha I-Algorithm line O of O professional O cameras O ; O the O professional O movie-oriented O " O Cinema O Pro O " O , O developed O by O Sony O 's O cinematography O division O CineAlta B-Device , O and O the O " O Basic O Mode O " O first O seen O on O the O 1 O III O , O replacing O the O stock O camera O app O but O with O additional O controls O from O the O " O Photo O Pro O " O . O In O 2007 O , O Thunder B-Application Cross I-Application was O included O as O part O of O the O Oretachi O Geasen O Zoku O Sono O budget O series O on O the O PlayStation B-Device 2 I-Device in O Japan O . O If O a O class O does O not O allow O calling O code B-Application to O access O internal O object B-Device data O and O permits O access O through O methods B-Language only O , O this O is O a O form O of O information B-Application hiding I-Application known O as O abstraction B-Application . O Some O languages O ( O Java B-Language , O for O example O ) O let O classes B-Application enforce O access O restrictions O explicitly O , O for O example O denoting O internal O data O with O the O private O keyword O and O designating O methods B-Language intended O for O use O by O code B-Application outside O the O class O with O the O public O keyword O . O Unlike O the O iPhone B-Operating_System and O iPod B-Device Touch I-Device 's O built-in O applications O , O which O work O in O 3 O orientations O ( O portrait O , O landscape-left O and O landscape-right O ) O , O the O iPad B-Operating_System 's O built-in O applications O support O screen B-Device rotation O in O all O four O orientations O , O including O upside-down O . O A O certification O and O logo O program O for O HDR10+ B-Device device O manufacturers O is O available O with O an O annual O administration O fee O for O certain O adopter O categories O and O no O per-unit O royalty O . O Up O until O release O 3.1 O of O the O Amiga B-Device 's O operating B-General_Concept system I-General_Concept , O Commodore O used O Workbench B-Operating_System to O refer O to O the O entire O Amiga B-Application operating I-Application system I-Application . O IBM O had O sold O " O thin O and O light O " O models O in O its O ThinkPad B-Operating_System range O , O such O as O the O ThinkPad B-Operating_System 560 O ultraportable B-Device ( O 1996 O ) O and O best-selling O ThinkPad B-Device 600 I-Device ( O 1998 O ) O . O It O was O the O fourth O fastest-selling O game O for O the O Wii B-Device U I-Device since O the O console O 's O debut O in O 2012 O . O The O caveat O is O that O the O outer O casing O of O the O Intel O or O Crucial O SSD B-Device must O be O stripped O off O of O the O SSDs B-Device in O order O for O the O SSDs B-Device to O fit O in O the O Z O . O is O a O puzzle O video O game O released O by O Fujisankei O Communications O International O for O the O Game B-Device Boy I-Device in O 1989 O and O Game O Gear O in O 1990 O . O In O June O 2007 O , O Sony O released O two O new O AVCHD O format O HD O Hard B-Device Disk I-Device camcorders O , O a O 40GB O ( O HDR-SR5 O ) O and O 60GB O model O ( O HDR-SR7 O ) O . O For O a O miniature O disc B-Device with O a O diameter O of O 8 O cm O ( O radius O of O 4 O cm O ) O , O the O speed O ratio O of O outer O to O inner O data O edge O is O 1.6 O . O It O was O available O only O in O a O 17″ O flat O screen O Diamondtron O CRT B-Device . O However O , O unlike O Ragnarok B-Protocol Online I-Protocol , O which O is O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol , O Ragnarok B-Device Tactics I-Device is O a O tactical O role-playing O game O , O playing O more O similarly O to O Final B-Application Fantasy I-Application Tactics I-Application . O In O more O recent O computers O , O the O Parallel B-Protocol ATA I-Protocol interface O is O rarely O used O even O if O present O , O as O four O or O more O Serial O ATA O connectors O are O usually O provided O on O the O motherboard B-Device and O SATA O devices O of O all O types O are O common O . O HP O 's O dialect O formed O the O basis O for O many O early O personal B-Device computer I-Device BASIC O implementations O , O including O Integer B-Language BASIC I-Language and O Atari B-Language BASIC I-Language among O others O . O Both O GameRevolution O and O Hardcore O Gamer'' O gave O favorable O reviews O for O the B-Device Xbox I-Device One I-Device version O in O 2015 O , O but O published O reviews O with O lower O ratings O for O the O PC O version O when O it O released O the O following O year O . O Through O the O use O of O facial B-Operating_System motion I-Operating_System capture I-Operating_System and O a O webcam B-Protocol , O an O avatar B-Device can O be O configured O to O mimic O the O motions O and O expressions O of O the O user O . O + O IBM B-Device PS/2 I-Device Model I-Device 25 I-Device submodels O Model O IBM O Processor O Clock O speed O Bus O L2 O cache O No O . O Despite O being O a O 32-bit O bus O , O Zorro B-Device III I-Device used O the O same O 100 O way O slot O and O edge O connector O as O Zorro B-Device II I-Device . O The B-Operating_System PS3 I-Operating_System and O Wii B-Device U I-Device versions O of O the O game O were O released O in O Japan O on O May O 15 O , O 2014 O . O A O later O CNET.com O interview O in O April O 2008 O reported O that O " O For O now O , O Miyamoto O looks O ahead O to O other O projects O for O the B-Operating_System Wii I-Operating_System , O mentioning O his O desire O to O continue O the O Pikmin B-Device series. O " O One O such O is O constructed O by O coupling O the O cone O of O the O speaker O to O the O voice O coil O bobbin O through O a O compliant O section O and O directly O attaching O a O small O lightweight O whizzer B-Device cone I-Device to O the O bobbin O . O The O notification B-Application LED I-Application light O was O popular O when O feature B-Device phones I-Device were O widely O used O . O Smart B-Device meter I-Device infrastructure O is O fairly O new O to O Utilities O industry O . O Lamborghini B-Application American I-Application Challenge I-Application ( O previously O released O as O Crazy B-Application Cars I-Application III I-Application ) O is O a O 1994 O racing O video O game O developed O and O published O by O Titus O France O for O the O Super B-Application NES I-Application , O Amiga B-Device , O Amiga B-Device CD32 I-Device , O Atari B-Device ST I-Device , O Commodore O 64 O , O Game B-Device Boy I-Device , O and O MS-DOS B-Application . O CP/M B-Application -68K O , O already O running O on O the O Motorola O EXORmacs O systems O , O was O initially O to O be O used O in O the O Atari B-Device ST I-Device computer O , O but O Atari O decided O to O go O with O a O newer O disk O operating B-General_Concept system I-General_Concept called O GEMDOS B-Operating_System . O CP/M B-Application -68K O was O also O used O on O the O SORD O M68 O and O M68MX O computers O . O On O November O 11 O , O 2011 O , O Apple O announced O the B-Device iPod I-Device Nano O ( O 1st O generation O ) O Replacement O Program O , O intended O to O address O concerns O over O overheating O batteries O . O This O is O used O to O control O in O a O portable O way O the O formatting O of O the O screen O output O of O commands O like O DIR B-Device /W O or O TYPE B-Device filename O . O %$SLICE% O Used O by O DOS B-Operating_System Plus I-Operating_System accepting O a O numerical O value O to O control O the O foreground/background O time O slicing O of O multitasking O programs O . O Shortly O after O the O initial O PlayStation B-Device 2 I-Device release O on O October O 30 O , O 2001 O , O the O Microsoft B-Application Windows I-Application port O developed O by O Nixxes O Software O shipped O on O November O 19 O , O 2001 O . O In O some O older O environments O such O as O 16-bit B-Library Windows I-Library or O MPE B-Operating_System for O the O HP B-Device 3000 I-Device , O only O stack-based O data O ( O local O ) O was O allowed O in O shared-library O code O , O or O other O significant O restrictions O were O placed O on O shared-library O code O . O If O virtual B-Architecture memory I-Architecture is O used O , O processes O would O execute O the O same O physical O page O of O RAM O that O is O mapped O into O the O different O address O spaces O of O the O processes O . O The O Commodore B-Device CDTV I-Device featured O additional O firmware B-Application ROMs O which O are O not O technically O part O of O the O Amiga B-Device Kickstart I-Device . O IBM O saw O the O easy O portability B-Architecture of O the O Workplace B-Operating_System OS I-Operating_System as O creating O a O simple O migration O path O to O move O its O existing O x86 B-Operating_System ( O DOS B-Device and O OS/2 B-Application ) O customer O base O onto O a O new O wave O of O standard B-Device reference I-Device PowerPC-based O systems O , O such O as O the O PC O Power O Series O and O the O Power O Macintosh O . O Fort B-Device Apocalypse I-Device is O played O within O a O multi-directional O scrolling O " O cave O " O , O viewed O from O the O side O . O MK802 B-Device IV O : O Released O in O May O 2013 O , O a O new O design O featuring O a O Rockchip B-Architecture RK3188/RK3188T O , O a O quad-core O ARM O CPU O ( O Cortex-A9 B-Application at O 1.6GHz O , O 1.4GHz O for O the O T O model O ) O , O 2 O GB O of O RAM B-Architecture , O 400MHz O Mali B-General_Concept GPU B-Architecture and O 8 O GB O of O flash O storage O that O runs O Android B-Application 4.2 O . O Another O explanation O proposed O is O that O at O the O time O of O the O introduction O of O the O telephone O keypad B-Device , O telephone O numbers O in O the O U.S. O were O commonly O given O out O using O alphabetical O characters O for O the O first O two O digits O . O The O developers O considered O the O Wii B-Device U I-Device port O " O secondary O " O to O the O main O target O platforms O . O The O " O Road O To O The O Olympics O " O featured O a O new O story O campaign O , O in O which O the O player O character O , O an O aspiring O winter O sports O athlete O , O has O to O complete O a O series O of O events O to O qualify O for O the O 2018 O Olympic O Games O and O become O the O first O athlete O to O win O gold O medals O in O all O three O freestyle O disciplines O : O big B-Device air I-Device , O slopestyle O , O and O halfpipe O . O Apple O replaced O the O DVI B-Protocol port I-Protocol from O the O MacBook B-Device , O MacBook B-Device Air I-Device , O MacBook B-Device Pro I-Device , O iMac B-Device , O Mac B-Device Mini I-Device , O and O the O Mac B-Device Pro I-Device with O the O Mini B-Protocol DisplayPort I-Protocol . O Rayman B-Device Legends I-Device received O critical O acclaim O upon O release O . O AWE B-Device is O beneficial O to O certain O data-intensive O applications O , O such O as O database O management O systems O and O scientific O and O engineering O software O , O that O need O to O manipulate O very O large O data B-General_Concept sets I-General_Concept while O minimizing O paging B-Architecture . O Apple O retired O the O Macintosh B-Device II I-Device name O when O it O moved O to O Motorola B-Device 68040 I-Device processors O ; O the O Centris B-Device and O Quadra B-Device names O were O used O instead O . O The O ABC B-Device 80 I-Device was O based O on O an O earlier O modular O computer O system O from O the O same O company O and O built O around O a O Z80 B-General_Concept and O of O ROM B-Device containing O a O fast O semi-compiling O BASIC O interpreter B-Application . O Telly B-Device Servers O are O available O in O a O range O of O models O from O small O set-top O sized O to O rack-mount B-Application systems O . O It O was O made O available O for O Android B-Application , O iOS B-Application , O and O feature B-Device phone I-Device on O June O 9 O , O 2014 O . O A O peripheral O from O Sinclair O Research O for O its O ZX B-Operating_System Spectrum I-Operating_System home O computer O , O the O ZX B-Device Interface I-Device 1 I-Device was O launched O in O 1983 O . O T O is O the O epoch B-Device as O specified O in O seconds O since O the O Unix B-Operating_System epoch I-Operating_System ( O e.g. O Andrew O House O , O CEO O of O Sony O Computer O Entertainment O , O explained O that O Sony O hoped O to O use O the O PS B-Device Vita I-Device TV I-Device to O penetrate O the O Chinese O gaming O market O , O where O video B-Application game I-Application consoles I-Application have O previously O been O prohibited O . O The O T/Maker B-Application Company O was O an O early O personal B-Device computer I-Device software O company O , O formed O in O 1983 O in O order O to O market O CP/M B-Application and O MS-DOS B-Application programs O that O had O originally O been O published O by O 3rd O party O publishing O houses O . O The O TI-89 B-Device Titanium O offers O exactly O the O same O functionality O in O a O smaller O format O that O is O also O legal O on O the O SAT O test O , O but O not O the O ACT O test O . O While O other O digital B-Device cameras I-Device typically O use O a O much O higher O bandwidth O connector O , O the O CMUcam B-Language 's O lightweight O interface O allows O it O to O be O accessed O by O microcontrollers B-Architecture . O In O the O first O quarter O of O fiscal O year O 2018 O the O Surface B-Device division O posted O its O best O earnings O performance O to O date O . O One O month O after O the O iPad B-Device 's O release O Apple O subsidiary O FileMaker B-Application Inc I-Application . I-Application released O a O version O of O the O Bento B-Application database O software O for O it O . O Zathura B-Application is O an O action-adventure O game O developed O by O High O Voltage O Software O and O published O by O 2K O for O PlayStation B-Device 2 I-Device and O Xbox B-Application in O 2005 O . O Remote B-Protocol Assistance I-Protocol is O installed O by O default O on O Windows O clients O , O but O must O be O added O manually O on O Windows B-Device Server I-Device 2008 I-Device R2 I-Device servers O . O The O game O was O Gottlieb O 's O most O successful O video O game O and O is O among O the O most O recognized O brands O from O the O golden O age O of O arcade B-Application games O . O The O game O 's O success O resulted O in O sequels O and O the O use O of O the O character O 's O likeness O in O merchandising B-Device , O such O as O appearances O on O lunch O boxes O , O toys O , O and O an O animated O television O show O . O The O first O model O of O the O System/36 B-Device was O the O 5360 O . O The B-Operating_System Wii I-Operating_System U O was O originally O released O in O two O bundles O : O the O Basic O bundle O and O the O Deluxe O ( O U.S. O ) O / O Premium O ( O WW O ) O bundle O . O The O Basic O bundle O contains O a O white O Wii B-Operating_System U O with O 8GB O of O storage O , O a O white O Wii B-Device U I-Device GamePad I-Device , O stylus O and O an O HDMI B-Protocol cable O , O while O the O Deluxe O ( O U.S. O ) O / O Premium O ( O WW O ) O contains O a O black O Wii B-Operating_System U O with O 32GB O of O storage O , O a O black O GamePad B-Device and O stylus O , O an O HDMI B-Protocol cable O , O and O adds O a O Nintendo B-Application Network I-Application Premium O subscription O , O the O Nintendo B-Application Land I-Application game O ( O except O Japan O ) O , O as O well O as O stands O for O the O console O and O controller B-Device and O the O Sensor O Bar O ( O except O Japan O ) O . O The O DOS B-Device , O Commodore O 64 O and O Amiga B-Device versions O were O the O only O versions O released O in O North O America O . O Christofari B-Device — O are O Christofari B-Device ( O 2019 O ) O , O Christofari B-Device Neo O ( O 2021 O ) O supercomputers B-Architecture of O Sberbank O based O on O Nvidia O corporation O hardware O Sberbank O of O Russia O and O Nvidia O . O Sandlot O , O best O known O for O their O work O on O the O Earth B-Application Defense I-Application Force I-Application series O , O first O pitched O the O concept O of O Zangeki B-Application no I-Application Reginleiv I-Application to O Nintendo O in O 2004 O alongside O a O project O for O the O Nintendo B-Device DS I-Device called O Chōsōjū O Mecha O MG O . O Nintendo O producer O Hitoshi O Yamagami O was O wary O of O such O a O large O pitch O , O so O he O agreed O that O the O developer O would O make O Chōsōjū O Mecha O MG O and O then O go O on O to O Zangeki B-Application no I-Application Reginleiv I-Application . O MotorStorm B-Device : I-Device Pacific I-Device Rift I-Device is O a O racing O video O game O by O Evolution O Studios O and O published O by O Sony O Computer O Entertainment O for O the O PlayStation B-Operating_System 3 I-Operating_System . O Softline O called O The B-Device Coveted I-Device Mirror I-Device " O a O great O balance O of O magic O and O mystery O " O . O The O notion O of O a O directional O derivative O of O a O function O from O multivariable O calculus O is O extended O to O the O notion O of O a O covariant O derivative O of O a O tensor B-Device . O The O 5200 O is O closely O related O to O the O 6200 B-Device , O which O use O the O same O logic O boards O in O desktop O cases O without O integrated O monitors O . O In O an O editorial O , O MacWorld O Magazine O 's O Editor-In-Chief O , O Adrian O Mello O , O wrote O of O the O 5200 O : O " O The O all-in-one B-Device design O exhibits O a O lot O of O the O same O spirit O that O Apple O vested O in O the O original O Macintosh B-Device . O [ ... ] O Its O predecessors O , O which O include O the O Performa B-Device 520 I-Device , O 550 O , O 575 O and O now O 580 O , O all O offer O good O functionality O and O value O , O but O they O lack O the O 5200 O 's O design O integrity O . O The O Apple B-Device Color I-Device Plus I-Device 14″ I-Device Display I-Device is O a O 14″ O ( O 11.9 O ″ O viewable O ) O shadow B-General_Concept mask I-General_Concept CRT B-Device that O was O manufactured O by O Apple O Inc O . O from O October O 21 O , O 1993 O , O until O August O 7 O , O 1995 O . O However O , O it O is O only O compatible O with O Apple O 's O iPad B-Device tablet O PC O . O By O convention O , O anachrome O images O try O to O avoid O excess O separation O of O the O cameras O and O parallax B-Device , O thereby O reducing O the O ghosting O that O the O extra O color O bandwidth O introduces O to O the O images O . O DJI B-Device later O set O up O a O no-fly O Geo-system O according O to O prohibited O airspace O , O and O forced O all O drones O to O update O the O firmware O . O The O Cray-2 B-Device addressed O this O through O the O use O of O ECL O integrated O circuits O , O packing O them O in O a O novel O 3D O wiring O that O greatly O increased O circuit O density O . O The O Manager O had O a O Finnish O keyboard B-Device layout O and O character B-General_Concept set I-General_Concept . O More O recently O the O term O " O combo B-Device drive I-Device " O is O used O to O refer O to O an O optical O drive O that O can O read O & O write O CDs O and O DVDs O , O but O only O read O Blu-ray O Disc/BD O -ROM O ; O some O manufacturers O refer O this O as O Blu-Ray O Disc O combo B-Device drive I-Device or O BD-ROM/DVD O ± O RW/CD O -RW O drive O . O All O IAS B-Device derivatives O used O an O asynchronous O CPU O , O with O no O clock O . O When O connecting O to O a O broker O via O a O client O API B-Application , O users O can O specify O , O in O the O connection O URL O , O a O list O of O alternative O hosts O where O brokers O are O listening O for O incoming O requests O . O The O capacity O to O generate O music O through O autonomous O , O non-programmable O means O has O long O been O sought O after O since O the O days O of O Antiquity O , O and O with O developments O in O artificial B-Application intelligence I-Application , O two O particular O domains O have O arisen O : O In O December O 2018 O , O Google B-Application stopped O delivering O both O Eddystone B-Operating_System and O Physical O Web O beacon O notifications O . O Similar O to O Choplifter B-Application , O and O as O opposed O to O Scramble B-Application , O the O map O does O not O automatically O scroll O , O and O the O player O is O free O to O move O in O any O direction O . O The O Huawei B-Application Mate I-Application 30 O and O Pro O versions O were O unveiled O on O 19 O September O 2019 O in O Munich O , O Germany O and O released O on O 26 O September O 2019 O in O China O . O While O Microsoft O offered O something O that O looked O like O a O fully O integrated O office O suite O in O Microsoft B-Application Office I-Application , O a O common O complaint O about O early O Windows O versions O of O WordPerfect B-Application Office O was O that O it O looked O like O a O collection O of O separate O applications O from O different O vendors O cobbled O together O , O with O inconsistent O user O interfaces O from O one O application O to O another O . O It O became O the O first O game O of O its O own O trilogy O , O usually O referred O to O as O " O The O Enchanter B-Application Trilogy O " O . O In O Worms B-Application Forts I-Application : I-Application Under I-Application Siege I-Application , O the O gameplay O follows O a O similar O structure O to O the O main O Worms B-Application series I-Application games O , O except O players O can O construct O fortifications O that O can O strengthen O the O defensive O potential O of O either O team O . O The O journal O encourages O authors O to O digitally O sign O a O file B-Error_Name hash I-Error_Name of O submitted O papers O , O which O will O then O be O timestamped O into O the O bitcoin B-General_Concept blockchain B-Application . O Authors O are O also O asked O to O include O a O personal O bitcoin B-General_Concept address O in O the O first O page O of O their O papers O . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O In O the O design O process O , O the O developers O sought O to O combine O classic O Serious B-Device Sam I-Device elements O with O modern O ones O to O make O up O for O faults O they O found O in O Serious B-Application Sam I-Application 4 I-Application . O In O cases O where O a O dyadic O function B-Application is O moderated O by O commute O and O then O used O monadically O , O its O right O argument O is O taken O as O its O left O argument O as O well O . O ' O Side O ' O is O Finnish O for O binding B-Application . O The O VDM-SL B-Application and O VDM++ B-Application syntax O and O semantics O are O described O at O length O in O the O VDMTools O language O manuals O and O in O the O available O texts O . O GCC B-Application was O included O until O NDK O r17 O , O but O removed O in O r18 O in O 2018 O . O An O early O example O of O a O zero-configuration B-Application LAN B-General_Concept system O is O AppleTalk B-Application , O a O protocol O introduced O by O Apple O Inc O . O for O the O early O Macintosh B-Device computers I-Device in O the O 1980s O . O In O 1992 O , O a O sequel O , O Kick B-Application Off I-Application 3 O , O was O in O development O . O The O free O 1.9MB O download O was O a O significant O interface O upgrade O with O four O skins O included O and O 16 O more O available O on O the O newly O launched O NeoPlanet B-Application site O , O while O the O Microsoft B-Application Internet I-Application Explorer I-Application 's O underlying O features O remained O unchanged O . O The O more O sophisticated O record-oriented B-Application file I-Application systems I-Application have O more O in O common O with O simple O databases O than O with O other O file B-Application systems I-Application . O In O September O 2022 O , O a O $56.9 O million O class O action O was O filed O at O the O High O Court O of O Singapore O against O Do O Kwon O , O Terraform B-Application Labs I-Application , O Nikolaos O Alexandros O Platias O and O the O Luna B-Application Foundation O Guard O . O An O upload B-Application component O is O a O plug-in B-Application which O allows O uploading B-Application files O from O a O client O to O a O server B-Application . O Section B-Application 8 I-Application received O " O average O " O reviews O on O all O platforms O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O Dungeon B-Application of I-Application the I-Application Endless I-Application is O a O roguelike O tower B-Application defense I-Application game I-Application developed O by O Amplitude O Studios O . O Development O of O YSFlight B-Application began O in O 1998 O as O a O solo O project O by O Soji O Yamakawa O . O On O conventional O VORs O ( O CVOR O ) O , O the O 30Hz O reference O signal O is O frequency B-Application modulated I-Application ( O FM B-Application ) O on O a O 9,960 O Hz O subcarrier O . O Farpoint B-Application sold O 17,100 O copies O within O its O first O week O on O sale O in O Japan O . O The O file B-Application system I-Application manages O access O to O both O the O content O of O files B-Operating_System and O the O metadata O about O those O files B-Operating_System . O There O are O a O lot O of O kernel-internal O APIs B-Application for O all O the O subsystems O to O interface O with O one O another O . O In O case O new O research O or O insights O make O a O change O seem O favorable O , O an O API B-Application is O changed O , O all O necessary O rewrite O and O testing O have O to O be O done O by O the O author O . O The O Linux B-Operating_System kernel I-Operating_System is O a O monolithic O kernel B-Operating_System , O hence O device O drivers B-Device are O kernel B-Operating_System components O . O MathML B-Language equations O on O web O pages O can O be O opened O in O Firemath B-Application via O the O context O menu O ( O right O click O ) O of O the O equations O . O The O previous O Lotus O application B-Application suite I-Application , O Lotus B-Operating_System SmartSuite I-Operating_System , O is O also O unrelated O . O The B-Application Turing I-Application Test I-Application is O a O puzzle O video O game O with O gameplay O experienced O from O a O first-person O perspective O . O The O Windows O 9x O operating O systems O used O the O Blue O Screen O of O Death O as O the O main O way O for O virtual B-Application device I-Application drivers I-Application to O report O errors O to O the O user O . O This O version O of O the O BSoD O , O internally O referred O to O as O " O _VWIN32_FaultPopup O " O , O gives O the O user O the O option O either O to O restart B-Error_Name the I-Error_Name computer I-Error_Name or O to O continue O using O Windows O . O This O mirrored O method O simply O reverses O the O predictions O of O whatever O method O or O test O produced O the O C O contingency B-Application table I-Application . O In O November O 2022 O , O the O CoolWalk O user B-Application interface I-Application was O released O in O Android B-Application Auto I-Application 's O beta O program O . O A O state B-General_Concept transition I-General_Concept network I-General_Concept is O a O diagram O that O is O developed O from O a O set O of O data O and O charts O the O flow B-Application of I-Application data I-Application from O particular O data O points O ( O called O states O or O nodes O ) O to O the O next O in O a O probabilistic O manner O . O Today O Xcopilot B-Application is O no O longer O maintained O but O is O still O useful O for O trying O out O uClinux B-Application . O Zelda O secretly O summons O Link O after O the O ceremony O and O he O helps O her O escape O the O castle O to O investigate O the O disappearing O Spirit B-Application Tracks I-Application . O Siren B-Application was O directed O by O Yukihiko O Tsutsumi O and O stars O actors O Yui O Ichikawa O , O Leo O Morimoto O , O Naoki O Tanaka O , O Hiroshi O Abe O , O Naomi O Nishida O , O Suzuki O Matsuo O , O Kyûsaku O Shimada O , O Mai O Takahashi O , O and O Jun O Nishiyama O . O Some O aspects O of O the O instruction B-General_Concept set I-General_Concept are O unusual O , O most O notably O the O byte B-Application instructions O , O which O operate O on O bit O fields O of O any O size O from O 1 O to O 36 O bits O inclusive O , O according O to O the O general O definition O of O a O byte B-Application as O a O contiguous O sequence O of O a O fixed O number O of O bits O . O On O the O C-evo B-Application webpage O , O the O game O , O its O source O code O , O AI B-Application modules O , O graphics O , O and O player O contributions O such O as O many O additional O nations O , O maps O , O mods O , O and O utilities O are O available O . O In O the O 1990s O , O translation O into O p-code O became O a O popular O strategy O for O implementations O of O languages O such O as O Python B-Language , O Microsoft B-Application P-Code I-Application in O Visual B-Language Basic I-Language , O and O Java B-Language bytecode I-Language in O Java B-Language . O Autumn O Games O , O revealed O to O be O in O full O possession O of O the O IP O , O claimed O it O was O " O fully O behind O the O new O studio O " O and O promised O to O " O continue O to O work O with O [ O Lab O Zero O Games ] O in O the O future O on O all O Skullgirls-related O endeavors. O " O The O Skullgirls B-Application community O raised O over O , O placing O second O to O eventual O winner O Super B-Application Smash I-Application Bros I-Application . I-Application Melee I-Application , O which O raised O over O $ O 94,000 O . O Other O work O includes O the O development O of O OpenBSM B-Device , O an O open-source B-Application implementation O of O Sun O 's O Basic B-Device Security I-Device Module I-Device ( O BSM O ) O API B-Application and O audit O log O file O format O , O which O supports O an O extensive O security O audit O system O . O TinyMUCK B-Application version O 2 O contained O a O full O programming O language O named O MUF O ( O Multi-User O Forth B-Application ) O , O while O MUSH B-Application greatly O expanded O the O command O interface O . O To O distance O itself O from O the O combat-oriented O traditional O MUDs O it O was O said O that O the O " O D O " O in O TinyMUD O stood O for O Multi-User O " O Domain O " O or O " O Dimension O " O ; O this O , O along O with O the O eventual O popularity O of O acronyms O other O than O MUD O ( O such O as O MUCK B-Application , O MUSH B-Application , O MUSE O , O and O so O on O ) O for O this O kind O of O server O , O led O to O the O eventual O adoption O of O the O term O MU* B-Protocol to O refer O to O the O TinyMUD O family O . O 2012 O Jul O 17 O | O In O the O review O of O Alpha B-Application Kimori I-Application Great O Doubt O Episode O Two O , O RPGFan O gave O it O a O rating O of O 84% O noting O that O it O is O " O one O of O the O more O professional-looking O and O aesthetically O polished O RPG B-Application Maker I-Application games O I O 've O seen. O " O Most O abstract B-Application machines I-Application share O a O program O store O and O a B-Application state I-Application , O which O often O includes O a B-Application stack I-Application and O registers O . O On O April O 25 O , O DDoS O mitigation O provider O Cloudflare B-Application called O out O the O threats O as O fake O , O In O a O further O effort O to O distract O Sauron O from O the O approach O of O Frodo O and O Sam O , O Gandalf O advises O that O Aragorn O and O the O remaining O army O marches O to O the O Gates O of O Mordor B-Application as O a O direct O challenge O to O Sauron O , O who O will O send O out O a O vast O army O to O meet O them O , O thus O keeping O his O attention O away O from O Mount O Doom O . O In O terms O of O satisfaction O with O their O tools O , O in O the O past O few O years O , O STATISTICA B-Application , O SPSS B-Algorithm Modeler I-Algorithm , O R B-Language , O KNIME B-Language , O RapidMiner B-Algorithm and O Salford O Systems O have O received O the O strongest O satisfaction O ratings O from O data B-Application miners I-Application in O these O surveys O . O All O the O enemies O from O the O original O Bubble B-Application Bobble I-Application appear O in O this O game O , O along O with O a O lot O of O newer O enemies O . O MapHook B-Application also O introduced O the O " O Groups O " O concept O , O which O allowed O for O the O creation O of O user O communities O with O user-set O levels O of O privacy O . O The O game O was O officially O announced O by O Davidson O & O Associates O in O February O 1996 O as O a O spin-off O to O the O 1982 O title O Math B-Application Blaster I-Application ! I-Application MapleStory B-Protocol M O is O a O mobile B-Application game I-Application released O for O iOS B-Application and O Android O , O in O South O Korea O during O October O 2016 O and O then O overseas O on O May O 28 O , O 2018 O . O The O project O took O 2 O weeks O and O in O 2007 O , O was O entered O in O the O “ O AppExchange O Challenge O ” O at O the O Dreamforce B-Application conference O . O | O 2003 O || O Romance B-Application of I-Application the I-Application Three I-Application Kingdoms I-Application IX I-Application || O Koei O || O Historical O || O PS2 O , O WIN O || O Grand O strategy O . O Unfortunately O there O is O no O agreement O in O standard O reference O works O on O what O these O ranges O should O be O – O values O for O the O upper O end O of O alpha B-Application and O lower O end O of O beta B-Algorithm include O 12 O , O 13 O , O 14 O and O 15 O . O One O of O the O major O features O of O FORTRAN B-Application 77 O was O the O CHARACTER O string O data O type O . O When O RTR O and O its O components O are O running O along O with O the O applications O , O then O Client O Application O , O Server B-Application Application I-Application , O RTR O services O will O be O active O . O BBC O Sport'''s O David B-Application Gibbon O gave O the O title O a O score O of O 78/100 O , O noting O that O " O While O the O graphics O are O nothing O to O write O home O about O , O Giant B-Application Killers I-Application is O still O a O very O playable O management O game O that O gives O players O lots O of O control O over O tactics O and O strategy. O " O The O three O main O characters O do O not O have O names O in O the O original O SNES B-Application release O , O though O their O names O appear O in O the O manual O of O the O Japanese O release O ; O their O names O were O added O into O the O game O in O the O iOS B-Application port O worldwide O . O Rare O 's O protracted O development O of O Kameo B-Application spanned O four O consoles O : O Nintendo O 's O Nintendo B-Operating_System 64 I-Operating_System and O GameCube B-Application , O Microsoft O 's O Xbox B-Device , O and O ultimately O , O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System . O MapuSoft O Technologies O - O provides O a O commercial O OS O Abstraction B-Application implementation O allowing O software O to O support O multiple O RTOS B-Operating_System operating B-General_Concept systems I-General_Concept . O Batman B-General_Concept and O Robin O respond O to O Commissioner O Gordon O 's O distress O call O and O round O up O the O Penguin O , O Two-Face O , O Harley O , O the O Riddler O , O Catwoman B-Application , O Bane O and O Poison O Ivy O in O the O asylum O 's O courtyard O , O as O well O as O Scarecrow O inside O the O asylum O , O before O realizing O the O Joker O has O escaped O . O Developer O David O Lester O cited O initial O hesitation O to O pursue O a O third O sequel O as O " O Caesar B-Application II I-Application had O been O so O well-received O that O we O did O n't O know O where O to O take O it O ... O there O were O points O we O had O considered O and O discarded O for O Caesar B-Application II I-Application that O we O could O add O , O but O they O would O n't O amount O to O a O new O product. O " O The O Problem B-General_Concept Solving I-General_Concept Environment I-General_Concept ( O PSE O ) O released O a O few O years O after O the O release O of O Fortran B-Application and O Algol B-Language 60 I-Language . O The O two O travel O to O prevent O the O corrupt O Alfard O Empire O from O fully O releasing O Malpercio O again O , O eventually O joining O up O with O Gibari B-Application , O a O laid-back O fisherman O from O a O small O seaside O town O , O Lyude B-Application , O the O ethical O son O of O a O powerful O family O in O the O heart O of O the O Alfard O Empire O , O Savyna O , O a O skillful O ex-mercenary O , O and O Mizuti O , O a O strange O masked O creature O from O unknown O origins O . O This O was O important O to O AT&T O , O which O sold O large O telephone O switches O that O Telephony B-Application Server I-Application Application I-Application Programming I-Application Interface I-Application was O intended O to O work O with O . O Development O is O hosted O on O GitHub B-Application . O Between O August O 2014 O and O April O 2016 O , O Spanish O smartphone O manufacturer O BQ O financially O supported O OctoPrint B-Device development O by O employing O Gina O Häußge O full O time O to O work O on O it O . O In O October O 2009 O , O Apple O announced O a O shutdown O of O the O ZFS B-Application project O on O Mac B-Application OS I-Application Forge O . O Browsers B-Application based O on O the O Gecko B-Language layout I-Language engine I-Language ( O such O as O Firefox B-Application , O Flock B-Protocol , O Camino B-Language , O and O SeaMonkey B-Language ) O all O have O had O incomplete O support O for O the O SVG B-Application 1.1 O Full O specification O since O 2005 O . O is O an O orphaned O mercenary B-Application swordsman O of O Valsena O , O Kingdom O of O the O Plains O . O A O thousand O years O before O the O events O of O Wild B-Application Arms I-Application , O a O war O raged O between O the O inhabitants O of O Filgaia O and O the O Metal O Demons O seeking O to O turn O the O planet O into O their O new O home O . O When O the O kernel B-Operating_System initially O loads B-Operating_System an O executable B-Application into O memory B-General_Concept , O it O divides O the O address O space O logically O into O regions B-General_Concept . O UpSet B-Application plots I-Application are O related O to O Mosaic B-Application Plots I-Application , O although O Mosaic B-Application plots I-Application are O designed O for O categorical O instead O of O set O data O . O X11R6.4 O included.XRenderXFree86 O 4.4.0 O RC2 O ( O fwd O ) O . O Retrieved O on O 2013-09-07.Forked O to O X.Org B-Application ServerFirst O version O under O XFree86 B-License License I-License 1.1 O . O The O state B-Application of O a O synchronous B-Application circuit I-Application changes O only O on O the O clock O pulse O . O Jeffrey O Matulef O from O Eurogamer O also O commented O on O AI B-Application behaviour O , O which O generate O many O unscripted O moments O for O players O . O Due O to O the O introduction O of O large O mode O area O ( O LMA O ) O fibers O as O well O as O continuing O advances O in O high O power O and O high O brightness B-Application diodes O , O continuous-wave O single-transverse-mode O powers O from O Yb-doped O fiber B-Device lasers I-Device have O increased O from O 100W O in O 2001 O to O over O 20kW O . O The O service O supports O online O streaming O via O web O player O , O as O well O as O apps O on O Amazon O Fire-branded O devices O , O and O supported O third-party O mobile B-Application devices I-Application , O digital B-Application media I-Application players I-Application ( O particularly O Roku O ) O , O video B-Device game I-Device consoles I-Device , O and O smart B-Device TVs I-Device . O The O 2000 O edition O was O released O for O the O Windows B-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System , O Dreamcast B-Operating_System and O Game B-Device Boy I-Device Color I-Device . O The O computer O does O n't O need O sectors B-Application 4 O , O 5 O , O 6 O , O 7 O , O 8 O , O 9 O , O or O 1 O , O and O must O wait O for O them O to O pass O by O , O before O reading O sector O 2 O . O Next O Generation O praised O the O text B-Application parser I-Application and O wrote O that O as O the O game O progresses O , O " O it O 's O impossible O to O get O anywhere O " O without O asking O the O bots O questions O , O adding O that O " O the O humor O of O the O answers O alone O makes O it O worth O asking O questions O " O . O The O perhaps O hundreds O of O different O uses O of O GIS B-Application can O be O classified O in O several O ways O : O Elvira B-Application was O well O received O by O critics O . O In O 2023 O , O Game B-Application of I-Application Thrones I-Application was O included O on O The O Guardians O list O of O worst O TV O endings O of O all O time O . O DR-DOS O 7.07 O ( O with O BDOS B-Operating_System 7.4/7.7 O ) O by O Paul O introduced O new O bootstrap B-Operating_System loaders I-Operating_System and O updated O disk O tools O in O order O to O combine O support O for B-Language CHS B-Device and O LBA B-Device disk O access O , O the O FAT12 B-Application , O FAT16 B-Application and O FAT32 B-Application file O systems O , O and O the O differing O bootstrapping O conventions O of O DR-DOS O , O PCDOS B-Operating_System , O MS-DOS B-Application , O Windows B-Application , O REAL/32 B-Operating_System and O LOADER O into O a O single O NEWLDR O MBR B-Device and O boot B-Device sector I-Device , O so O that O the O code O would O continue O to O load O any O version O of O DR-DOS O down O to O 3.31 O ( O and O since O DR-DOS O 7.04 O also O with O FAT32 B-Application support O ) O , O but O could O also O be O used O to O launch O the O PCDOS B-Operating_System or O MS-DOS B-Application system O files O , O including O those O of O Windows B-Application 9x O and O PCDOS B-Operating_System 7.10 O . O At O the O same O time B-Device the O kernel O could O not O only O be O booted O by O the O new O sectors O , O but O also O by O any O previously O DR-DOS O formatted O disks O , O as O well O as O off O disks O with O existing O PCDOS B-Operating_System or O MS-DOS B-Application boot B-Device sectors I-Device and O a O variety O of O other O boot-loaders O , O thereby O easing O the O coexistence O and O setup O of O multi-boot B-Operating_System scenarios O in O conjunction O with O other O operating O systems O . O They O have O continued O to O sell O DR-DOS O for B-Language use O in O embedded O systems O . O DR-DOS O 8.0 O was O released O on O 30 O March O 2004 O featuring O FAT32 B-Application and O large O disk O support O , O the O ability O to O boot B-Operating_System from O ROM O or O Flash O , O multitasking O and O a O DPMI O memory O manager O . O For O example O , O in O Eiffel B-Language , O contracts B-Application that O define O the O specification O of O a O class O are O also O inherited O by O heirs O . O The O system O runs O on O its O own O operating O system O , O Sunway B-Device RaiseOS O 2.0.5 O , O which O is O based O on O Linux B-Application . O The O dog O accompanies O the O player O in O the O " O Game O A O " O and O " O Game O B O " O modes O , O in O which O he O serves O to O both O flush O ( O spook O ) O the O ducks B-Application and O retrieve O any O fallen O ones O . O Game O Informers O Suriel O Vazquez O awarded O the O game O a O 7.75/10 O , O stating O that O " O The B-Application Evil I-Application Within I-Application 2 I-Application is O a O solid O horror O game O that O expands O the O scope O of O the O series O to O extend O out O of O the O shadow O of O a O titan O in O the O horror O genre O , O even O if O it O sometimes O leans O heavily O on O borrowed O ideas O . O It O was O a O strategically O important O product O to O popularize O the O DOS/V B-Application into O the O consumer O market O , O and O led O to O the O success O of O subsequent O consumer O products O such O as O the O ThinkPad B-Operating_System . O Hence O , O NanoLanguage B-Application contains O , O among O other O features O , O common O programming O elements O ( O for B-Language loops I-Language , O if B-Language statements I-Language , O etc O . O Typical O market O share O analysis O showed O only O a O slow O uptake O of O Internet B-Application Explorer I-Application 7 I-Application and O Microsoft O decided O to O drop O the O requirement O for O WGA O and O made O Internet B-Application Explorer I-Application 7 I-Application available O to O all O Windows O users O in O October O 2007 O . O Spider-Man B-Application begins O to O be O mentored O by O Kraven O the O Hunter O , O who O teaches O him O his O hunting O techniques O to O help O him O become O a O better O hero O , O while O working O together O to O track O down O the O Carnage O Killer O . O RawTherapee B-Algorithm supports O most O raw B-Application formats I-Application , O including O Pentax O Pixel O Shift O , O Canon O Dual-Pixel O , O and O those O from O Foveon O and O X-Trans O sensors O . O As O of O August O 2008 O , O Windows B-Protocol Live I-Protocol OneCare I-Protocol placed O 14th O out O of O 16 O anti-virus B-Application products I-Application in O on-demand O virus O detection O rates O . O A O spike O in O Mastodon B-Application 's O user O participation O occurred O in O April O 2022 O , O following O the O 25April O announcement O of O Elon O Musk O purchasing O Twitter B-Application . O Because O Wikipedia O is O one O of O the O world O 's O largest O websites O , O achieving O scalability B-Architecture through O multiple O layers O of O caching B-General_Concept and O database B-General_Concept replication I-General_Concept has O been O a O major O concern O for O developers B-Application . O The O fact O that O speech O can O be O unmasked O and O the O underlying O cues O vary O with O sound O direction O raised O the O possibility O that O binaural B-Application unmasking I-Application plays O a O role O in O the O cocktail O party O effect O . O Additionally O there O are O specialized O projections B-Application which O may O have O more O aesthetically O pleasing O advantages O over O normal O cartography O projections B-Application such O as O Hugin B-Application 's O Panini O projection B-Application - O named O after O Italian O vedutismo O painter O Giovanni O Paolo O Panini O - O or O PTgui B-Language 's O Vedutismo O projection B-Application . O Development O ran O parallel O to O that O of O Splinter O Cell O , O and O as O part O of O their O research O , O the O development O team O read O One O Thousand O and O One O Nights O , O a O collection O of O stories O originating O from O the O Middle O East O that O Mechner O had O previously O used O as O inspiration O when O designing O the O original O Prince B-Application of I-Application Persia I-Application . O At O present O , O GameCube B-Application emulation O does O n't O support O Save O States O ( O due O to O continual O updates O breaking O compatibility O with O saved O states O ) O ; O users O are O encouraged O to O use O in-game O saves O . O Some O efforts O were O made O to O integrate O Rigi B-Protocol in O Microsoft B-Application Visual I-Application Studio I-Application .NET I-Application . O One O other O concern O of O the O time O was O legal O exposure O surrounding O intellectual O property O : O in O March O 1988 O , O Apple O filed O a O lawsuit O against O Microsoft O , O claiming O that O Microsoft O had O copied O the O Macintosh B-Device look B-Application and I-Application feel I-Application . O Players O can O read O or O view O descriptions O of O rooms O , O objects O , O other O players O , O non-player O characters O , O and O actions O performed O in O the O virtual B-Application world I-Application . O Traditional O MUDs O implement O a O role-playing O video O game O set O in O a O fantasy B-Application world O populated O by O fictional O races O and O monsters B-Application , O with O players O choosing O classes O in O order O to O gain O specific O skills O or O powers O . O The O objective O of O this O sort O of O game O is O to O slay O monsters B-Application , O explore O a O fantasy B-Application world O , O complete O quests O , O go O on O adventures B-Application , O create O a O story O by O roleplaying O , O and O advance O the O created O character O . O In O 2019 O , O buildingSMART B-Application international O formed O the O COBie B-Application Certification O Subcommittee O composed O of O an O international O team O of O COBie B-Application experts O ( O from O US O , O UK O , O Ireland O , O China O and O Japan O ) O to O offer O the O COBie B-Application Certified O Professional(TM ) O examination O . O In O Android B-Application 11 I-Application , O the O memory O allocator O for O most O devices O was O switched O to O Scudo O , O which O sacrifices O some O of O jemalloc O 's O high O performance O for O additional O security O hardening O features O . O The O IS B-Application success I-Application model I-Application has O been O cited O in O thousands O of O scientific O papers O , O and O is O considered O to O be O one O of O the O most O influential O theories O in O contemporary O information O systems O research O . O This O worked O in O realtime O so O that O a O client O could O pay O for O software O and O instantly O download B-Application it O which O was O novel O at O the O time O . O On O 21 O November O 2012 O , O EA O updated O the B-Application Need I-Application for I-Application Speed I-Application Autolog O iPhone B-Operating_System app O with O support O for O Most B-Application Wanted I-Application . O The O IP O in O IPSO O refers O to O Ipsilon O Networks O , O a O company O specialising O in O IP B-Application switching I-Application acquired O by O Nokia O in O 1997 O . O By O using O many O small O , O low-power O , O densely O packaged O chips O , O Blue B-Operating_System Gene/P I-Operating_System exceeded O the O power O efficiency O of O other O supercomputers B-Architecture of O its O generation O , O and O at O 371MFLOPS/W O Blue B-Operating_System Gene/P I-Operating_System installations O ranked O at O or O near O the O top O of O the O Green500 B-Application lists O in O 2007-2008 O . O Project B-Application Earth I-Application : I-Application Starmageddon I-Application is O a O science O fiction O space-based O real-time O strategy O video O game O developed O by O Lemon O Interactive O ( O an O early O incarnation O of O a O Polish O company O that O would O be O later O known O as O City O Interactive O ) O and O published O on O April O 26 O , O 2002 O by O DreamCatcher O Games O for O Microsoft B-Application Windows I-Application . O The O applications O that O have O been O developed O using O application B-Application programming I-Application interfaces I-Application in O the O Techila O SDK O can O also O be O deployed O within O production O environments O and O run O as O service O in O a O SOA O environment O . O Although O the O treap B-Application and O the O randomized B-Application binary I-Application search I-Application tree I-Application both O have O the O same O random O distribution O of O tree B-Application shapes O after O each O update O , O the O history O of O modifications O to O the O trees O performed O by O these O two O data B-General_Concept structures I-General_Concept over O a O sequence O of O insertion O and O deletion O operations O may O be O different O . O M2 O wanted O to O port O The B-Application Cliffhanger I-Application : I-Application Edward I-Application Randy I-Application , O but O they O were O ultimately O handed O Gunstar B-Application Heroes I-Application . O Revenants B-Application combat O system O changes O in O accordance O with O the O control O method O used O . O B.J. O , O however O , O manages O to O escape O Castle O Wolfenstein B-Application 's O dungeon O and O fights O his O way O out O of O the O castle O , O using O a O cable O car O to O leave O the O area O and O meet O up O with O Kessler O , O a O member O of O the O German O resistance O in O a O nearby O village O . O The O MUD B-Application was O officially O launched O in O 1989 O . O A O timpani O might O be O tuned O to O produce O sound O most O strongly O at O 200 O , O 302 O , O 398 O , O and O 488Hz O , O for O instance O , O implying O a O missing B-Application fundamental I-Application at O 100Hz O ( O though O the O actual O dampened O fundamental O is O 170Hz O ) O . O In O this O case O , O if O a O user-specified O finalizer B-Application is O provided O , O by O default O the O object O is O only O finalized O once O ( O it O is O queued O for O finalization B-Application on O creation O , O and O dequeued O once O it O is O finalized O ) O , O but O this O can O be O changed O via O calling O the O GC O module O . O Michael O Borkowski O , O Marten O Sigwart O , O Philipp O Frauenthaler O , O Taneli O Hukkinen O and O Stefan O Schulte O defined O TRON B-Protocol as O an O Ethereum B-Application clone O , O with O no O fundamental O differences O . O As O Psion B-Application had O patented O the O use O of O EPROMS B-General_Concept as O a O storage O device O , O it O was O impossible O for O other O device O makers O to O copy O this O unusual O approach O to O mobile O storage O . O Super B-Application Mario I-Application Bros O . O was O first O released O in O Japan O on O Friday B-Device the I-Device 13th I-Device of O September O 1985 O , O for O the O Family O Computer O ( O Famicom O ) O . O The O arcade O port O for O the O Nintendo B-Application Vs. I-Application System I-Application debuted O in O London O in O January O 1986 O , O and O was O released O in O other O countries O in O February O 1986 O . O Nintendo O World O Report O was O the O most O positive O towards O the O game O , O praising O its O cartoony O art-style O , O entertaining O minigames O and O easy O accessibility O for O players O , O saying O that O it O has O enough O unique O ideas O to O distinguish O it O from O being O a O Mario B-Application Party I-Application clone O . O In O a O language O like O Haskell B-Language , O even O the O abstract O functions O fold O , O unfold B-Application and O ana O are O merely O defined O terms O , O as O we O have O seen O from O the O definitions O given O above O . O This O version O could O be O accessed O from O a O variety O of O mobile O devices O at O m.pownce.com O . O On O December O 1 O , O 2008 O , O Pownce B-Protocol announced O that O they O had O been O acquired O and O were O shutting O down O the O site O , O due O to O a O lack O of O revenue O , O stagnant O growth O , O and O an O inability O to O compete O with O Twitter B-Application . O In O the O 1980s O , O the O HP B-Device 3000 I-Device and O MPE O were O reimplemented O in O an O emulator B-Application running O on O the O PA-RISC-based O HP B-Device 9000 I-Device platforms O . O Modojo O described O it O as O " O A O fun O iPad B-Device title O that O 's O a O sweet O cross O between O tower B-Application defense I-Application and O billiards O , O making O it O a O smart O pickup O for O gamers O interested O in O destroying O enemies O with O acute O angles. O " O Declarative B-Language languages I-Language attempt O to O limit O side O effects O and O allow O programmers B-Application to O write O code O with O relatively O few O errors O . O The O player O controls O Sonic B-Application , O who O aims O to O halt O Robotnik O 's O plans O by O freeing O his O animal O friends O and O collecting O the O emeralds O himself O . O Windows B-Application Vista I-Application made O many O changes O to O this O folder O . O The O program O allows O the O user O to O place O links O in O the O music O to O original O source O manuscripts/prints O ( O in O PDF B-Application files I-Application ) O allowing O cross-checking O of O transcriptions O . O Participants O at O Googlewhack.com O discovered O the O sporadic O " O cleaner O girl O " O bug O in O Google B-Application 's O search O algorithm O where O " O results O 1 O – O 1 O of O thousands O " O were O returned O for O two O relatively O common O words O such O as O Anxiousness O Scheduler O or O Italianate O Tablesides O . O There O are O various O such O programs O , O known O as O scorewriters B-Application , O designed O for O writing O , O editing O , O printing O and O playing O back O music O , O though O only O a O few O produce O results O of O a O quality O comparable O to O high-quality O traditional O engraving B-Application . O Plans O for O an O expansion O pack O were O already O announced O more O than O a O week O before O Pillars B-Application of I-Application Eternity I-Application was O released O , O with O the O developers O noting O that O it O would O be O with O around O the O same O area O size O as O the O Baldur B-Application 's I-Application Gate I-Application expansion O , O Tales B-Application of I-Application the I-Application Sword I-Application Coast I-Application . O It O takes O numerous O elements O from O classic O arcade O games O including O Galaga B-Application , O Space B-Application Invaders I-Application , O 1942 B-Application , O Xevious B-Application and O Raiden B-Application . O Starting O with O MINIX B-Application 3 I-Application , O the O primary O aim O of O development O shifted O from O education O to O the O creation O of O a O highly O reliable O and O self-healing B-General_Concept microkernel B-Operating_System OS O . O Nevertheless O , O as O stated O by O the O original O author O , O the O proofs O could O be O stored O outside O the O blockchain B-Application . O The O reviewer O disliked O the O fact O that O its O media O browser O puts O Amazon B-Application content O in O the O front O , O which O makes O other O applications O less O convenient O to O use O , O limited O game O selection O with O many O games O not O optimized O , O and O only O 5.16GB O of O free O space O , O which O limits O the O number O of O games O that O can O be O installed O . O Camera B-Application Raw I-Application version O 3.0 O was O a O new O addition O in O CS2 B-Operating_System , O and O it O allowed O settings O for O multiple O raw B-Application files I-Application to O be O modified O simultaneously O . O Furthermore O , O Key O was O not O short O on O staff O at O the O time O , O and O was O not O forced O to O outsource O the O artwork O of O Planetarian B-Application . O The O Series O 39 O SX/DX O was O replaced O by O the O Trimetra O system O ( O initially O the O SY/DY O , O and O then O the O DL/SL O ranges O ) O , O which O made O more O use O of O industry O standard O hardware O and O allowed O for O both O Windows B-Application and O VME B-General_Concept nodes B-Protocol on O the O same O system O . O Trimetra O in O turn O was O replaced O by O Fujitsu O 's O mainframe B-Architecture platform O , O Nova O , O which O emulates O the O Trimetra O architecture O on O generic O Unisys O ES7000 B-Application Intel-based O server O hardware O . O Although O still O commercially O available O , O the O Windows B-Application version O has O not O been O developed O recently O so O has O largely O historical O significance O only O . O TableCurve B-Application 3D I-Application is O a O linear O and O non-linear O surface O fitting O software O package O for O engineers O and O scientists O that O automates O the O surface O fitting O process O and O in O a O single O processing O step O , O fits O and O ranks O about O 36,000 O out O of O over O 450 O million O built-in O frequently O encountered O equations O , O enabling O users O to O find O the O ideal O model O to O their O 3D O data O . O James O Gunn O later O drew O influence O from O Lollipop B-Application Chainsaw I-Application when O he O directed O The O Suicide O Squad O ( O 2021 O ) O . O With O a O staff O that O eventually O grew O to O seventy O , O Izostat B-Application 's O main O goal O was O to O develop O infographics O that O communicated O both O the O successes O of O the O First O five-year O plan O ( O 1928 O – O 1932 O ) O , O especially O in O the O development O of O coal O , O iron O , O steel O , O and O electricity O , O and O predictions O of O the O anticipated O successes O of O the O Second O five-year O plan O in O roads O , O railways O , O and O waterways O . O Reminded O of O the O technical O flaws O that O plagued O Enter B-Application the I-Application Dragonfly I-Application , O critics O from O GameSpot O and O IGN O were O very O hopeful O of O Spyro B-Application : I-Application A I-Application Hero I-Application 's I-Application Tail I-Application for O reasons O of O a O reputable O developer O , O improved O graphics O , O wider O draw B-General_Concept distance I-General_Concept , O absence O of O loading O times O , O and O variety O of O playable O characters O and O scenarios O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Windows B-Application 2000 I-Application 02.1 O 6.5/7.4Newer O Catalyst O versions O up O to O 7.4 O will O work O in O 2000 O unofficially O without O any O modification O ; O later O versions O may O need O .inf O file O editing O Windows B-Application XP I-Application [ O x86 O & O x64 ] O 02.1 O 14.4 O Driver O updates O and O support O stopped O at O AMD B-Application Catalyst I-Application 14.4 O for O video O cards O with O support O up O to O DirectX O 11 O on O Hardware O , O and O 10.2 O for O DirectX O 9.0c O cards O . O The B-Application Datestones I-Application of I-Application Ryn I-Application is O a O role-playing O video O game O released O in O 1979 B-Application for O the O Apple B-Device II I-Device , O Commodore B-Device PET I-Device , O and O TRS-80 B-Device by O Automated O Simulations O ( O later O Epyx O ) O . O Mario B-Application 's I-Application Tennis I-Application is O a O sports O game O in O which O the O player O controls O one O of O seven O different O Mario B-Application characters O and O engages O in O tennis B-Device matches O . O Being O waterproof O means O that O users O can O use O the O phablet B-Application in O the O rain O , O or O take O it O to O the O pool O or O beach O . O QAM B-Device is O a O digital B-Application television I-Application standard O using O quadrature B-Device amplitude I-Device modulation I-Device . O It O is O however O necessary O to O distinguish O between O interlingual O systems O using O only O syntactic O methods O ( O for O example O the O systems O developed O in O the O 1970s O at O the O universities O of O Grenoble O and O Texas O ) O and O those O based O on O artificial B-Application intelligence I-Application ( O from O 1987 O in O Japan O and O the O research O at O the O universities O of O Southern O California O and O Carnegie O Mellon O ) O . O And O the O new O Mango O Query O Server O provides O a O simple O JSON-based O way O to O perform O CouchDB B-Application queries O without O JavaScript B-Language or O MapReduce B-Operating_System . O Premier B-Application Manager I-Application 2005 O – O 2006 O was O developed O and O published O by O Zoo O Digital O Publishing O , O releasing O for O Game B-Device Boy I-Device Advance I-Device , O Windows B-Application , O PlayStation B-Device 2 I-Device in O August O 2005 O . O It O is O developed O by O Google B-Application . I-Application In O the O Wide O Screen O version O , O the O player O controls O Mickey B-Application Mouse I-Application whose O task O is O to O catch O eggs O as O they O roll O down O four O slopes O , O two O on O either O side O of O the O screen O . O Another O version O called O Street B-Application Fighter I-Application IV I-Application : O Champion O Edition O was O released O on O July O 12 O , O 2017 O , O which O features O updated O graphics O and O adds O Poison O , O Ibuki O and O Dudley O to O the O roster O , O increasing O the O total O number O of O playable O fighters O to O 25 O . O The O one-on-one O fighting O levels O are O similar O to O Mortal B-Application Kombat I-Application , O in O that O they O feature O digitized O sprites O viewed O from O a O side O perspective O . O Cameo O characters O , O which O the O developers O wanted O to O include O but O were O unable O to O , O were O Beck B-Application , O Shantae B-Application , O Raz B-Application , O and O Steve B-Application . O On O 28 O September O 2009 O , O Cyanogen O warned O that O while O issues O no O longer O remain O with O Google B-Application , O there O were O still O potential O licensing O problems O regarding O proprietary B-Application , O closed-source B-Application device B-Application drivers I-Application . O The O dot B-Device command B-Application is O not O to O be O confused O with O a O dot B-Application file I-Application , O which O is O a O dot-prefixed O hidden B-Application file I-Application or I-Application hidden I-Application directory I-Application . O Processes O can O in O some O cases O install O a O custom O signal B-Operating_System handler I-Operating_System , O allowing O them O to O recover O on O their O own O , O but O otherwise O the O OS O default O signal B-Operating_System handler I-Operating_System is O used O , O generally O causing O abnormal B-Application termination I-Application of O the O process B-Operating_System ( O a O program B-General_Concept crash I-General_Concept ) O , O and O sometimes O a O core B-Error_Name dump I-Error_Name . O With O the O recent O interest O in O the O expansion O of O high O power O inductive B-Application charging I-Application with O electric O cars O , O an O increase O in O health O and O safety O concerns O has O arisen O . O The O 2017 O entry O Sonic B-Application Forces I-Application also O contains O a O re-imagined O version O of O the O Egg O Dragoon O boss O . O However O , O the O .NET B-Application Micro I-Application Framework I-Application is O a O reimplementation O of O the O CLR O and O limited O subset O of O the O base O class O libraries O meant O for O use O on O embedded O devices O . O The O Titans O , O somewhere O between O battle B-Application tanks I-Application and O a O mecha O , O are O slower O than O the O nimble O pilots O but O are O much O better O protected O and O have O powerful O weapons O . O All O galleries O show O the O model O from O front O and O rear O , O as O well O as O in O some O of O their O action B-Application pose O , O and O ends O with O a O brief O description O of O the O cost O and O others O . O Computer O and O Video O Games O later O rated O the O ColecoVision B-Device version O 81% O and O Atari B-Application VCS I-Application version O 77% O in O 1989 O . O VG247 O felt O that O the O game O 's O commitment O to O historical O accuracy O set O it O apart O from O its O strategy O game O peers O " O making O Age B-Application of I-Application Empires I-Application 4 I-Application more O than O just O another O medieval O combat O simulator O " O . O This O is O typically O associated O with O hardware B-Architecture or O software O systems O , O where O the O specification B-Application contains O liveness O requirements O ( O such O as O avoidance O of O livelock B-Application ) O as O well O as O safety O requirements O ( O such O as O avoidance O of O states O representing O a O system B-General_Concept crash I-General_Concept ) O . O SkyMotion B-Application tracks O and O predicts O all O precipitation O in O the O United O States O and O Canada O in O real-time O , O using O Doppler B-Application weather I-Application radars I-Application and O other O weather O observation O tools O . O Voyager B-Application was O conceptualized O by O Dickens O and O by O Viacom O producer O Rachel O Leventhal O . O It O features O a O 5.0-inch O Super O AMOLED B-Algorithm display I-Algorithm with O a O HD O Ready O resolution O . O The O J3 O Pro O shipped O with O Android B-Application 5.1.1 I-Application " O Lollipop B-Application " O and O Samsung O 's O TouchWiz B-Application user I-Application interface I-Application . O PlayStation O Universe O gave O a O score O of O 7 O and O wrote O : O " O this O latest O installment O is O the O finest O the O series O has O seen O to O date O , O even O if O that O might O seem O like O faint O praise O to O some O " O and O " O narrative O of O Sniper B-Application Ghost I-Application Warrior I-Application 3 I-Application pulls O liberally O from O the O pantheon B-Application of O cheesy O sniper O and O scout O movies O that O have O come O and O gone O over O the O last O twenty O years O " O . O Between O 1996 O and O 1998 O , O speaker B-Application recognition I-Application technology O was O used O at O the O Scobey O – O Coronach O Border O Crossing O to O enable O enrolled O local O residents O with O nothing O to O declare O to O cross O the O Canada O – O United O States O border O when O the O inspection O stations O were O closed O for O the O night O . O In O May O 2020 O , O Ubisoft O announced O in O their O earnings O report O that O Watch B-Application Dogs I-Application 2 I-Application has O sold O more O than O 10 O million O copies O by O the O end O of O the O 2019 O – O 20 O fiscal O year O , O which O ends O in O March O 2020 O . O Governance O of O the O Servo B-Application project O was O thus O transferred O to O the B-Operating_System Linux I-Operating_System Foundation I-Operating_System . O He O can O also O use O powers O from O defeated O bosses O , O similar O to O the O Mega B-Application Man I-Application franchise O . O Ethereum B-Application is O ( O as O of O February O 2018 O ) O the O leading O blockchain B-Application platform O for O ICOs O with O more O than O 80% O market O share O . O CC O Metro'' O allowed O players O to O use O My B-Application Coke I-Application Rewards O points O to O obtain O various O items O in O the O game O . O The O Peters O MC64 O was O a O Russian O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept from O around O 1993 O , O made O by O Peters O Plus O , O Ltd. O , O who O went O on O to O make O the O Sprinter B-Device . O The O Profi O or O ZX-Profi O is O a O Soviet O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept developed O in O 1991 O in O Moscow O by O Kondor O and O Kramis O . O It O features O a O 7MHz O Zilog B-General_Concept Z80 I-General_Concept CPU B-General_Concept , O up O to O 1024KB O RAM B-Architecture , O 64KB O ROM B-Device , O AY8910 B-Device sound O chip O , O Beta B-Device 128 I-Device disk I-Device interface I-Device , O IDE B-Protocol interface O , O and O 512×240 O multi-colour O ( O i.e. O two O possible O colours O per O 8×1 O block O ) O graphics O mode O for O CP/M B-Application . O Users O liked O to O plug O in O two O 8-bit O DACs O to O play O 4-channel O modules O of O Scream B-Application Tracker I-Application . O The O project O is O supported O by O Ubuntu O MATE O lead O developer O Martin O Wimpress O and O by O the O Linux B-Application Mint I-Application development O team O : O MATE O 1.6 O removes O some O deprecated O libraries O , O moving O from O mate-conf O ( O a O fork B-Application of O GConf B-Language ) O to O GSettings B-Language , O and O from O mate-corba O ( O a O fork B-Application of O GNOME O 's O Bonobo B-Language ) O to O D-Bus B-Language . O in O October O 1985 O called O Fast B-Application Hack'em I-Application " O a O must-needed O utility O for O Commodore O disk O users O " O and O " O probably O the O fastest O way O to O copy O an O entire O 1541 O formatted O disk O at O the O present O time O " O , O joking O that O a O disadvantage O was O the O end O of O " O leisurely O coffee O breaks O or O refrigerator O raids O " O during O copying O . O The O Lightning B-Language calendar B-Application extension O for O Mozilla B-Application Thunderbird I-Application was O rebranded O as O Iceowl O Extension O . O Mozilla B-Operating_System Foundation I-Operating_System owns O the O trademark O " O Firefox B-Application " O and O claims O the O right O to O deny O the O use O of O the O name O and O other O trademarks O to O unofficial O builds O . O FreeType B-Application has O replaced O the O code O that O scales O and O rasterizes O fonts O . O It O was O possible O for O software O developers O to O create O a O DOS3.2 O disk O which O would O also O boot O on O a O system O with O firmware B-Application . O Early O copies O of O Ghost O of O Sparta O ( O and O all O digital O copies O in O Europe O ) O included O a O voucher O to O download O Kratos O ' O brother O Deimos O as O a O costume O for O use O in O God B-Application of I-Application War I-Application III I-Application . O 1 O Operating O System/Virtual O Storage O 2 O ( O OS/VS2 B-Application ) O ( O Single O Virtual B-Architecture Storage I-Architecture ) O ( O SVS B-Application ) O 5752-VS2 O 1972-08 O 1974- O ?? O Office B-Application 2007 I-Application 's O new O features O include O a O new O graphical B-Application user I-Application interface I-Application called O the O Fluent O User O Interface O , O replacing O the O menus O and O toolbars O that O have O been O the O cornerstone O of O Office O since O its O inception O with O a O tabbed O toolbar O , O known O as O the O Ribbon O ; O new O XML-based O file O formats O called O Office B-Operating_System Open I-Operating_System XML I-Operating_System ; O and O the O inclusion O of O Groove B-Protocol , O a O collaborative B-Application software I-Application application O . O The O nine-page O manual O was O considered O " O overkill O " O , O since O Pinball B-Application Construction I-Application Set I-Application required O no O programming O knowledge O ; O an O eight-year-old O had O no O problems O creating O his O own O tables O . O In O particular O , O a O volume B-Application manager I-Application can O concatenate O , O stripe B-General_Concept together O or O otherwise O combine O partitions B-Application ( O or O block O devices O in O general O ) O into O larger O virtual O partitions B-Application that O administrators O can O re-size O or O move O , O potentially O without O interrupting O system O use O . O Shopping O , O Yahoo B-Application ! I-Application Travel O and O Yahoo B-Application ! I-Application It O is O not O known O on O which O side O the O city O fought O , O but O with O General O Stonewall O Duck B-Application being O based O on O the O real-life O Stonewall O Jackson O , O it O can O be O assumed O they O fought O for O the O Confederacy O . O Justin O Bieber O 2016 O Duet O ♂ O / O ♀ O Just B-Application Dance I-Application 2017 I-Application ( O Ubisoft O Club O ) O " O Let O 's O Groove O " O * O Earth O , O Wind O & O Fire O ( O covered O by O Equinox O Stars O ) O 1981 O Trio O ♂ O / O ♂ O / O ♂ O Just B-Application Dance I-Application 2016 I-Application " O Lights O " O Ellie O Goulding O 2011 O Solo O ♀ O Just B-Application Dance I-Application 2016 I-Application " O Like O I O Would O " O Zayn O 2016 O Solo O ♀ O Just B-Application Dance I-Application 2017 I-Application " O Little O Swing O " O AronChupa O feat O . O After O the O release O of O Nocturne B-Application , O Atlus O ' O overseas O branches O decided O to O add O the O Shin B-Application Megami I-Application Tensei I-Application moniker O to O future O releases O within O the O Megami B-Application Tensei I-Application franchise O to O help O market O the O games O . O It O must O not O be O confused O with O the O KParts B-Language , O a O KDE B-Application plugin O framework O for O user O interface O components O that O Kate B-Application also O uses O . O Some O Doom B-Application clones B-General_Concept were O n't O just O content O with O just O using O the O original O engine O without O own O improvements O by O develophers O , O such O as O Team17 O 's O 1995 O game O Alien B-Application Breed I-Application 3D I-Application , O which O presents O capable O of O maps O of O varying O depths O with O platforms O and O floors O above O others O , O something O the O Doom B-Application engine I-Application was O not O capable O of O . O A O " O multimedia O " O version O , O Windows B-Application 3.0 I-Application with O Multimedia O Extensions O 1.0 O , O was O released O in O October O 1991 O . O The O model O with O an O 8th-gen O Intel O Core O i5-8250U O CPU O and O 8GB O of O RAM B-Architecture achieved O a O score O of O 12,130 O points O on O Geekbench B-Application 4 I-Application . O ChipTest-M O won O the O North O American O Computer B-Application Chess I-Application Championship O in O 1987 O with O a O 4 O – O 0 O sweep O . O In O the O United O States O , O the O console O 's O debut O price O was O planned O to O be O and O included O two O joystick B-Device controllers O and O a O game O : O either O Baseball B-Application Stars I-Application Professional I-Application or O NAM-1975 B-Application . O This O is O the O same O information O used O by O debuggers B-Application such O as O gdb B-Language . O Pulsars B-Application were O discovered O in O 1967 O using O a O radio O telescope O . O Facebook B-Application ( O and O parent O company O Meta O Platforms O ) O has O been O the O subject O of O criticism O and O legal O action O . O The O other O titles O included O are O Deadline O , O The B-Application Witness I-Application , O Suspect B-Application , O The B-Application Lurking I-Application Horror I-Application , O Ballyhoo B-Application , O Infidel B-Application , O Moonmist B-Application , O Starcross B-Application , O Suspended B-Application , O Planetfall B-Application , O Stationfall B-Application and O The B-Application Hitchhiker I-Application 's I-Application Guide I-Application to I-Application the I-Application Galaxy I-Application . O This O version O introduced O wireless O synchronization O with O MediaMonkey B-Application for O Android B-Application and O bi-directional O synchronization O , O a O darker O look O and O feel O , O and O UPnP O improvements O . O Deque B-Application Conjecture:.. O Let O be O a O sequence O of O double-ended B-Application queue I-Application operations O ( O push O , O pop O , O inject O , O eject O ) O . O In O 2017 O , O Zeiss O again O provided O optics B-Algorithm for O Nokia O products O through O a O collaboration O with O HMD O Global O , O beginning O with O the O Nokia B-Application 8 I-Application . O E-mount O ZA-lenses O are O fully O dedicated O Sony B-Algorithm E-mount I-Algorithm autofocus O lenses O . O The O plot O is O a O fictionalized O version O of O the O assassination O of O Julius O Caesar O , O focusing O on O two O characters O , O Agrippa O , O a O soldier O whose O father O is O accused O of O murdering O Caesar O , O and O who O is O forced O to O fight O in O the O gladiatorial B-Application arenas I-Application , O and O Octavianus O , O who O sets O about O proving O Agrippa O 's O father O 's O innocence O . O In O 2005 O , O Getronics O announced O New O VS O ( O VSGX O ) O , O a O product O designed O to O run O the O VS O operating B-General_Concept system I-General_Concept and O all O VS O software O on O Intel B-Operating_System 80x86 I-Operating_System and O IBM B-Device POWER I-Device machines O under O Linux O or O Unix B-Application , O using O a O hardware B-Operating_System abstraction I-Operating_System layer I-Operating_System . O It O was O produced O by O Hironobu O Sakaguchi O , O the O creator O of O the O Final B-Application Fantasy I-Application series O , O with O music O by O Nobuo O Uematsu O of O the O same O series O . O On O May O 1 O , O 2018 O , O Habit O Analytics O acquired O Muzzley B-Application for O an O undisclosed O amount O . O Web2py B-Application includes O pure O Python-based O template B-Application language I-Application , O with O no O indentation O requirements O and O a O server-side B-Application Document B-General_Concept Object I-General_Concept Model I-General_Concept ( O DOM B-General_Concept ) O . O Codemasters O reveals O an O audio O CD O player O compatible O with O the O NES B-Language manufactured O by O Samsung B-Application and O to O be O distributed O by O Camerica O in O the O summer O . O In O theory O one O could O use O chess3 O to O play O a O complete O game O of O chess B-Application in O one O sitting O , O but O chess3 O was O not O usually O used O this O way O . O The O example O below O parses B-Language some O configuration O options O from O a O string O and O creates O a O struct B-Application containing O the O options O . O Sonic B-Application , O who O is O traveling O with O Tails O and O Knuckles O , O finds O one O of O the O Arks O . O Live O Streaming O : O Yahoo B-Application Sports I-Application will O link O to O and O promote O the O NBC O Sports O Live O Extra O video O player O . O Samsung B-Application stated O that O the O hazard O was O limited O to O a O small O fraction O of O phones O manufactured O , O and O released O a O tool O on O its O website O on O 19 O September O to O identify O affected O units O by O their O unique O IMEI O numbers O . O In O 2015 O , O Out B-Application Run I-Application appeared O at O 4th O place O on O IGN O 's O list O of O The O Top O 10 O Most O Influential O Racing O Games O Ever O , O behind O Pole B-Application Position I-Application , O Gran B-Application Turismo I-Application and O Virtua B-Application Racing I-Application . O By O 1995 O , O many O of O the O DOS-based O BBSes B-Application had O begun O switching O to O modern O multitasking B-Operating_System operating I-Operating_System systems I-Operating_System , O such O as O OS/2 B-Application , O Windows B-Application 95 I-Application , O and O Linux B-Application . O Unlike O open O source O software B-Application , O however O , O the O code O was O not O made O publicly O available O . O It O was O first O released O in O 1987 O for O Microsoft B-Application Windows I-Application and O macOS B-Application , O and O is O used O for O planning O , O tracking O , O and O reporting O project O goals O . O The O announcement O came O alongside O that O of O PlatinumGames O 's O four-game O publishing O partnership O with O Sega O ; O the O other O titles O were O MadWorld B-Application , O Bayonetta B-Application , O and O the O then-unannounced O Vanquish B-Application . O These O items O can O be O found O by O jumping O through O colored O hoops O in O levels O ; O Pac-Man B-Application can O hold O all O four O of O them O at O once O , O but O can O only O use O one O at O a O time O . O Examples O are O the O products O from O Veeam O Software O with O backup O and O management O applications O and O a O plugin O to O monitor O and O manage O ESX O using O HP B-Application OpenView I-Application , O Quest O Software O with O a O range O of O management O and O backup-applications O and O most O major O backup-solution O providers O have O plugins O or O modules O for O ESX O . O + O Examples O with O a O supplementary O power O WhatParent O Type O of O Battery O SecondaryNotes O Luna O 9 O Solar O Lunar O landing O ( O 1966 O ) O Sojourner O rover O Mars B-Application Pathfinder O Lithium-thionyl O chloride O ( O LiSOCL2 O ) O Solar O Roved O Mars B-Application ( O 1997 O ) O Sputnik O 3 O - O Silver-Zinc O Solar O ( O Experiment O ) O Earth O satellite B-Application Philae O Rosetta O Lithium-thionyl O chloride O ( O LiSOCl2 O ) O ( O 900 O W*h O ) O Lithiu-ion O ( O Li-ion O ) O ( O 100 O W*h O ) O Solar O Comet O 67P/Churyumov O – O Gerasimenko O ( O 2014 O ) O Ball O , O et O al O . O Also O in O this O year O , O LearnShare B-Application 's O LMS O was O fully O functional O as O an O enterprise-wide O solution O . O James O Kozanitis O of O Game O Revolution O felt O that O Yooka-Laylee B-Application improved O on O the O gameplay O and O structure O of O classic O titles O , O in O particular O the O relevance O and O importance O of O the O collectables O . O Hunter B-Application , I-Application in I-Application Darkness I-Application is O a O 1999 B-Application interactive O fiction O game O by O Andrew O Plotkin O , O written O in O Inform O . O Last O version O to O support O Windows B-Application 95 I-Application and O Windows B-Device NT I-Device 4.0 I-Device service O packs O 3 O — O 6 O . O Early O versions O of O Mac B-Application OS I-Application X I-Application shipped O with O Internet B-Protocol Explorer I-Protocol for I-Protocol Mac I-Protocol v5.1 O as O the O default O web B-Application browser I-Application , O only O until O Mac B-Operating_System OS I-Operating_System X I-Operating_System 10.2 I-Operating_System , O where O the O default O web B-Application browser I-Application in O Mac B-Operating_System OS I-Operating_System X I-Operating_System Panther I-Operating_System is O Safari B-Application . O Returns O a O list O of O users O and O information O about O those O users O in O a O format O similar O to O the O UNIX B-Application commands O who B-Application , O rusers O and O finger B-Application . O Space B-Application Eggs I-Application reached O the O top O spot O on O Softalk'''s O best-selling O software O list O . O In O 2012 O Vulture O ranked O the O series O 's O fans O as O the O most O devoted O in O popular O culture O , O more O so O than O those O of O Lady O Gaga O , O Justin O Bieber O , O Harry O Potter O or O Star B-Application Wars I-Application . O They O said O " O Overall O I O really O enjoyed O playing O through O Mad B-Application Blocker I-Application Alpha I-Application . O They O summarized O that O " O Demon B-Application 's I-Application Crest I-Application brings O depth O and O artistry O to O the O action/adventure O genre O , O making O it O one O of O the O season O 's O top O SNES B-Application games O " O . O To O avoid O related O file B-Application fragmentation I-Application and O improve O locality B-General_Concept of I-General_Concept reference I-General_Concept ( O in O this O case O called O file B-Operating_System contiguity O ) O , O assumptions O or O active O observations O about O the O operation O of O applications O have O to O be O made O . O After O Microsoft O acquired O FoxPro B-Application , O there O were O rumors O that O the O Microsoft O project O might O get O replaced O with O it O , O but O the O company O decided O to O develop O them O in O parallel O . O Other O Zelda-related O Amiibo B-Device figurines O have O distinct O functions O : O Link O and O Toon O Link O replenish O arrows O , O Zelda O and O Sheik O restore O Link O 's O health O , O and O Ganondorf O causes O Link O to O take O twice O as O much O damage O . O Twilight B-Application Princess I-Application was O released O to O critical O acclaim O and O commercial O success O . O Pier B-Application Solar I-Application and I-Application the I-Application Great I-Application Architects I-Application , O Paprium B-Application , O and O a O port O of O Teenage O Queen O are O examples O of O games O that O were O released O as O physical O cartridges B-Protocol . O The O game O was O first O announced O in O July O 2001 O for O a O winter O release O under O the O provisional O title O " O Project B-Application Zero I-Application " O . O The O game O uses O WebGL B-Library or O Canvas B-Language and O is O distributed O through O the O Chrome B-Application Web I-Application Store I-Application for O use O with O Google O 's O Chrome B-Application web I-Application browser I-Application . O MSI-X O ( O first O defined O in O PCI B-Protocol 3.0 I-Protocol ) O permits O a O device O to O allocate O up O to O 2048 O interrupts B-Application . O The O Singapore O Tourism O Board O subsequently O issued O a O statement O that O " O cruise O lines O should O adhere O to O the O guidance O from O the O MOH O and O the O SNDGO O regarding O the O use O of O data O from O the O TraceTogether B-Application app O " O , O while O the O cruise O companies O reversed O or O changed O the O ban O to O an O advisory O " O encouraging O " O affected O passengers O to O postpone O their O sailing O dates O . O The O game O featured O enhanced O graphics O and O a O storyline O continuing O from O the O novel O Infinity B-Application Blade I-Application : O Awakening O . O The O original O DSiWare B-Device applications O are O known O as O Art B-Application Academy I-Application : I-Application First I-Application Semester I-Application and O Art B-Application Academy I-Application : I-Application Second I-Application Semester I-Application . O Each O one O has O six O and O four O lessons O respectively O , O and O both O DSiWare B-Device applications O are O worth O 800 O Nintendo B-Application DSi I-Application Points I-Application each O . O The O game O , O similar O in O style O to O Dizzy O series O , O is O set O in O a O fantasy O land O called O Alkria O and O follows O adventures O of O a O little O restless O creature O called O Towdie B-Application . O Version O 6.x O is O free O Download O for O Windows O 7+ O und O Mac B-Application OS I-Application ab O Version O 10.7 O ( O 6.3.x O ) O .Actual O Versions O are O 6.5.4 O ( O Win O 7+ O ) O and O 6.5.5 O ( O MacOSX O 10.9 O + O ) O . O In O Swift B-Application , O enumerations B-Language are O a O first-class O type O . O Dogfights B-Application : I-Application The I-Application Game I-Application is O a O combat O flight O simulator O based O on O the O History O Channel O series O of O the O same O name O . O During O slow O wave O sleep O ( O stages O 3 O and O 4 O ) O , O people O with O schizophrenia B-Application have O been O shown O to O have O reduced O delta B-Algorithm wave I-Algorithm activity O , O although O delta B-Algorithm waves I-Algorithm have O also O been O shown O to O be O increased O during O waking O hours O in O more O severe O forms O of O schizophrenia B-Application . O Loóna B-Application was O awarded O the O title O of O “ O Best O App O ” O in O the O U.S. O by O Google B-Application Play I-Application ’s I-Application Best I-Application of I-Application 2020 I-Application Awards I-Application . O In O September O 2012 O , O the O French O Prime O Minister O laid O down O a O set O of O action-oriented O recommendations O about O using O open-source B-Application in O the O French O public O administration O . O In O 2010 O , O an O abridged O version O of O the O game O developed O by O Tetraedge O Games O and O published O by O Chillingo O was O released O in O a O three-part O episodic O form O for O iOS B-Application ( O as O Dracula B-Application : O The O Path O of O the O Dragon O ) O . O All O modes O support O single-player O gameplay O ; O Versus O and O Battle O support O local O multiplayer O for O up O to O four O players O , O with O or O without O computer-controlled B-Application players I-Application . O Populous B-Application is O a O series O of O video O games O developed O by O Bullfrog O Productions O and O published O by O Electronic O Arts O . O Shortening O the O game O , O however O , O resulted O in O removing O planned O plot O and O character O arcs O for O Akarsha O , O Noelle O , O and O supporting O characters O , O which O she O later O moved O to O Butterfly B-Application Soup I-Application 2 O . O The O English-language O Microsoft B-Application Windows I-Application version O is O published O by O German O game O publisher O gamigo O AG O . O Half-Life B-Application 2 I-Application : I-Application Episode I-Application Three I-Application was O scheduled O for O release O by O Christmas O 2007 O , O but O was O canceled O as O Valve O abandoned O episodic O development O and O were O developing O a O new O game O engine O , O Source B-Operating_System 2 I-Operating_System . O By O December O 12 O , O 2012 O , O development O on O the O localized O version O of O Wrath B-Application of I-Application the I-Application White I-Application Witch I-Application was O completed O and O the O game O was O submitted O for O manufacturing O . O In O 1996 O , O Microsoft O released O VBScript B-Application as O an O alternative O to O JavaScript B-Language for O adding O interactive O client-side B-Operating_System functionality O to O web O pages O viewed O with O Internet B-Application Explorer I-Application . O " O ) O , O fruits O would O appear O on O the O plates O and O Pac-Man B-Application would O move O from O right O to O left O as O he O ate O them O , O if O they O were O answered O correctly O , O and O for O the O questions O which O first O require O the O player O to O study O the O light-up O keys O on O giant O telephones O of O various O colors O ( O " O Which O number O was O dialed O ? O Junpei O was O redesigned O to O fit O his O jaded O personality O in O Zero B-Application Time I-Application Dilemma I-Application as O his O previous O design O in O Nine B-Application Hours I-Application , I-Application Nine I-Application Persons I-Application , I-Application Nine I-Application Doors I-Application felt O " O childish O " O and O clashing O . O Players O can O choose O up O to O four O players O , O with O up O to O three O AI B-Application players O if O a O person O wishes O to O play O solo O . O Chief O among O the O criticisms O were O the O extreme O pop O up O , O the O absence O of O weapons O and O power-ups O , O the O limited O variety O of O tracks O , O and O the O excessively O high O difficulty O , O with O controls O that O make O it O difficult O to O master O even O basic O maneuvers O and O AI B-Application opponents O which O race O so O flawlessly O that O even O a O single O mistake O is O enough O to O cost O the O player O all O chance O of O victory O . O Similar O to O the O LaTeX B-Application syntax O , O all O the O normal O features O of O a O book O , O such O as O chapters O , O sections O , O cross O references O , O tables O and O indices O are O available O for O use O in O documents O . O However O , O a O community-maintained O database O has O been O created O by O fans O of O the O game O , O called O the O Real O Names O & O Images O Project O , O which O includes O real O team O logos O , O player O and O manager O photos O , O more O than O 9600 O real O names O of O basketball B-Application players O , O 650 O actual O team O names O and O 1000 O actual O manager O names O from O 194 O countries O . O In O August O 2015 O the O British O Data O Protection O Agency O issued O an O enforcement O action O requiring O Google B-Application to O delink O some O of O these O more O recent O articles O from O searches O for O a O complainant O 's O name O , O after O Google B-Application refused O to O do O so O . O Invalid B-Application document O structure O here O means O only O the O use O of O attributes O and O elements O where O they O do O not O belong O . O Otaku B-Application no I-Application Seiza I-Application tells O the O story O of O Fuyuu O City O , O a O place O built O in O space O far O in O the O future O . O Marvelous O USA O planned O to O release O a O localized O version O Corpse B-Application Party I-Application Blood O Covered O for O PC O in O North O America O in O 2015 O , O but O the O title O was O delayed O until O 2016 O . O Though O several O apps O that O use O the O Tox B-Protocol protocol O seem O similar O in O function O to O regular O instant B-Application messaging I-Application apps O , O the O lack O of O central O servers O similar O to O XMPP B-Protocol or O Matrix B-Protocol currently O has O the O consequence O that O both O parties O of O the O chat O need O to O be O online O for O the O message O to O be O sent O and O received O . O Daniel O Stenberg O , O a O founder O of O the O Rockbox B-Application project O , O envisions O the O project O evolving O away O from O a O standalone O Rockbox B-Application operating B-General_Concept system I-General_Concept to O Rockbox B-Application as O a O media O player O application O that O runs O under O mobile B-Operating_System operating I-Operating_System systems I-Operating_System , O such O as O Android B-Application , O iOS B-Operating_System , O Sailfish B-Operating_System OS I-Operating_System or O Tizen B-Application : O Initially O called O Games B-Application for I-Application Windows I-Application – I-Application Live I-Application on O Windows B-Device 7 I-Device and O earlier O . O To O improve O conductivity O further O , O sometimes O a B-General_Concept high-temperature O metal O such O as O tungsten B-Application , O titanium O , O cobalt B-Algorithm , O and O more O recently O nickel O is O alloyed O with O the O top O layers O of O the O polysilicon O . O Client B-Protocol Windows B-Device 7 I-Device , O Vista B-Application XP B-Application , O 2000 B-Application NT B-Device 4.0 I-Device NT B-Device 3.x I-Device Me B-Device , O 98 B-Device 95 B-Application 3.1x B-Application ReactOS B-Application macOS B-Application ( O Intel/PPC O ) O OS B-Operating_System 9 I-Operating_System OS B-Operating_System 8 I-Operating_System System B-Operating_System 7 I-Operating_System ( O PPC/68k O ) O BeOS B-Application , O Haiku O OS/2 O , O eCS B-Device , O ArcaOS B-Device AmigaOS B-Application ( O 68k O ) O AmigaOS B-Application 4 I-Application , O MorphOS B-Operating_System ( O PPC O ) O DOS B-Device AmIRC B-Protocol Bersirc B-Protocol BitchX B-Protocol ChatZilla B-Operating_System Colloquy B-Language degesch O ERC B-Operating_System HexChat B-Protocol ( O 2.9.5 O ) O HydraIRC O IceChat B-Protocol ( O 9.50 O ) O IRCCloud O ircII B-Protocol IRCjr O Ircle B-Protocol Requires O OS O X O v10.4.3 O or O later O Irssi B-Protocol jIRCii O KiwiIRC O Konversation B-Language KVIrc B-Language Connect O to O the O ReactOS B-Application IRC O Channels O 2012-07-03 O : O 4.2.0 O Released O ! O Unix B-Application and O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System : O The O environments O were O designed O in O a O similar O way O to O Final B-Application Fantasy I-Application VII I-Application and O VIII B-Application , O projecting O 3D O character O models O onto O 2D O pre-rendered O backgrounds O . O The B-Application Baconing I-Application was O announced O on O May O 25 O , O 2011 O for O the O Mac B-Operating_System OS I-Operating_System X I-Operating_System , O Microsoft B-Application Windows I-Application , O PlayStation B-Operating_System 3 I-Operating_System . O This O has O led O to O character B-General_Concept encoding I-General_Concept systems I-General_Concept such O as O UTF-8 O that O can O use O multiple O bytes B-Application to O encode O a O value O that O is O too O large O for O a O single O 8-bit O symbol O . O In O October O 2020 O , O Google B-Application announced O the O new O Business O Plus O pricing O tier O for O Workspace O that O includes O enhanced O security O features O and O controls O like O Vault O and O Advanced O Endpoint O Management O , O but O not O the O full O security O options O available O in O Enterprise O editions O of O Workspace O . O The O request O entity O has O a O media B-Application type I-Application which O the O server B-Application or O resource O does O not O support O . O For O example O , O the O client O uploads O an O image O as O image/svg B-Application +xml I-Application , O but O the O server B-Application requires O that O images O use O a O different O format O . O The O client O has O asked O for O a O portion O of O the O file O ( O byte B-Protocol serving I-Protocol ) O , O but O the O server B-Application cannot O supply O that O portion O . O Radio-frequency B-Application identification I-Application ( O RFID B-Application ) O was O seen O by O Kevin O Ashton O ( O one O of O the O founders O of O the O original O Auto-ID O Center O ) O as O a O prerequisite O for O the B-Operating_System internet I-Operating_System of I-Operating_System things I-Operating_System at O that O point O . O After O Miyazaki O and O FromSoftware O , O the O development O studio O of O the O original O game O , O gave O their O approval O , O Bluepoint O Games O began O development O of O a O remake O following O completion O of O its O 2018 B-Application remake I-Application of O Shadow B-Application of I-Application the I-Application Colossus I-Application . O It O is O designed O to O be O configured O via O model O assertions O which O are O text O documents O defining O which O Snap B-Application packages I-Application and O configurations O apply O to O the O OS O image.48x48pxUbuntu O BudgieAn O Ubuntu B-Operating_System flavour O using O Budgie.48x48px O | O Cinnamon-logoUbuntu O CinnamonAn O Ubuntu B-Operating_System flavour O using O Linux B-Application Mint I-Application 's I-Application Cinnamon B-Language desktop I-Language . O While O complimenting O its O performance O and O other O unique O features O , O The O Verge O believed O that O LG O was O trying O too O hard O to O compete O with O the O Samsung B-Application Galaxy I-Application S4 I-Application by O closely O imitating O its O design O , O specifications O , O and O emphasis O on O features O instead O of O differentiating O itself O through O further O innovations O . O A O limited O " O Platinum O Edition O " O version O of O Kingdom B-Application Hearts I-Application Final I-Application Mix I-Application was O later O released O with O an O action O figure O of O Sora O , O a O sticker O set O , O and O sketches O of O some O of O the O main O characters O . O Robot O Chicken O - O an O episode O called O " O Catch O Me O If O You O Kangaroo O Jack O " O spoofed O the O Contra B-Application video O game O segment O . O Most O note O that O Ancient B-Application Domains I-Application of I-Application Mystery I-Application offers O very O high O replay O value O and O general O randomness O of O events O that O happen O in O the O game O . O VistA B-Algorithm Imaging I-Algorithm is O currently O integrated O into O the O VistA B-Application EMR I-Application ( O electronic B-Application medical I-Application record I-Application ) O system O used O nationwide O in O Department O of O Veterans O Affairs O hospitals O . O ToeJam B-Application & I-Application Earl I-Application and O its O sequel O ToeJam B-Application & I-Application Earl I-Application in I-Application Panic I-Application on I-Application Funkotron I-Application together O formed O one O of O the O Sega B-Operating_System Genesis I-Operating_System ' O main O series O . O Mercenaries B-Device Saga I-Device Chronicles I-Device consists O of O a O collection O of O the O three O entries O in O the O Mercenary B-Application Saga O games O ; O Mercenaries B-Device Saga I-Device : I-Device Will I-Device of I-Device the I-Device White I-Device Lions I-Device , O Mercenaries B-Device Saga I-Device 2 I-Device : I-Device Order I-Device of I-Device the I-Device Silver I-Device Eagle I-Device and O Mercenaries B-Device Saga I-Device 3 I-Device : I-Device Gray I-Device Wolves I-Device of I-Device War I-Device . O The O time O complexity O for O searching O an O ( O a O , O b O ) O -tree O is O O(log n ) O . O A O ternary O search B-Data_Structure tree I-Data_Structure is O a O type O of O tree B-Application that O can O have O 3 O nodes O : O a O low O child O , O an O equal O child O , O and O a O high O child O . O PSeInt B-Operating_System is O an O abbreviation O for O Pseudocode O Interpreter B-Application . O Cube B-Application Life I-Application : I-Application Island I-Application Survival I-Application features O three O game O modes O : O Survival B-Application Mode O , O Creative O Mode O , O and O Multiplayer O Mode O . O Microsoft O has O since O promoted O Office B-Operating_System 365 I-Operating_System as O the O primary O means O of O purchasing O Microsoft B-Application Office I-Application . O Solaris B-Application uses O a O common O code B-General_Concept base I-General_Concept for O the O platforms O it O supports O : O 64-bit B-Device SPARC B-Architecture and O x86-64 B-Device . O After O his O introduction O in O Super B-Application Mario I-Application World I-Application ( O 1990 O ) O , O the O character O of O Yoshi B-Application gained O popularity O and O starred O in O puzzle O game O spin-offs O such O as O Yoshi B-Application and O Yoshi B-Application 's I-Application Cookie I-Application . O DOS O can O be O used O for O running O old-style O drivers B-Application for O compatibility O , O but O Microsoft O discourages O using O them O , O as O this O prevents O proper O multitasking O and O impairs O system O stability O . O SWAT B-Application 3 I-Application received O " O favorable O " O reviews O according O to O the O review B-Application aggregation I-Application website O GameRankings O . O In O order O to O keep O the O game O under O the O 40mb O size O limit O imposed O by O Nintendo O , O the O developers O used O various O technologies O such O as O music B-Application visualization I-Application instead O of O custom O animation O , O and O used O audio O compression O to O fit O the O 26 O songs O into O the O game O . O Koei O Tecmo O first O proposed O the O project O to O Nintendo O , O who O were O more O than O willing O to O collaborate O , O making O the O game O a O title O for O their O in-development O Nintendo B-Application Switch I-Application home O console O . O It O was O reported O that O more O than O 3.2 O million O copies O were O sold O , O although O Sneak B-Application King I-Application distinct O sales O were O not O given O , O in O Game O Developers O April O 2007 O issue O . O Sage B-Application 100 I-Application or O Sage100cloud O , O formerly O known O as O Sage B-Application 100 I-Application ERP O , O and O before O that O Sage B-Application MAS I-Application 90 I-Application or O Sage O MAS O 200 O , O is O accounting O software O offered O by O Sage O . O alt.sex O is O a O Usenet B-Application newsgroup I-Application – O a O discussion O group O within O the O Usenet B-Application network O – O relating O to O human O sexual O activity O . O On O July O 10 O , O 2019 O , O a O report O published O by O Belgian O broadcaster O VRT O NWS O managed O to O gain O access O to O more O than O a O thousand O audio O excerpts O recorded O by O Google B-Application Assistant I-Application in O Belgium O and O the O Netherlands O . O PuTTY B-Operating_System and O plink O command B-Application line I-Application are O a O free O , O open-source O SSH B-Protocol , O Telnet B-Protocol , O rlogin B-Application , O and O raw B-Protocol TCP I-Protocol client B-Protocol for O Windows B-Application , O Linux B-Application , O and O Unix B-Application . O The O cars O are O modified O version O of O the O Volvo O sports O utility O vehicle O equipped O with O Uber B-Application 's O technology O for O self-driving O . O Hypertable B-General_Concept was O an O open-source B-Application software I-Application project O to O implement O a O database B-Application management I-Application system I-Application inspired O by O publications O on O the O design O of O Google B-Application 's I-Application Bigtable B-Application . O GNOME B-Application released O Web B-Language 3.10 O on O September O 26 O , O 2013 O , O and O starting O with O this O version O , O the O default O search B-Application engine I-Application is O DuckDuckGo B-Application . O In O a O 1997 O Castlevania B-Application retrospective O , O GamePro O called O it O " O an O excellent O time-killer O , O and O much O longer O than O the O first O Castlevania B-Application " O . O Addition O , O removal O , O and O code O point O rearrangement O were O not O done O , O and O without O exception O , O the O example O glyphs B-Application were O also O left O unchanged O . O Until O the O third O standard O , O only O the O encoding O method O based O on O JIS O X B-Operating_System 0202 O code O extension O was O defined O . O A O browser B-Application war I-Application is O competition O for O dominance O in O the O usage B-Application share I-Application of I-Application web I-Application browsers I-Application . O EISPACK B-Application is O a O software B-Library library I-Library for O numerical B-General_Concept computation I-General_Concept of O eigenvalues O and O eigenvectors O of O matrices B-Architecture , O written O in O FORTRAN B-Application . O Integration O with O the B-Application Google I-Application ecosystem O , O e.g. O It O allows O torrent-file O creation O and O peer O exchange O compatible O with O Vuze B-Application and O μTorrent B-Application . O There O are O also O some O scenarios O based O on O other O MicroProse O games O such O as O X-COM B-Application , O Master B-Application of I-Application Orion I-Application and O Master B-Application of I-Application Magic I-Application " O Jr. O " O scenarios O . O It O also O saw O the O return O of O the O classic O Navigator B-Protocol name O , O which O was O previously O used O during O Netscape B-Application 's O heyday O between O versions O 1.0 O and O 4.08 O in O the O 1990s O . O The O Enterprise O X500 O series O were O replaced O by O the O Sun B-Architecture Fire I-Architecture 3800/4800/6800 O line O . O The O Enterprise O 10000 O , O E10k O or O Starfire O ( O a O development O code O name O also O used O for O marketing O purposes O ) O is O a O high-end O multiprocessor B-Operating_System data B-Operating_System center I-Operating_System server B-Application capable O of O being O configured O with O up O to O 64 O UltraSPARC B-General_Concept II I-General_Concept processors O . O In O contrast O , O Matt O Casamassina O of O IGN O referred O to O the O single-player O mode O as O " O torture O " O and O said O that O the O " O graphics O do O n't O even O impress O as O a O GCN B-Application title O " O . O The O broad O appeal O of O the O Star B-Application Wars I-Application franchise O makes O it O a O great O addition O to O our O leading O portfolio O of O handheld O games. O " O The O game O was O developed O using O EA O 's O proprietary O Frostbite B-Operating_System engine I-Operating_System , O which O Motive O Studios O previously O used O to O develop O Star B-Application Wars I-Application : I-Application Squadrons I-Application and O the O single-player O campaign O of O Star B-Application Wars I-Application Battlefront I-Application II I-Application . O Chumby B-Application units O run O a O modified B-Device Linux B-Operating_System kernel I-Operating_System . O In O that O programming O paradigm O , O a O given O search O problem O is O represented O by O a O logic B-Language program I-Language so O that O the O stable B-Application models I-Application of O the O program O correspond O to O solutions O . O As O of O July O 2014 O , O the O market O share O of O Android B-Application phones I-Application had O grown O to O 84.6 O percent O , O and O Qualcomm O 's O Snapdragon B-Application chips O were O embedded O in O 41% O of O smartphones O . O Additionally O , O it O reserved O a O small O block O of O the O C64 O 's O memory O space O for O external O programs O that O could O include O additional O file O transfer O capability O , O or O rudimentary O games O that O presaged O the O door O games O that O would O become O enormously O popular O on O later O BBSes B-Application . O Also O expressing O interest O was O Christian O Whitehead O , O the O developer O of O the O mobile O versions O of O Sonic B-Application CD I-Application , O Sonic B-Application the I-Application Hedgehog I-Application , O and O Sonic B-Application the I-Application Hedgehog I-Application 2 I-Application , O saying O in O 2014 O that O he O would O be O open O to O remaking O Knuckles B-Application ' I-Application Chaotix I-Application using O the O Retro B-Application Engine I-Application . O Also O , O Spinmaster'''s O gameplay O , O artwork O style O , O animations O of O some O characters O and O the O styles O of O its O weapons O were O heavily O inspired O by O another O arcade O game O by O Data O East O titled O Joe B-Application & I-Application Mac I-Application , O according O to O the O Japanese O Miracle B-Application Adventure I-Application arcade O flyer O . O Nintendo B-Application Power I-Application compared O it O to O the O N64 B-Operating_System version O saying O it O that O it O has O much O depth O and O far O fewer O control O problems O , O and O described O it O more O as O a O puzzle O game O . O JBoss B-Language Enterprise I-Language Application I-Language Platform I-Language from O Red O Hat O , O division O JBoss B-Language is O subscription-based/open O -source O Jakarta O EE-based O application B-Application server I-Application . O MicroProse B-Application Golf I-Application is O a O golf O video O game O developed O by O The O Thought O Train O and O published O by O MicroProse O . O Many O type-safe B-Language languages O allow O memory B-Application safety I-Application violations O resulting O from O unsafe O type O casting O to O be O detected O by O compiler O . O Two O Pixel-branded O smartwatches B-Application had O been O in O development O at O Google B-Application by O July O 2016 O , O but O they O were O canceled O ahead O of O their O release O due O to O hardware O chief O Rick O Osterloh O 's O concerns O that O they O did O not O fit O well O with O other O Pixel B-Device devices O . O In O 2016 O , O a O remastered O version O titled O Battlezone B-Application 98 I-Application Redux O was O released O developed O by O Big O Boat O Interactive O and O published O by O Rebellion O Developments O . O Research O suggests O that O the O Telegram B-Application surge O in O January O 2021 O was O driven O partly O by O the O deplatforming B-Application of O Parler B-Application by O big-tech O firms O . O The O development O of O Revelations B-Application : I-Application Persona I-Application began O in O 1994 O , O after O the O release O of O Shin O Megami O Tensei O If O .... O The O operating B-General_Concept system I-General_Concept itself O can O be O considered O application O software O when O performing O simple O calculating O , O measuring O , O rendering O , O and O word O processing O tasks O not O used O to O control O hardware O via O a O command-line B-Application interface I-Application or O graphical B-Application user I-Application interface I-Application . O alt.atheism B-Application is O a O Usenet B-Application newsgroup I-Application within O the O alt B-Architecture . I-Architecture It O was O the O last O palmtop O from O HP O which O ran O the O MS-DOS B-Application operating O system O , O for O which O there O is O much O software O from O desktop O PCs O , O and O it O came O with O a O useful O bundle O of O software O including O 1-2-3 B-Application and O Quicken B-Application . O Only O high O quality O AA B-Algorithm rechargeable O batteries O should O be O used O in O the O HP200LX O , O as O battery O leaks O can O destroy O the O LCD O 's O flat O video O cable O . O The O device O does O not O provide O the O BIOS B-Operating_System service O ( O INT B-Device 13h I-Device ) O for O reading O from O a O hard B-Device disk I-Device . O Drivers B-Application have O been O partially O written O for O this O purpose O ( O to O boot O MINIX O 2.0 O ) O . O Format O of O short O DOS O 7.1 O Extended B-Device BIOS I-Device Parameter I-Device Block I-Device ( O 60 O bytes O ) O for O FAT32 B-Application : O Following O an O issue O involving O a O showdown O with O his O nemesis O , O Brad O , O Captain B-Application Smiley I-Application 's O comic O series O , O The O Adventures O of O Captain B-Application Smiley I-Application , O is O canceled O due O to O poor O sales O . O In O February O 2013 O , O ReadCube B-Application launched O across O over O 117 O journals O published O by O Wiley O . O This O legacy O could O be O seen O in O the O original O title O bar O name O for O the O program O , O " O The O Microsoft B-Application Hearts I-Application Network O " O ( O although O network O play O was O removed O in O the O Windows B-Application XP I-Application version I-Application ) O . O ( O voice O actor O : O Haruka O Itoh O ) O - O A O modern-day O female B-Application ninja I-Application . O Time O periods O and O titles O are O drawn O from O Henry O Kautz O 's O 2020 O AAAI O Robert O S O . O Engelmore O Memorial O Lecture O and O the O longer O Wikipedia O article O on O the O History O of O AI B-Application , O with O dates O and O titles O differing O slightly O for O increased O clarity O . O DayViewer.com O An O online B-Application calendar I-Application based O diary O planner O enables O task O & O time O management O in O one O . O Some O titles O are O also O available O in O FLAC B-Application for O pay O . O Fire B-Application Emblem I-Application Echoes I-Application : I-Application Shadows I-Application of I-Application Valentia I-Application is O a O tactical O role-playing O video O game O developed O by O Intelligent O Systems O and O published O by O Nintendo O for O the O Nintendo B-Operating_System 3DS I-Operating_System in O 2017 O . O The O following O year O , O Musical O Biohazard B-Application ~ O Voice O of O Gaia O ~ O was O released O in O September O . O most O Linux B-Application distributions O support O Wayland O out O of O the O box O . O Fedora O starting O with O version O 25 O ( O released O 22 O November O 2016 O ) O uses O Wayland O for O the O default O GNOME B-Application 3.22 O desktop O session O , O with O X.Org B-Operating_System as O a O fallback O if O the O graphics O driver O cannot O support O Wayland O . O Additionally O , O while O Facebook B-Application users I-Application have O the O ability O to O download O and O inspect O the O data O they O provide O to O the O site O , O data O from O the O user O 's O " O shadow B-Application profile I-Application " O is O not O included O , O and O non-users O of O Facebook B-Application do O not O have O access O to O this O tool O regardless O . O , O the O latest O official O Windows B-Application port O of O GNU B-Language Aspell I-Language was O still O 32-bit O version O 0.50.3 O ( O Dec O 2002 O ) O , O with O dictionaries O of O similar O age O . O Norton B-Application ’s O products O are O primarily O digital B-Application security I-Application tools O for O personal O computers O , O server O devices O and O , O more O recently O , O mobile O devices O . O Another O possible O distinction O is O seen O by O some O in O the O ability O of O some O music B-Application visualization I-Application systems O ( O such O as O Geiss O ' O MilkDrop B-Application ) O to O create O different O visualizations O for O each O song O or O audio O every O time O the O program O is O run O , O in O contrast O to O other O forms O of O music B-Application visualization I-Application ( O such O as O music O videos O or O a O laser O lighting O display O ) O which O always O show O the O same O visualization O . O Online O websites O , O like O Photo O Radar B-Application Scam O and O BantheCams.org, O have O been O created O in O reaction O to O the O rising O use O of O traffic O cameras O . O , O released O in O January O 2010 O , O is O the O fourth O and O current O project O code O name O of O the O IPPOLIT B-Application series O . O The O storyline O was O inspired O by O conflicts O in O Europe O and O Asia O , O based O heavily O in O personal O and O political O drama O over O the O fantasy-themed O narrative O of O Ogre B-Application Battle I-Application : I-Application The I-Application March I-Application of I-Application the I-Application Black I-Application Queen I-Application . O It O was O released O exclusively O in O North O America O on O July O 23 O , O 2003 B-Application for O the O GameCube B-Application , O while O the O Xbox B-Application version O was O released O one O week O later O . O Blades B-Application of I-Application Vengeance I-Application is O a O platform O game O developed O by O Beam O Software O and O published O by O Electronic O Arts O for O the O Mega B-Operating_System Drive/Genesis I-Operating_System . O Which O settings O become O active O may O depend O on O settings O in O the O computer/smartphone O , O settings O in O the O browser B-Application , O settings O in O the O user O profile O on O the O calendar B-Application application I-Application , O settings O in O the O profile O of O the O user O principal O name O , O or O ( O typically O on O a O work O accounts O ) O that O certain O settings O are O controlled O by O the O organisation O . O Within O a O month O , O CastleVille B-Operating_System was O ranked O #5 O on O the O most O popular O Facebook B-Application games O , O having O accumulated O 26.5 O million O players O . O For O much O the O same O reason O as O desk B-Application accessories I-Application were O used O in O Mac B-Application OS I-Application and O in O GEM B-Application , O namely O to O allow O more O than O one O simultaneous O program O on O a O system O which O did O not O support O multitasking B-Operating_System , O the O concept O of O desk B-Application accessories I-Application was O extended O to O Palm O OS O by O third-party O developers O . O There O have O been O eight O satellites B-Application in O the O DMC-program O ; O 3 O are O currently O ( O as O of O 2020 O ) O active O . O The O second O step O in O data B-Application flow I-Application reconstruction O is O computing O an O association O graph O from O the O lineage O information O . O GameTrailers O awarded O a O score O of O 6.0 O out O of O 10 O praising O the O ability O for O players O to O customize O their O BattleMechs B-Application , O but O criticizing O the O cumbersome O user O interface O and O that O the O game O did O a O poor O job O at O explaining O its O systems O . O As O well O as O the O data O model O , O many O basic O concepts O of O database O terminology O were O introduced O by O this O group O , O notably O the O concepts O of O schema B-Application and O subschema O . O There O are O , O however O , O OS/2 B-Application -based O antivirus O programs O , O dealing O with O DOS O viruses O and O Windows O viruses O that O could O pass O through O an O OS/2 B-Application server O . O The O actor/actress O forces O the O player O character O to O break O up O with O their O lover O during O the O premiere B-Application of O the O actor/actress O ' O s O movie O . O At O the O beginning O of O RahXephon B-Application , O Ayato O Kamina O is O a O modest O 17-year-old O living O in O Tokyo O . O Nvidia O , O partnering O with O Microsoft B-Application DirectX I-Application , O announced O the O Nvidia O RTX O developer O library O in O 2018 O , O which O promised O fast O real-time O ray B-Algorithm tracing I-Algorithm solutions O powered O by O hardware B-General_Concept accelerated I-General_Concept ray B-Algorithm tracing I-Algorithm ( O ASIC O tensor O cores O ) O found O in O the O Volta-generation O GPUs B-Architecture . O RIM O continued O to O manufacture O QWERTY O models O , O to O give O the O market O a O choice O between O the O traditional O QWERTY O thumb B-Device keyboard I-Device , O and O the O compressed O SureType B-Application keyboard O . O Kudryavka O appears O in O Key O 's O eighth O game O , O Kud B-Application Wafter I-Application , O as O the O main O heroine O . O Since O support O for O serial O communication O to O a O modem B-Application was O very O rudimentary O in O the O BIOS O or O may O have O been O absent O altogether O , O it O was O common O practice O for O CP/M B-Application programs O that O used O modems B-Application to O have O a O user-installed O overlay O containing O all O the O code O required O to O access O a O particular O machine O 's O serial O port O . O WordStar B-Application , O one O of O the O first O widely O used O word B-General_Concept processors I-General_Concept , O and O dBase B-Application , O an O early O and O popular O database O program O for O microcomputers B-Architecture , O were O originally O written O for O CP/M B-Application . O Two O early O outliners B-Application , O KAMAS B-Application ( O Knowledge O and O Mind O Amplification O System O ) O and O its O cut-down O successor O Out-Think O ( O without O programming O facilities O and O retooled O for O 8080/V20 O compatibility O ) O were O also O written O for O CP/M B-Application , O though O later O rewritten O for O MS-DOS B-Application . O Turbo B-Application Pascal I-Application , O the O ancestor O of O Borland B-Language Delphi I-Language , O and O Multiplan B-Device , O the O ancestor O of O Microsoft B-Application Excel I-Application , O also O debuted O on O CP/M B-Application before O MS-DOS B-Application versions O became O available O . O VisiCalc B-Application , O the O first-ever O spreadsheet O program O , O was O made O available O for O CP/M B-Application . O Another O company O , O Sorcim O , O created O its O SuperCalc B-Application spreadsheet O for O CP/M B-Application , O which O would O go O on O to O become O the O market O leader O and O de O facto O standard O on O CP/M B-Application . O NewIcons B-Operating_System also O includes O DefIcons O , O a O package O of O ready-made O icons O which O aims O to O provide O a O default O icon O image O for O all O files O that O do O not O have O their O own O associated O icons O ( O provided O as O .info O files O in O AmigaOS B-Application ) O . O Super B-Application Metroid I-Application was O released O almost O a O decade O after O the O original O Metroid B-Device . O The O software O package O contains O several O solvers O and O two O post-processors O and O is O available O for O Microsoft B-Application Windows I-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System and O Unix/Linux O computers O in O 32-bit O and O 64-bit B-Device versions O . O Retro B-Application Force I-Application received O mixed O to O negative O reviews O . O Linux B-Application tools O can O use O the O NT O disk O signature O to O determine O which O disk O the O machine O booted O from O . O KeeWeb B-Application can O also O be O deployed O as O a O standalone O server O , O or O installed O as O a O Nextcloud B-General_Concept app O . O The O four O reviewers O of O Electronic O Gaming O Monthly O regarded O Lynx B-Application Casino I-Application as O one O of O the O best O gambling O simulators O available O , O citing O the O large O selection O of O games O , O the O easy-to-read O display O despite O the O small O screen O size O , O and O the O clever O Easter O eggs O planted O throughout O the O game O . O Class B-Application hierarchies I-Application on O the O other O hand O tend O to O be O fairly O static O and O rely O on O far O less O diverse O and O more O structured O sources O of O data O such O as O corporate O databases O . O In O 1989 O , O Nintendo O signed O a O deal O with O Sony O to O begin O development O of O a O CD-ROM-based O system O known O as O the O " O Nintendo O PlayStation B-Device " O or O the O SNES B-Application CD O to O be O an O add-on O to O the O Super B-Application Nintendo I-Application Entertainment I-Application System I-Application that O would O allow O for O FMV B-Application and O larger O games O . O USL O , O in O an O attempt O to O create O an O API B-General_Concept to O make O applications O GUI B-Application independent O , O developed O MoOLIT B-Device ( O from O Motif B-Device OPEN B-Operating_System LOOK I-Operating_System Intrinsics O Toolkit O ) O , O which O kept O the O OLIT B-Library API B-General_Concept , O but O allowed O users O to O choose O which O GUI B-Application they O wanted O at O run O time O . O Mid-September O 2010 O , O Ludovic O Poitou O , O then O OpenDS B-Language community O leader O and O co-project O owner O , O left O Oracle B-Application for O ForgeRock O . O Qt B-Language 4.5 O and O later O are O released O under O the O LGPL B-Application license I-Application . O ACAP O rules O can O be O considered O as O an O extension O to O the O Robots O Exclusion O Standard O ( O or O " O robots.txt O " O ) O for O communicating O website O access O information O to O automated O web B-Application crawlers I-Application . O MODIS B-Application has O used O the O marine O optical O buoy O for O vicarious O calibration O . O In O place O of O constructor O parameters O , O Scala B-Application has O class O parameters O , O which O are O placed O on O the O class O , O similar O to O parameters O to O a O function O . O The O extended B-Algorithm finite I-Algorithm element I-Algorithm method I-Algorithm ( O XFEM B-Algorithm ) O is O a O numerical O technique O based O on O the O generalized O finite B-Application element I-Application method I-Application ( O GFEM O ) O and O the O partition O of O unity O method O ( O PUM O ) O . O Unlike O the O command O su B-Device , O users O supply O their O personal O password O to O sudo B-Device ( O if O necessary O ) O rather O than O that O of O the O superuser B-Application or O other O account O . O On O this O issue O , O a O declaration O from O Google B-Application at O the O end O of O scanned O books O says O : O Only O six O of O the O seven O SPEs O are O accessible O to O developers O as O the O seventh B-Application SPE O is O reserved O by O the O console O 's O operating B-General_Concept system I-General_Concept . O On O February O 21 O , O 2019 O , O in O the O wake O of O renewed O controversy O over O the O service O due O to O the O related O Facebook O Research O program O , O Facebook O announced O that O it O would O sunset O Onavo B-Application Protect I-Application VPN B-Application and O pull O its O app O from O Google B-Application Play I-Application Store I-Application . O Very O similar O to O its O predecessor O , O Viewtiful B-Application Joe I-Application 2 I-Application is O a O combination O of O 2D O and O 3D O cel-shaded O graphics O with O action B-Application , O platforming O , O and O beat B-Application ' I-Application em I-Application up I-Application gameplay O elements O . O This O game O is O an O adventure O with O isometric B-Application graphics I-Application . O While O this O effect O occurs O for O any O discrete O statistic O ( O not O just O in O contingency B-Application tables I-Application , O or O for O Fisher O 's O test O ) O , O it O has O been O argued O that O the O problem O is O compounded O by O the O fact O that O Fisher O 's O test O conditions O on O the O marginals O . O In O Apple O 's O macOS B-Application operating O system O , O Quartz B-Operating_System is O the O Quartz B-Operating_System 2D I-Operating_System and O Quartz B-Operating_System Compositor O part O of O the O Core B-Operating_System Graphics I-Operating_System framework O . O It O is O the O fourth O game O in O the O Modern B-Application Combat I-Application series O , O and O is O a O sequel O to O 2009 O 's O Modern B-Application Combat I-Application : I-Application Sandstorm I-Application , O 2010 O 's O Modern B-Application Combat I-Application 2 I-Application : I-Application Black I-Application Pegasus I-Application and O 2011 O 's O Modern B-Application Combat I-Application 3 I-Application : I-Application Fallen I-Application Nation I-Application . O This O ran O in O the O OS/2 B-Application subsystem O of O Windows O NT O and O Windows O 2000 O , O and O consisted O mostly O of O the O Version O 3.2a O External O with O wrappers O containing O hooks O allowing O control O by O NT O administration O utilities O . O VirtualDJ B-Application ( O VDJ O ) O is O audio O and O video O mixing O software O for O Microsoft B-Application Windows I-Application and O macOS B-Application , O developed O by O Atomix O Productions O . O Core O and O some O plugin B-Application data O files O compiled O into O binaries O using O GResources O . O It O soon O became O the O billionth O download O on O Apple B-Application 's I-Application App I-Application Store I-Application . O Overstreet O has O stated O that O development O of O Bcachefs B-Application began O as O Bcache B-Application 's O developers O realized O that O its O codebase O had O " O been O evolving O ... O into O a O full O blown O , O general-purpose O POSIX O filesystem B-Application " O , O and O that O " O there O was O a O really O clean O and O elegant O design O " O within O it O if O they O took O it O in O that O direction O . O Warrior B-Device 's I-Device Lair I-Device was O an O action B-Application role-playing I-Application game I-Application player O from O a O perspective B-Architecture corrected O view O of O an O isometric O viewpoint O , O the O game-engine O includes O simulation O of O destructible O environments O and O ragdoll O physics O . O A O ninja B-Application that O worked O for O Mumm-Ra O once O assumed O the O form O of O a O Tabbut O . O — O a O promotional O website O which O allowed O users O to O redeem O tickets O for O prizes O while O using O Microsoft O 's O search B-Application engine I-Application . O The O magazine O also O presented O Warcraft B-Application II I-Application with O the O award O for O 1995 O 's O " O Best O Multi-Player O Game O " O . O In O 2014 O , O fast B-Application food I-Application company O McDonald O 's O released O Happy O Meal-branded O toys O based O on O the O characters O and O karts O . O The O fixed O assumption O of O 8sectors O per O clusters O on O hard B-Device disks I-Device practically O limited O the O maximum O partition B-Application size O to O 16MB O for O 512byte O sectors O and O 4KB O clusters O . O The O BIOS B-Device Parameter I-Device Block I-Device ( O BPB O ) O was O introduced O with O PCDOS2.0 O as O well O , O and O this O version O also O added O read-only O , O archive O , O volume B-Application label I-Application , O and O directory B-Application attribute O bits O for O hierarchical O sub-directories O . O MS-DOS B-Application 3.0 O introduced O support O for O high-density O 1.2MB O 5.25-inch O diskettes B-Device ( O media O descriptor O 0xF9 O ) O , O which O notably O had O 15sectors O per O track O , O hence O more O space O for O the O FATs O . O FAT12 O remains O in O use O on O all O common O floppy B-Device disks I-Device , O including O 1.44MB O and O later O 2.88MB O disks O ( O media O descriptor O byte B-Application 0xF0 O ) O . O In O 1984 O , O IBM O released O the O PC B-Operating_System AT I-Operating_System , O which O required O PCDOS3.0 O to O access O its O 20MB O hard B-Device disk I-Device . O However O , O the O maximum O possible O number O of O sectors O and O the O maximum O partition B-Application size O of O 32MB O did O not O change O . O Beyond B-Application Light I-Application introduces O a O fourth O elemental O damage O type O called O Stasis O , O which O creates O ice O and O cold-based O damage O , O and O is O rooted O in O the O power O of O the O Darkness O . O After O failing O to O extract O Pey'j O from O the O slaughterhouse O in O time O , O Jade O learns O that O he O was O , O in O fact O , O the O secret O chief O of O the O IRIS B-Application Network I-Application . O As O at O 3 O March O 2019 O , O the O NORMA B-Application Plus O project O has O resolved O 38 O of O the O bugs O were O found O in O the O 2015 O version O of O NORMA B-Application . O Blade O templating B-Application engine I-Application combines O one O or O more O templates O with O a O data B-Application model I-Application to O produce O resulting O views O , O doing O that O by O transpiling B-Language the O templates O into O cached O PHP B-Application code O for O improved O performance O . O Commodore O UK O reached O an O agreement O with O Ocean O Software O to O bundle O the O game O with O Amiga B-Device 500 I-Device computers O . O Between O October O 1989 O and O September O 1990 O , O A500 O machines O were O sold O in O the O United O Kingdom O in O Batman-themed O boxes O containing O the O game O and O The B-Application NewZealand I-Application Story I-Application , O as O well O as O F/A B-Application -18 I-Application Interceptor I-Application and O Deluxe O Paint O II O , O both O contributed O by O Electronic O Arts O . O ShareChat B-Application 's O holding O company O , O Mohalla B-Application Tech I-Application Pvt O Ltd O , O was O incorporated O in O January O 2015 O by O three O IIT O Kanpur O graduates O — O Ankush O Sachdeva O , O Bhanu O Pratap O Singh O and O Farid O Ahsan O . O In O 2018 O , O Cloudflare B-Application was O identified O by O the O European O Union O 's O Counterfeit O and O Piracy O Watch O List O as O a O " O notorious B-Application market I-Application " O which O engages O in O , O facilitates O , O or O benefits O from O counterfeiting O and O piracy O . O Logical B-Application data I-Application models I-Application should O be O based O on O the O structures O identified O in O a O preceding O conceptual B-Application data I-Application model I-Application , O since O this O describes O the O semantics O of O the O information O context O , O which O the O logical O model O should O also O reflect O . O Perfect B-Application Dark I-Application received O mixed O reviews O from O video O game O publications O . O Some O of O the O businesses O include O Equifax O , O Google B-Application , O Microsoft O , O Novell O , O Oracle B-Application Corporation I-Application and O PayPal O . O The O game O is O available O on O PlayStation B-Device 2 I-Device ( O PS2 B-Device ) O and O Xbox B-Application and O is O based O on O a O series O of O books O called O Romance B-Application of I-Application the I-Application Three I-Application Kingdoms I-Application , O written O by O Luo O Guanzhong O . O On O May O 14 O , O 2006 O , O Microsoft O released O the O first O Community O Technology O Preview O ( O CTP O ) O version O of O Expression B-Application Web I-Application , O code-named O Quartz O . O The O Gizmondo B-Device launched O in O the O United O Kingdom O with O only O one O game O , O Trailblazer B-Application . O It O is O the O debut O entry O in O the O Tomb B-Application Raider I-Application media O franchise O . O At O this O time O Cybertech B-Application Systems I-Application was O actually O just O Escudero O in O his O basement O . O Finally O , O the O combination O of O network O data B-General_Concept transfer O latencies O ( O physically O transferring O the O data B-General_Concept over O the O network O ) O and O contention O latencies O ( O waiting O for O the O server B-Application to O process O other O nodes O ' O requests O before O yours O ) O can O lead O to O an O unacceptable O degradation O in O performance O compared O to O using O local O drives O , O depending O on O the O nature O of O the O application O and O the O capacity O of O the O network O infrastructure O and O the O server B-Application . O REVIVAL B-Application Mobile I-Application Management I-Application Suite I-Application can O be O installed O on-site O at O the O customer O 's O facilities O or O it O can O be O hosted O by O a O selected O hosting O partner O . O Paperpile B-Application imports O and O exports O BibTeX B-Language and O RIS O formats O , O and O can O migrate O data O from O Mendeley B-Language , O Zotero B-Application and O Papers B-Operating_System . O The O Web O Application O Server O contained O all O the O capabilities O of O SAP B-Application Basis I-Application . O The O official O reference O implementation O of O Erlang B-Operating_System uses O BEAM B-Application . O Getting O Things O GNOME B-Application ! O In O September O 2016 O , O Twilio B-General_Concept acquired O Tikal O Technologies O , O the O development O team O behind O the O Kurento O WebRTC B-Protocol open-source B-Application project O , O for O $8.5 O million O . O Despite O coverage O by O the O popular O Nintendo B-Application Power I-Application video O game O magazine O , O the O game O sold O relatively O few O copies O in O North O America O and O was O not O widely O released O . O In O Fire B-Application Emblem I-Application Awakening I-Application , O the O player O begins O the O game O as O one O of O the O central O characters O , O a O customizable O Avatar B-Application : O while O the O character O 's O default O name O is O Robin O , O their O name O , O gender O , O hair O color O , O feature O types O , O and O voice O can O all O be O customized O . O Plug-ins B-Application can O also O be O used O to O host O other O plug-ins B-Application . O KMS O has O been O adopted O to O such O an O extent O that O certain O drivers O which O lack O 3D B-Architecture acceleration I-Architecture ( O or O for O which O the O hardware O vendor O does O n't O want O to O expose O or O implement O it O ) O nevertheless O implement O the O KMS O API B-Application without O the O rest O of O the O DRM O API B-Application , O allowing O display O servers O ( O like O Wayland B-Language ) O to O run O with O ease O . O CRTCs O : O each O CRTC O ( O from O CRT B-Device Controller O ) O represents O a O scanout O engine O of O the O display O controller O , O pointing O to O a O scanout O buffer B-General_Concept ( O framebuffer B-Algorithm ) O . O The O purpose O of O a O CRTC O is O to O read O the O pixel O data O currently O in O the O scanout O buffer B-General_Concept and O generate O from O it O the O video B-Application mode I-Application timing I-Application signal I-Application with O the O help O of O a O PLL O circuit O . O This O functionality O is O used O with O cfqueryparam O to O secure O web B-Application applications I-Application and O databases O from O hackers O and O malicious O web O requests O such O as O SQL B-Language injection I-Language . O Natoe O also O discovers O the O immense O newly O upgraded O " O Zex B-Application Beast O " O creature O and O destroys O it O . O Another O notable O difference O was O the O lack O of O a O transcription O feature O for O recorded O voice B-Application dictation I-Application , O as O found O in O NaturallySpeaking B-Application . O MacSpeech B-General_Concept released O a O separate O product O , O MacSpeech B-General_Concept Scribe I-General_Concept , O to O handle O this O . O The O license O also O allows O for O software B-Application forks I-Application as O long O as O they O are O distributed O under O the O same O license O , O except O that O the O creator O of O a O derivative O work O is O allowed O to O offer O warranty O protection O on O the O new O work O . O Kentaro O Yoshida O , O texturing O and O modeling O artist O , O described O the O creation O process O as O similar O in O style O to O Star B-Application Wars I-Application , O in O that O it O " O made O an O unearthly O world O appear O so O real O " O . O The O Saturn B-Application architecture O has O four O 64-bit B-Device GPRs O ( O General O Purpose O Registers O ) O , O named O A O , O B O , O C O and O D O . O In O addition O , O there O are O also O five O 64-bit B-Device " O scratch O " O registers O named O R0 O , O R1 O , O R2 O , O R3 O and O R4 O . O NASA O sponsored O the O original O version O of O NASTRAN B-Algorithm , O and O UC O Berkeley O made O the O finite B-Application element I-Application program O SAP O IV O widely O available O . O In O the O 8-bit O versions O , O while O running O , O the O CP/M B-Application operating I-Application system I-Application loaded O into O memory O had O three O components O : O Basic O Disk O Operating B-General_Concept System I-General_Concept ( O BDOS O ) O , O Console B-Application Command I-Application Processor O ( O CCP O ) O . O A O number O of O transient O commands B-Application for O standard O utilities O were O also O provided O . O The O blockchain B-Application has O experienced O several O major O outages O , O was O subjected O to O a O hack O , O and O a O class O action O lawsuit O was O filed O against O the O platform O . O ) O , O statistics O ( O hypothesis O test O , O regression O , O PCA B-Application , O etc O . O ) O , O data B-Application mining I-Application ( O association B-Algorithm mining I-Algorithm , O etc O . O Bortnick O wrote O the O ARG O 's O narrative O alongside O the O story O they O were O building O for O Frog B-Application Fractions I-Application 2 I-Application , O and O described O that O at O one O point O they O had O considered O using O the O name O Fairies O vs. O Badgers O instead O of O Glittermitten B-Application Grove I-Application , O but O dropped O that O title O , O requiring O him O to O drop O a O plot O line O regarding O badgers O from O the O ARG O . O The O Modelica B-Application Association O also O develops O the O free O Modelica B-Application Standard O Library O that O contains O about O 1400 O generic O model O components O and O 1200 O functions O in O various O domains O , O as O of O version O 4.0.0 O . O Anonymous O claimed O responsibility O , O but O Amazon B-Application denied O this O assertion O . O Gamevice B-Application sought O to O block O imports O of O the O Switch O from O Japan O while O the O lawsuit O was O in O progress O . O A B-General_Concept class O action O lawsuit O was O filed O in O the O United O States O District O Court O for O the O Western O District O of O Washington O in O July O 2019 O concerning O a B-General_Concept joystick O defect O in O the O console O 's O Joy-Con B-General_Concept controllers B-Device , O commonly O referred O to O as O " O drift O " O . O Sony O had O put O significant O effort O into O blocking O custom O firmware B-Application and O other O third O party O devices/content O from O the O PSP B-Operating_System , O but O their O effort O was O in O vain O . O It O was O released O in O North O America O and O Europe O on O October O 25 O , O 2022 O in O North O America O and O on O October O 28 O , O 2022 O in O Europe O for O the O Nintendo B-Application Switch I-Application and O PlayStation B-Operating_System 4 I-Operating_System alongside O a O port O for O Microsoft B-Application Windows I-Application . O v7 O ) O tar B-Application header B-General_Concept : O Features O common O to O previous O games O in O the O Rune O Factory O series O , O including O farming O , O dungeon O exploring O , O and O marriage O , O return O in O Rune B-Application Factory I-Application 4 I-Application . O Disjoint-set O data O structure O : O correctness O proof O in O Coq B-Application was O published O in O 2007 O . O PDFtk B-Language ( O short O for O PDF B-Application Toolkit B-Library ) O is O a O toolkit B-Library for O manipulating O Portable B-Application Document I-Application Format I-Application ( O PDF B-Application ) O documents O . O Because O it O uses O B-trees B-Architecture to O index O table O objects O , O HDF5 B-Application works O well O for O time O series O data O such O as O stock O price O series O , O network O monitoring O data O , O and O 3D O meteorological O data O . O If O connected O to O Pokémon B-Application Gold I-Application , I-Application Silver I-Application , O or O Crystal B-Application , O the O player O can O use O the O " O Mystery O Gift O " O function O to O receive O a O random O item O in O the O Game B-Device Boy I-Device game O . O J1939 B-Application , O ISO B-Protocol 11783 I-Protocol and O NMEA O 2000 O all O share O the O same O high O level O protocol O . O PS4 B-Operating_System owners O can O view O their O smartphone B-Application or O PlayStation B-Device Vita O for O drawing O the O object O and O flick O it O anywhere O for O the O augmented B-General_Concept reality I-General_Concept Bots O to O play O with O . O Through O Remote O Play O users O can O operate O their O PS4 B-Operating_System through O the O uses O of O a O PlayStation B-Device Vita O handheld B-Application game O console O , O allowing O for O the O play O of O PS4 B-Operating_System games O and O other O media O on O the O small O device O via O streaming O . O All O games O that O do O not O require O the O PlayStation B-Device Move O or O PlayStation B-Algorithm Camera I-Algorithm are O compatible O . O thumb|left|Rockford O drops O a O series O of O boulders O on O butterflies O which O explode O into O diamonds O and O fall O down O the O shafts O . O Boulder B-Application Dash I-Application takes O place O in O a O series O of O caves O , O each O of O which O is O laid O out O as O rectangular O grid O of O blocks O . O The O developers O of O Gentoo B-Application Linux I-Application also O attempted O to O adapt O these O changes O in O OpenRC B-Device , O but O the O implementation O contained O too O many O bugs O , O causing O the O distribution O to O mark O systemd B-Application as O a O dependency B-Application of O GNOME B-Application . O On O 24 O February O 2011 O , O an O official O XvBA B-Application SDK O ( O Software B-Application Development I-Application Kit I-Application ) O was O publicly O released O alongside O a O suite O of O open O source O tools O by O AMD O . O A O continuation O of O the O concept O from O Dungeon O magazine O , O which O moved O to O online O publication O in O September O 2007 O , O each O year O 's O worth O of O Pathfinder B-Application Adventure O Path O publishes O two O complete O adventure O paths O in O six-issue O arcs O , O In O 2004 O , O Folding B-Application @home I-Application was O used O to O perform O the O first O molecular O dynamics O study O of O the O refolding O of O p53 O 's O protein O dimer O in O an O all-atom O simulation O of O water O . O Like O Sonic B-Application 3 I-Application & B-Application Knuckles I-Application , O the O story O is O told O via O short O in-game O cutscenes O between O levels O . O Unlike O Microsoft B-Application Word I-Application , O there O never O was O a O DOS O version O of O Excel O . O In O June O 2022 O , O PayPal O added O the O ability O for O users O to O transfer O Litecoin B-Protocol along O with O Bitcoin B-Protocol , O Ethereum B-Application and O Bitcoin B-Protocol Cash I-Protocol between O PayPal O to O other O wallets O and O exchanges O . O PunkBuster B-Application Servers O can O be O configured O to O instruct O clients O to O calculate O partial O MD5 B-Algorithm hashes I-Algorithm of O files O inside O the O game O installation O directory O . O Mysticality O classes O : O The O mysticality O classes O are O Pastamancer B-Application and O Sauceror B-Application . O Please O uninstall B-Application and O reinstall. O " O . O This O program B-Application is O a O tool O for O planning O , O design O , O optimization O and O reengineering O of O real O production O , O manufacturing O , O logistic O or O service O provision O systems O . O It O was O released O on O Nintendo B-Application Switch I-Application on O 8 O December O , O 2018 O . O The O government O launched O MySejahtera B-Application on O 16 O April O 2020 O , O one O of O three O tracing O app O that O released O alongside O MyTrace O and O Gerak O Malaysia O . O An O updated O Oracle B-General_Concept Data B-Application Miner I-Application GUI B-Application was O released O in O 2012 O . O Hydrophobia B-Application is O an O action O adventure O video O game O developed O and O published O by O Dark O Energy O Digital O for O Microsoft B-Application Windows I-Application , O the O PlayStation B-Operating_System 3 I-Operating_System and O by O Microsoft O Studios O for O Xbox B-Device Live I-Device Arcade I-Device . O A O standardized O requirement O for O name B-Language mangling I-Language would O also O prevent O an O implementation O where O mangling O was O not O required O at O all O — O for O example O , O a O linker B-Application that O understood O the O C++ B-Language language I-Language . O In O addition O , O if O the O Lost B-Application Planet I-Application 2 I-Application multiplayer O demo O reached O one O million O downloads O by O midnight O Pacific O Time O on O May O 5 O , O Capcom O would O donate O $ O 50,000 O to O Music O for O Relief O , O a O charity O founded O by O Linkin O Park O members O to O provide O aid O to O victims O of O natural O disasters O . O Church B-Application encoding I-Application performs O a O similar O function O . O TLB O was O later O renamed O Solomon O Software O , O and O then O Microsoft B-Application Dynamics I-Application SL O . O It O was O one O of O the O first O accounting O packages O in O the O United O States O that O were O designed O and O written O to O be O multi-user O and O to O run O under O Windows B-Application as O 32-bit O software O . O Heart O is O depleted O as O Thanatos B-Application is O attacked O by O soldiers O , O knights O , O big O creatures O and O rockfalls O ; O this O results O in O a O quicker O heartbeat O and O may O finally O cause O an O infarction O . O Style B-Application Savvy I-Application : I-Application Trendsetters I-Application , O known O as O Nintendo B-Application presents I-Application : I-Application New I-Application Style I-Application Boutique I-Application in O the O PAL O region O , O as O {{ O nihongo O foot|Wagamama O Fashion O : O Girls O Mode O Yokubari O Sengen O ! O |わがままファッション O ガールズモードよくばり宣言!||lit O . O It O was O later O released O as O part O of O the O Arcade B-Application Archives I-Application series O on O PlayStation B-Operating_System 4 I-Operating_System in O Japan O in O 2017 O and O Nintendo B-Application Switch I-Application worldwide O in O 2021 O , O and O was O added O to O Konami O 's O Arcade B-Application Classics O Anniversary O Collection O for O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O Steam B-Application , O and O Nintendo B-Application Switch I-Application in O 2019 O . O ( O 16-bit B-Device applications B-Application are O developed O for O CPUs O compatible O with O x86 B-Operating_System 2nd O generation O , O first O conceived O in O 1978 O . O Condrey O said O that O Dead B-Application Space I-Application was O influenced O only O by O System B-Application Shock I-Application and O System B-Application Shock I-Application 2 I-Application . O GamesRadar+ O criticized O the O game O for O not O taking O full O advantage O of O the O game O 's O premise O of O controlling O mercury B-Application , O and O for O the O imprecise O motion O controls O of O the B-Operating_System PS3 I-Operating_System 's O DualShock O 3 O controller O . O Kenneth O E O . O Iverson O used O primitives O based O on O Curry O 's O combinators B-Application in O his O J B-Language programming I-Language language I-Language , O a O successor O to O APL B-Language . O The O MUD B-Application was O founded O in O Perth O , O Western O Australia O , O by O David O " O Pinkfish B-Application " O Bennett O , O Craig O " O Furball O " O Richmond O , O Sean O A O . O This O is O a O feature O of O C# B-Language 4.0 I-Language and O .NET B-Application Framework I-Application 4.0 O . O Generic B-Language interfaces O and O delegates O can O have O their O type O parameters O marked O as O covariant O or O contravariant O , O using O keywords O out O and O in O , O respectively O . O Default O file B-Application system I-Application mount B-Application attributes O can O be O overridden O in O /etc/fstab B-Protocol . O Emanuel O Goldberg O submits O patents O for O his O " O Statistical O Machine O ” O a O document O search B-Application engine I-Application that O used O photoelectric O cells O and O pattern O recognition O to O search O the O metadata O on O rolls O of O microfilmed O documents O . O Samsung B-Application announced O plans O to O launch O a O 16-80mm O 3.5-4.5 O OIS O VCM B-Device ( O Movie O Home O ) O in O December O 2011 O . O Carriers B-Application at I-Application War I-Application 1941-1945 O : O Fleet O Carrier O Operations O in O the O Pacific O is O a O 1992 O wargame B-Application by O Strategic O Studies O Group O for O MS-DOS B-Application and O Macintosh B-Device . O The O analysis O of O big B-Application data I-Application presents O challenges O in O sampling O , O and O thus O previously O allowing O for O only O observations O and O sampling O . O Silo B-Application does O not O include O a O renderer O . O The O overall O effectiveness O of O traditional B-Application knowledge I-Application GIS I-Application has O not O been O determined O conclusively O . O Rewinding O and O playing O through O a O chunk O of O game O over O and O over O creates O hectic O layers O of O action B-Application . O The O DeskMate B-Device application O would O run O on O top O of O MS-DOS B-Application . O Negation B-Application as I-Application failure I-Application has O been O an O important O feature O of O logic B-Language programming I-Language since O the O earliest O days O of O both O Planner B-Application and O Prolog B-Language . O Andrew O Ng O – O Director O of O the O Stanford O Artificial B-Application Intelligence I-Application Lab O . O Woolfe B-Application : I-Application The I-Application Red I-Application Hood I-Application Diaries I-Application is O a O side-scrolling O platform O hack B-Application and I-Application slash I-Application video I-Application game I-Application developed O and O published O by O Belgian O independent O development O studio O GriN B-Application Gamestudio I-Application . O Dragon B-Application Force I-Application is O set O in O the O world O Legendra O , O which O lived O in O an O era O of O prosperity O under O the O watch O of O the O benevolent O goddess O Astea O , O until O it O came O under O siege O by O the O evil O god O Madruk O and O his O armies O . O On O February O 13 O , O 2015 O , O Google B-Application developer O Mayur O Kamat O posted O a O clarification O that O XMPP B-Protocol service O relied-on O by O third-party O chat B-Protocol apps O would O continue O after O the O deprecation O of O the O Windows-specific O Google B-Application Talk O client B-Protocol . O A O feature O set O overview O which O detailed O new O features O available O separately O as O stand-alone O updates O to O Windows B-Application XP I-Application , O as O well O as O backported O features O from O Windows B-Application Vista I-Application , O was O posted O by O Microsoft O . O The O game O had O been O such O a O well-guarded O secret O , O and O had O been O through O so O many O changes O , O that O most O employees O did O not O know O they O had O been O working O on O a O Final B-Application Fantasy I-Application game I-Application until O very O late O in O development O . O Transmit B-Operating_System is O a O file O transfer O client O program O for O macOS B-Application . O The O third O playable O character O , O Havilan O , O is O a O veteran O piloting O a O flying O gunboat B-Application . O Crash B-Application Twinsanity I-Application received O mixed O reviews O upon O release O . O Both O iOS B-Application and O Android B-Application versions O have O the O same O radio O stations O as O the O PSP B-Operating_System versions O , O though O the O iOS B-Application version O features O a O custom O radio O station O that O uses O the O iTunes O library O . O Google B-Application Sycamore B-Device Superconducting O transmon O 9×6 O lattice O N/A O N/A O 53 O qb O effective O ( O 54 O total O ) O USTC O Jiuzhang O Photonics O N/A O N/A O N/A O 76 O qb O USTC O Zuchongzhi O Superconducting O N/A O N/A O N/A O 62 O qb O QuandelaAscellaPhotonicsN/AN/A98.8 O % O ( O 1 O qubit O ) O 88.1 O % O ( O 2 O qubits O ) O 86.0 O % O ( O 3 O qubits O ) O 6 O qb2022XanaduBorealisPhotonicsN/AN/AN/A216 O qb2022XanaduX8 O PhotonicsN/AN/AN/A8 O qb O XanaduX12PhotonicsN/AN/AN/A12 O qb O XanaduX24PhotonicsN/AN/AN/A24 O qb O IBM O IBM O Q O 5 O Tenerife O Superconducting O bow O tie O N/A O 99.897 O % O ( O average O gate O ) O 98.64 O % O ( O readout O ) O 5 O qb O IBM O IBM O Q O 5 O Yorktown O Superconducting O bow O tie O N/A O 99.545 O % O ( O average O gate O ) O 94.2 O % O ( O readout O ) O 5 O qb O IBM O IBM O Q O 14 O Melbourne O Superconducting O N/A O N/A O 99.735 O % O ( O average O gate O ) O 97.13 O % O ( O readout O ) O 14 O qb O IBM O IBM O Q O 16 O Rüschlikon O Superconducting O 2×8 O lattice O N/A O 99.779 O % O ( O average O gate O ) O 94.24 O % O ( O readout O ) O 16 O qb( Retired O : O 26 O September O 2018 O ) O IBM O IBM O Q O 17 O Superconducting O N/A O N/A O N/A O 17 O qb O IBM O IBM O Q O 20 O Tokyo O Superconducting O 5×4 O lattice O N/A O 99.812 O % O ( O average O gate O ) O 93.21 O % O ( O readout O ) O 20 O qb O IBM O IBM O Q O 20 O Austin O Superconducting O 5×4 O lattice O N/A O N/A O 20 O qb O ( O Retired O : O 4 O July O 2018 O ) O IBM O IBM O Q O 50 O prototype O Superconducting O transmon O N/A O N/A O N/A O 50 O qb O IBM O IBM O Q O 53 O Superconducting O N/A O N/A O N/A O 53 O qb O IBMIBM O EagleSuperconductingN/AN/AN/A127 O qb O IBM O IBM O Osprey O SuperconductingN/AN/AN/A433 O qb O Intel O 17-Qubit O Superconducting O Test O Chip O Superconducting O N/A O 40-pin O cross O gap O N/A O 17 O qb O Intel O Tangle O Lake O Superconducting O N/A O 108-pin O cross O gap O N/A O 49 O qb O Rigetti O 8Q O Agave O Superconducting O N/A O N/A O N/A O 8 O qb O Rigetti O 16Q O Aspen-1 O Superconducting O N/A O N/A O N/A O 16 O qb O Rigetti O 19Q O Acorn O Superconducting O transmon O N/A O N/A O N/A O 19 O qb O Rigetti O Aspen-M-3 O Superconducting O transmon O N/A O N/A O 99.9 O % O ( O Single-qubit O gates O ) O 94.7 O % O ( O Two-qubit O gates O CZ O ) O 95.1 O % O ( O Two-qubit O gates O XY O ) O 80 O qb O IBM O IBM O Armonk O Superconducting O Single O Qubit O N/A O N/A O 1 O qb O IBM O IBM O Ourense O Superconducting O T O N/A O N/A O 5 O qb O IBM O IBM O Vigo O Superconducting O T O N/A O N/A O 5 O qb O IBM O IBM O London O Superconducting O T O N/A O N/A O 5 O qb O IBM O IBM O Burlington O Superconducting O T O N/A O N/A O 5 O qb O IBM O IBM O Essex O Superconducting O T O N/A O N/A O 5 O qb O IBM O IBM O Athens O IBM O Quantum O . O The O combined O timelines O for O the O W3C O recommendations O of O HTML5 B-Application , O HTML B-Application 5.1 I-Application , O HTML B-Application 5.2 I-Application and O HTML O 5.3 O : O Stern O later O released O their O own O Monopoly O pinball B-Application . O Infamous B-Application 2 I-Application : I-Application Festival I-Application of I-Application Blood I-Application 2011 O PlayStation B-Operating_System 3 I-Operating_System A O PlayStation B-Device Network I-Device downloadable O game O . O Also O like O the O first O game O , O although O the O game O world O itself O is O fully O 3D O , O the O characters O populating O each O level O are O 2D O sprites O ; O those O in O Soulblighter B-Application have O many O more O frames O of O animation O than O those O in O The B-Application Fallen I-Application Lords I-Application , O and O so O move O much O more O smoothly O . O As O a O ghost O , O Polterguy O seeks O revenge O by O haunting B-Application Vito O 's O home O and O tormenting O him O and O his O family O . O Other O points O made O in O the O rebuttal O are O too O hard O to O enforce O , O while O still O being O backed O by O the O releasing B-Application groups I-Application , O or O that O the O TXD O is O mainly O meant O for O retail O sources O . O Kotakus O Walker O compared O the O game O to O PlayStation-era O platformers O like O Spyro B-Application the I-Application Dragon I-Application and O Ty B-Application the I-Application Tasmanian I-Application Tiger I-Application , O though O noted O critical O comparisons O felt O harsh O for O a O first-time O production O from O a O small O studio O like O Ember O Lab O . O When O they O expanded O by O hiring O more O developers O , O Motion O Twin O wanted O to O keep O the O Dead B-Application Cells I-Application development O team O to O between O eight O to O ten O people O in O order O to O stay O a O manageable O worker O cooperative O . O The O data O division O is O split O into O six O sections O which O declare O different O items O : O the O file O section O , O for O file O records O ; O the O working-storage O section O , O for O static B-General_Concept variables I-General_Concept ; O the O local-storage O section O , O for O automatic B-General_Concept variables I-General_Concept ; O the O linkage O section O , O for O parameters O and O the O return B-Language value I-Language ; O the O report O section O and O the O screen O section O , O for O text-based B-Application user I-Application interfaces I-Application . O This O syntax O is O similar O to O the O " O dot B-Language notation I-Language " O supported O by O most O contemporary O languages O . O A O level-number O of O 66 O is O used O to O declare O a O re-grouping O of O previously O defined O items O , O irrespective O of O how O those O items O are O structured B-Language . O National O Similar O to O alphanumeric O , O but O using O an O extended O character B-General_Concept set I-General_Concept , O e.g. O Numeric B-Algorithm Contains O exactly O 7 O digits O ( O 7 O = O 5+2 O ) O . O Numeric B-Algorithm data O is O converted O between O different O representations O and O sizes O silently O and O alphanumeric O data O can O be O placed O in O any O data O item O that O can O be O stored O as O a O string O , O including O numeric B-Algorithm and O group O data O . O For O example O , O a O indicates O a O decimal O digit O , O and O an O indicates O that O the O item O is O signed B-Algorithm . O to O do O assembly O in O the O browser B-Application using O web B-Language components I-Language . O The O song O that O is O played O when O wandering O the O fields O of O Dragon B-Application Quest I-Application , O " O Unknown O World O " O , O is O also O played O when O the O Hero O is O in O that O area O . O In O the O United O Kingdom O , O Links B-Application 2003 I-Application and O Links B-Application 2003 I-Application Championship O Courses O were O released O on O October O 11 O , O 2002 O . O Variables O are O technically O not O required O , O but O must O be O used O if O the O command B-Application is O to O vary O for O each O file O . O According O to O former O Treasure O designer O Tetsuhiko O " O Han O " O Kikuchi O , O Fill-in-Cafe O ' O s O Mad B-Application Stalker I-Application : I-Application Full I-Application Metal I-Application Force I-Application and O Capcom O 's O Alien O VS O . O Mikel O Reparaz O from O IGN O was O slightly O less O negative O , O praising O its O multiplayer O gameplay O , O but O criticizing O the O game O 's O simple O and O tedious O combat O , O stating O that O " O Rise B-Application of I-Application Lyric I-Application is O n't O fundamentally O broken O or O unplayable O ; O it O 's O just O thoroughly O disappointing O and O unpolished O , O and O while O it O does O have O some O fun O to O offer O , O it O 's O fun O that O 's O been O done O better O in O countless O similar O games O . O Developed O by O The O Coalition O ( O as O Microsoft O Game O Studios O Vancouver O ) O , O it O was O not O part O of O the O Microsoft B-Application Flight I-Application Simulator I-Application series O , O but O instead O was O designed O to O replace O it O and O aimed O at O drawing O new O users O into O flight O gaming O . O Dragon B-Application 's I-Application Lair I-Application appears O in O the O Stranger O Things O episode O " O Chapter O One O : O MADMAX O " O ( O 2017 O ) O . O Often O , O engineering O projects O are O faced O with O economic O or O other O pressure O to O embody O SOUP B-General_Concept into O their O high B-Application integrity I-Application systems I-Application . O Windows B-Application users O can O view O and O edit O Pages O files O using O iWork B-Application for O iCloud B-Application via O a O web B-Application browser I-Application . O On O June O 6 O , O 2010 O , O FiveThirtyEight B-Application posted O pollster O rankings O that O updated O and O elaborated O Silver O 's O efforts O from O the O 2008 O election O . O Afterwards O he O rids O Paracas O ( O a O moon O marked O by O a O shape O similar O to O the O Paracas O Candelabra O ) O from O Spanish O ships O and O he O meets O the O Aclla O who O acknowledges O him O as O the O new O Sapa O Inca B-Application and O gives O him O the O Jewel O of O Matter O . O The O term O music O copying O is O almost O equivalent O — O though O music B-Application engraving I-Application implies O a O higher O degree O of O skill O and O quality O , O usually O for O publication O . O The O original O arcade O version O is O unlockable O in O Sonic B-Application 's I-Application Ultimate I-Application Genesis I-Application Collection I-Application . O As O with O all O other O Pokémon O role-playing O games O , O Diamond B-Application and I-Application Pearl I-Application begin O in O the O protagonist O 's O hometown O . O On O March O 30 O , O 2021 O , O a O second O generation O of O the B-Application Google I-Application Nest B-Application Hub O was O released O . O It O was O possible O to O regain O most O of O this O functionality O by O using O the O extremely O similar O MBASIC O provided O with O CP/M B-Application . O If O a O geocacher B-Application wants O to O take O something O from O a O cache O , O they O are O obligated O to O make O a O trade O before O placing O the O GK O . O MathType B-Application supports O copying O to O and O pasting O from O any O of O these O markup O languages O . O Two O free O Face-Off O maps O became O available O for O all O Xbox B-Application Live I-Application Gold I-Application subscribers O on O May O 15 O , O 2012 O , O regardless O of O Call B-Application of I-Application Duty I-Application : I-Application Elite I-Application membership O . O In O the O second O expansion O , O Rage B-Application of I-Application the I-Application Wookiees I-Application , O the O Wookiee O home O planet O Kashyyyk O was O added O . O It O was O released O for O PlayStation B-Device and O Microsoft B-Application Windows I-Application in O 1998 O . O The O real-time B-Application land O battles O , O with O a O far O greater O focus O on O gunpowder O weaponry O than O earlier O Total O War O titles O , O were O considered O successful O . O Released O in O January O 2016 O the O Fitbit B-Application Blaze O is O a O smartwatch B-Application made O to O compete O with O the O Apple B-Device Watch I-Device , O Pebble B-Device , O and O Android B-Application Wear I-Application . O It O is O also O very O similar O to O the O SpySheriff B-Application and O SpyAxe O applications O , O infamous O for O typosquatting B-Protocol Google B-Application . I-Application VuJak B-Application also O had O networking O capabilities O which O allowed O artists O to O " O jam O " O in O real O time O across O standard O phone O lines O . O Unlike O DaggerXL O , O Daggerfall B-Application Unity B-Application is O playable O from O start O to O finish O with O all O the O core O features O of O the O original O Daggerfall B-Application . O Real O time O encode-decode O capability O is O central O to O videotelephony B-Application . O The O first O version O of O a O Mali B-General_Concept Video O processor O was O the O V500 O , O released O in O 2013 O with O the O Mali-T622 O GPU B-Architecture . O The O Space B-Application Invaders I-Application defend O the O red O energy O core O , O and O only O after O defeating O them O can O the O player O blow O it O up O . O Content O is O delivered O from O an O international O network O of O servers O using O a O proprietary B-Application file O transfer O protocol O . O Lifetimes O in O Whiley B-Language differ O from O Rust B-Application in O that O they O do O not O currently O include O a O concept O of O ownership O . O mIRC B-Language was O created O by O Khaled B-Application Mardam-Bey I-Application ( O ) O , O a O British O programmer B-Application . O They O were O made O at O the O Psion B-Application Dacom O plc O factory O in O Milton O Keynes O , O England O . O Polygon O Dave O Tach O called O Crown O of O the O Sunken O King O an O " O indispensable O expansion O " O that O represents O " O Dark B-Application Souls I-Application at O its O best O " O . O Hosted O on O SourceForge B-Application , O the O project O provides O scripts O that O target O computers O running O Windows B-Application and O Linxu B-Application operating B-General_Concept systems I-General_Concept . O However O , O Yahoo B-Application China O filed O a O lawsuit O against O Beijing O Sanjiwuxian O Internet O Technology O Co O . O Ltd O , O the O developer O of O the O 360Safe O antispyware O for O identifying O Yahoo B-Application Assistant O as O malware O in O 360Safe O . O For O example O , O if O a O CD-ROM B-Device mode O 1 O image O is O created O by O extracting O only O each O sector B-Application 's O data B-General_Concept , O its O size O will O be O a O multiple O of O 2,048 O ; O this O is O usually O the O case O for O ISO B-General_Concept disc I-General_Concept images I-General_Concept . O ThinApp B-Application does O not O have O any O pre-installed O components O and O does O not O require O the O installation O of O device O drivers O allowing O applications O to O run O from O USB O flash O drives O or O network O shares O without O ever O requiring O Administrator O rights O . O A O planned O add-on O , O Ultimate B-Application Custom I-Application Night I-Application , O was O released O as O a O standalone O game O on O June O 27 O , O 2018 O . O February O 21 O , O 2005 O – O The O first O public O release O on O SourceForge B-Application , O under O the O Sleepycat B-License License I-License , O contained O the O Foundation O and O XML B-Protocol support O libraries B-Library . O While O previous O Breath B-Application of I-Application Fire I-Application titles O allowed O groups O of O four O characters O to O participate O in O combat O , O Breath B-Application of I-Application Fire I-Application III I-Application restricts O the O party O limit O to O only O three O , O yet O offers O a O new O " O formation O " O system O that O allows O for O characters O to O be O arranged O in O certain O patterns O for O tactical O benefits O . O The O Pixel B-Device 3 I-Device and O Pixel B-Device 3 I-Device XL I-Device will O be O updated O bringing O several O features O from O the O Pixel B-Device 4 I-Device including O : O Live O captions O , O Google B-Application Recorder O , O New O Google B-Application Assistant I-Application , O Astrophotography O mode O and O Top O Shot O for O short O videos O . O However O , O if O pages O were O downloaded O at O this O rate O from O a O website O with O more O than O 100,000 O pages O over O a O perfect O connection O with O zero O latency O and O infinite O bandwidth O , O it O would O take O more O than O 2 O months O to O download O only O that O entire O Web O site O ; O also O , O only O a O fraction O of O the O resources O from O that O Web B-Application server I-Application would O be O used O . O Windows B-Application 30.2.0.63 O 2020-12-14 O rowspan O = O " O 2 O " O rowspan O = O " O 2 O " O rowspan O = O " O 2 O " O en O , O de O , O fr O EAGLE B-Language , O DXF O , O Gerber O , O Gerber O , O Excellon O , O BMP O , O CXF O , O STEP O 3D O Gerber O , O Gerber O X2 O , O Excellon O , O EAGLE B-Language , O HPGL O , O G-Code O ( O Milling O ) O , O CXF O , O STEP O 3D O , O Excel O BOMs O , O Pick&Place O , O GenCAD O , O FABmaster O , O IPC O D-356 O , O Test O points O , O Netlists O , O OBJ O , O POV-Ray B-Application , O PDF O Package O generator O scripts O , O BOM O scripts O , O printing O and O PDF O generator O scripts O , O 3D O scripts O Wine B-Application TINA B-Algorithm Windows B-Application 12.0 O 2019-12 O rowspan O = O " O 4 O " O rowspan O = O " O 4 O " O rowspan O = O " O 4 O " O 23 O languages O ( O en O , O de O , O fr O , O es O and O 19 O other O languages O ) O VHDL B-Language , O Verilog B-Language , O Verilog-A B-Language , O and O Verilog-AMS B-Language VHDL B-Language , O Verilog B-Language , O Verilog-A B-Language , O and O Verilog-AMS B-Language Linux B-Application MacOS B-Operating_System Android O Upverter O POSIX B-Operating_System N/A O 2019-05-10 O rowspan O ="3 O " O rowspan O ="3 O " O rowspan O ="3 O " O en O Altium B-Algorithm , O OrCad B-Algorithm , O PDF O , O OpenJSON O , O EAGLE B-Language PDF O , O Gerber O , O Excellon O , O netlist O , O PADS O Layout O Netlist O , O Tempo O Automation O , O Pick O and O Place O CSV O , O High-Res O PNG O , O STL O , O CSV-formatted O drill O chart O , O CSV-formatted O list O of O all O parts O Windows B-Application Web B-Application application I-Application 123D B-Algorithm Circuits I-Algorithm by O Autodesk O POSIX B-Operating_System N/A O rowspan O ="3 O " O , O + O breadboard O rowspan O ="3 O " O rowspan O ="3 O " O en O EAGLE B-Language Gerber O Windows B-Application Web B-Application application I-Application Application O and O developer O Platform O Latest O release O Schematic O ? O Odallus B-Application is O an O action-adventure O platform O game O , O which O is O highly O reminiscent O of O early O NES O platform O games O , O most O notably O of O the O Castlevania B-Application franchise O and O Metroid B-Device . O Johnson O called O out O his O male O co-stars O after O completing O The O Fate O of O the O Furious O in O a O now O deleted O Instagram B-Application post O saying O , O " O My O male O co-stars O however O are O a O different O story O . O After O three O years O of O being O in O early O access O for O Windows O , O H1Z1 B-Application officially O released O as O a O free-to-play O game O in O February O 2018 O , O later O released O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System in O August O 2018 O . O Bison B-Application reads O a O specification O in O the O BNF O notation O ( O a O context-free O language O ) O , O warns O about O any O parsing B-Language ambiguities O , O and O generates O a O parser O that O reads O sequences O of O tokens O and O decides O whether O the O sequence O conforms O to O the O syntax O specified O by O the O grammar O . O The O first O four O main O series O games O are O among O the O best-selling B-Application video I-Application games I-Application for O their O respective O consoles O . O It O is O a O Windows B-Application port O of O the O PlayStation B-Device version O with O arcade O graphical O fidelity O , O the O ability O to O play O the O game O in O higher O resolutions O and O some O additional O options O , O such O as O the O ability O to O remap O all O the O controls O ( O the O PlayStation B-Device version O only O allows O the O remapping O of O the O shoulder O buttons O ) O . O This O is O parallel O to O the O Lisp B-Operating_System machine I-Operating_System market O , O where O rule-based B-Language systems O such O as O CLIPS B-Application could O run O on O general-purpose O computers O , O making O expensive O Lisp B-Operating_System machines I-Operating_System unnecessary O . O In O February O 2021 O , O Bitfinex B-Protocol agreed O to O pay O $18.5 O million O in O a O settlement O with O the O New O York O Attorney O General O 's O office O regarding O allegations O over O Bitfinex B-Protocol parent O iFinex B-Protocol making O false O statements O about O the O backing O of O Tether B-Application and O the O movement O of O hundreds O of O millions O of O dollars O between O the O two O companies O to O cover O up O massive O losses O by O Bitfinex B-Protocol in O 2017 O and O 2018 O . O Civilization O was O designed O by O Sid O Meier O and O Bruce O Shelley O following O the O successes O of O Silent B-Device Service I-Device , O Sid B-Application Meier I-Application 's I-Application Pirates I-Application ! I-Application SceneKit B-Application also O supports O import O and O export O of O 3D O scenes O using O the O COLLADA O format O . O This O includes O whole O hard O drives O ( O for O example O , O ) O , O and O their O partitions B-Application ( O for O example O , O ) O . O Year O Award O Category O Result O 2021 O Independent O Games O Festival O Excellence O in O Design O rowspan O = O " O 2 O " O Seumas O McNally O Grand O Prize O 2022 O Golden O Joystick O Awards O Best O Indie O Game O rowspan O = O " O 2 O " O PC O Game O of O the O Year O Ultimate O Game O of O the O Year O The O Steam B-Application Awards O Most O Innovative O Gameplay O 2023 O D.I.C.E. O These O methods O can O be O used O in O spaces O of O arbitrary O dimension O to O iteratively O converge O towards O a O specialized O form O of O the O Voronoi B-Architecture diagram I-Architecture , O called O a O Centroidal B-Application Voronoi I-Application tessellation I-Application , O where O the O sites O have O been O moved O to O points O that O are O also O the O geometric O centers O of O their O cells O . O Nebulus B-Application is O a O platform O game O created O by O John O M O . O Phillips O and O published O by O Hewson O Consultants O in O the O late O 1980s O for O home O computer O systems O . O When O a O business B-Application application I-Application fails O one O needs O to O fix O the O business B-Application application I-Application error O as O soon O as O possible O so O that O the O business O users O can O resume O their O work O . O Other O artists O who O have O drawn O Zen B-Application include O Jae O Lee O , O Frank O Brunner O , O and O Bill O Maus O . O Some O of O the O company O games O were O ported O to O the O Cybiko B-Application , O including O under O the O Funny O Balls O title O , O and O . O II O Computing O listed O Zaxxon B-Application fourth O on O its O list O of O top O Apple B-Device II I-Device games O as O of O late O 1985 O , O based O on O sales O and O market-share O data O . O string:substr(string, start, length ) O Erlang B-Operating_System ( O subseq O string O 0 O n O ) O Common B-Language Lisp I-Language string[:n]Cobra, O Go B-Application , O Python B-Language left( string O , O n O « O , O padchar» O ) O Rexx B-Language , O Erlang B-Operating_System string[ 0 O , O n ] O string[ O 0 O .. O n O - O 1 ]Ruby O string[ 1 O , O n ]Pick O Basic O string[ O .. O n ]Seed7 O string.Substring(0,n ) O VB B-Language .NET I-Language , O C# B-Application , O Windows B-Application PowerShell I-Application , O F# B-Operating_System leftstr(string, n ) O Pascal B-Application , O Object B-Language Pascal I-Language ( O Delphi B-Language ) O copy O ( O string O , O 1 O , O n O ) O Turbo B-Application Pascal I-Application string.substring(0,n ) O Java B-Language , O if O n O is O larger O than O the O length O of O the O string O , O Java B-Language will O throw O an O IndexOutOfBoundsException O JavaScript B-Language ( O string-take O string O n O ) O Scheme B-Language ( O SRFI O 13 O ) O take O n O stringHaskell O String.extract O ( O string O , O n O , O NONE O ) O Standard B-Language ML I-Language String.sub O string O 0 O nOCamlif O n O is O larger O than O length O of O string O , O raises O Invalid_argument O string O . O On-premises O software O was O prevailing O in O 2013 O in O the O software O market O , O however O , O more O and O more O customers O and O thus O software B-Application vendors I-Application are O shifting O toward O cloud-based B-Architecture software I-Architecture . O Forever B-Application Growing I-Application Garden I-Application is O an O educational O video O game O developed O by O Communication O Wave O and O published O by O Media O Vision O in O 1993 B-Application . O Also O , O an O easter O egg O in O Excel O 4.0 O reveals O a O hidden O animation O of O a O dancing O set O of O numbers O 1 O through O 3 O , O representing O Lotus B-Application 1-2-3 I-Application , O which O is O then O crushed O by O an O Excel O logo O . O Finalization B-Application can O be O prevented O by O calling O GC.SuppressFinalize O , O which O dequeues O the O object O , O or O reactivated O by O calling O GC.ReRegisterForFinalize O , O which O enqueues O the O object O . O In O April O 2020 O , O it O was O announced O that O Disney+ B-Application original O content O would O be O licensed O to O pay O TV B-Operating_System and O streaming O operator O OSN O , O starting O on O April O 9 O , O in O 17 O countries O in O the O Middle O East O and O North O Africa O region O with O Disney O noting O that O they O had O no O current O " O plan O to O launch O Disney+ B-Application as O a O standalone O service O in O the O region O in O the O near O future O " O . O The O game O allows O for O cross-platform B-Application play I-Application , O released O on O iOS B-Application and O Android B-Application devices O in O June O 2018 O and O on O Windows O later O that O year O in O November O . O The O game O was O ported O to O the O Nintendo B-Application Switch I-Application in O December O 2020 O and O on O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O PlayStation B-Device 5 I-Device , O Xbox B-Device One I-Device and O Xbox B-Device Series I-Device X/S I-Device in O December O 2021 O . O A O virtual O reality O adaptation O , O Among B-Application Us I-Application VR I-Application , O was O released O on O November O 10 O , O 2022 O . O Impostors O , O however O , O can O perform O sabotages B-Device , O ranging O from O minor O ( O such O as O disabling O lights O , O making O Crewmates O blind O ) O to O critical O ( O such O as O disabling O oxygen O generators O ) O , O requiring O immediate O counteraction O by O Crewmates O to O prevent O their O deaths O . O Yui O is O the O heroine O of O the O Diabolik B-Application Lovers I-Application series O . O Dig B-Application Dug I-Application was O released O in O Japan O on O February O 20 O , O 1982 B-Application . O Mobile/7B405 O : O This O is O used O by O the O browser B-Application to O indicate O specific O enhancements O that O are O available O directly O in O the O browser B-Application or O through O third O parties O . O stated O that O Dino B-Application Eggs I-Application is O , O despite O its O " O pretty O tired O and O familiar O " O genre O , O " O well-dressed O and O eager O to O please O " O with O " O first-rate O action O and O a O touch O of O humor O " O . O GSA B-Application Advantage I-Application is O an O online O shopping O and O ordering O service O created O within O the O GSA O for O use O by O government O agencies O to O buy O commercial O products O and O services O . O Another O difference O was O that O all O drawing O operations O went O to O the O Device O Context O ( O DC O ) O in O Windows B-Application . O Even O though O Active B-Application Virus I-Application Shield I-Application is O no O longer O available O officially O , O the O latest O version O of O the O program O can O still O be O obtained O from O the O mirror O server O that O it O is O hosted O on O . O However O , O RaptorX B-Application is O also O significantly O different O from O those O profile-based O methods O ( O e.g. O , O HHPred B-Application and O Phyre2 B-Application ) O in O that O RaptorX B-Application excels O at O modeling O of O protein O sequences O without O a O large O number O of O sequence O homologs O by O exploiting O structure O information O . O In O March O 2016 O , O Starbucks B-Application unveiled O a O five-year O plan O to O donate O 100 O percent O of O unsold O food O from O its O 7,600 O company-operated O stores O in O the O U.S. O to O local O food O banks O and O pantries O . O It O is O the O sequel O to O Dragon B-Application Quest I-Application Monsters I-Application : I-Application Joker I-Application 2 I-Application , O and O is O the O sixth O game O in O the O Dragon B-Application Quest I-Application Monsters I-Application series O . O 4.4BSD O implements O the O stack-of-directories O approach O outlined O above O . O As O in O Plan B-Operating_System 9 I-Operating_System , O operations O traverse O this O stack B-Application top-down O to O resolve O names O , O but O unlike O Plan B-Operating_System 9 I-Operating_System , O BSD B-Operating_System union B-Application mounts I-Application are O recursive O , O so O that O the O contents O of O subdirectories O appear O merged O in O the O union O directory O . O To O add O to O the O garrison O 's O troubles O , O what O little O supplies O Caldera O has O left O are O threatened O by O pirates B-Application who O try O to O rob O the O storehouses O . O Client O Developer O Initial O release O Latest O release O License B-License Copy O files O over O 2 B-Application GB I-Application limitubuntuforums.org O : O 2007 O , O 2GB O data O transfer O limitation O ? O Visual O speed O estimating O techniques O , O like O ANPR B-Application or O VASCAR O can O not O be O detected O in O daytime O , O but O technically O vulnerable O to O detection O at O night O , O when O IR O spotlight O is O used O . O Plone B-Language is O a O free B-Application and O open B-Application source I-Application content B-Protocol management I-Protocol system I-Protocol ( O CMS B-Protocol ) O built O on O top O of O the O Zope B-Language application B-Application server I-Application . O They O offer O CAS B-General_Concept and O non-CAS O versions O of O their O student O and O teacher O software O . O This O software O allows O users O to O share O results O with O classmates O and O teachers O and O gives O the O user O an O emulated B-Application version O of O the O TI-Nspire O . O The O French O Space O Agency O ( O CNES O ) O created O a O heavily O modified O version O of O Celestia B-Application in O 2016 O , O called O VTS O Timeloop O , O and O it O has O since O been O used O by O multiple O space O agencies O , O including O ESA O and O CNES O themselves O . O The O file O format O Portable O Gramps B-Application XML B-Protocol Package O uses O the O extension O .gpkg O and O is O currently O a O .tar.gz O archive O including O Gramps B-Application XML B-Protocol together O with O all O referenced O media O . O Netlink B-Application is O a O socket B-Protocol family O used O for O inter-process B-Operating_System communication I-Operating_System ( O IPC O ) O between O both O the O kernel B-Operating_System and O userspace B-Operating_System processes O , O and O between O different O userspace B-Operating_System processes O , O in O a O way O similar O to O the O Unix B-Protocol domain I-Protocol sockets I-Protocol available O on O certain O Unix-like O operating B-General_Concept systems I-General_Concept , O including O its O original O incarnation O as O a O Linux B-Application kernel I-Application interface I-Application , O as O well O as O in O the O form O of O a O later O implementation O on O FreeBSD B-Operating_System . O %PATH% B-Application This O variable O contains O a O semicolon-delimited O ( O do O not O put O spaces O in O between O ) O list O of O directories O in O which O the O command O interpreter O will O search O for O an O executable B-Application file I-Application that O matches O the O given O command O . O Environment O variables O that O represent O paths O may O be O nested O within O the O %PATH% B-Application variable O , O but O only O at O one O level O of O indirection O . O The O QRS B-Algorithm complex I-Algorithm is O often O used O to O determine O the O axis O of O the O electrocardiogram B-Application , O although O it O is O also O possible O to O determine O a O separate O P B-Algorithm wave I-Algorithm axis O . O Google B-Application Earth O 's O role O in O the O expansion O of O " O Earth O observing O media O " O has O been O examined O to O understand O how O it O is O shaping O a O shared O cultural O consciousness O regarding O climate O change O and O humanity O 's O capacity O to O treat O the O Earth O as O an O engineerable O object O . O In O November O 2010 O , O id O Software O released O Rage O : O Mutant O Bash O TV O for O iOS B-Application devices O as O a O demo O for O showcasing O its O gameplay O . O Resulting O from O the O ability O of O Torn B-Application 's O inhabitants O to O draw O energy O from O the O separate O realms O occupied O by O the O gods O of O Chaos O and O Order O , O magic O became O available O . O Certain O critics O enjoyed O Jane B-Application 's I-Application Attack I-Application Squadrons I-Application air-to-ground O combat O and O several O hoped O that O fans O would O improve O the O game O with O the O included O physics O and O mission O editors O . O A O 2023 O study O has O found O that O more O than O 50% O of O academics O say O that O they O use O websites O like O Sci-Hub B-Application to O avoid O paywalls O . O Using O different O algorithms O on O a O single O data O set O can O sometimes O yield O different O " O best O " O cladograms B-Application , O because O each O algorithm O may O have O a O unique O definition O of O what O is O " O best O " O . O The O user O interface O features O a O capacitive O touchscreen O but O does O not O support O multi-touch B-Application as O found O on O high O end O smartphones B-Application . O Some O arcade O system O boards O , O such O as O Capcom O 's O CP B-Application System I-Application and O SNK O 's O Neo B-Application Geo I-Application , O also O used O ROM B-Protocol cartridges I-Protocol . O Adobe O Systems O Incorporated O , O AIIM O , O Alfresco B-Language Software I-Language , O ASG O Software O Solutions O , O Booz O Allen O Hamilton O , O Content O Technologies O , O dotCMS B-Language , O Ektron O , O EMC O Corporation O , O Entropysoft O , O Exalead O , O Inc. O , O FatWire O , O Fidelity O Investments O , O GX O Software O , O HP O , O IBM O , O ISIS O Papyrus O , O Microsoft O Corporation O , O Nuxeo B-Language , O Open O Text O Corporation O , O Oracle B-Application Corporation I-Application , O Quark O , O Pearson O PLC O , O SAP B-Application AG I-Application , O Sun O Microsystems O , O Wells O Fargo O , O WeWebU O Software O AG O and O Zia O Consulting O . O The O canonicity O of O Portable B-Application Ops I-Application is O disputed O , O with O Kojima O having O stated O that O " O the O main O story O of O Portable B-Application Ops I-Application is O part O of O the O Saga O , O is O part O of O the O official O Metal B-Application Gear I-Application timeline O , O while O some O of O the O small O details O that O are O in O Portable B-Application Ops I-Application are O outside O the O Saga O , O not O part O of O the O main O timeline O of O the O game. O " O Another O more O complex O example O : O the O operations O increment O and O decrement O of O a O counter O are O both O write O operations O ( O both O modify O the O counter O ) O , O but O do O not O need O to O be O considered O conflicting O ( O write-write O conflict O type O ) O since O they O are O commutative O ( O thus O increment O – O decrement O is O not O a O conflict O ; O e.g. O , O already O has O been O supported O in O the O old O IBM B-Application 's I-Application IMS I-Application " I-Application fast I-Application path I-Application " I-Application ) O . O A O passenger B-Application information I-Application system I-Application , O or O passenger B-Application information I-Application display I-Application system I-Application , O is O an O automated O system O for O supplying O users O of O public O transport O with O information O about O the O nature O and O the O state O of O a O public O transport O service O through O visual O , O voice O or O other O media O . O Each O Pokémon B-Application evolution O tree O has O its O own O type O of O Candy O , O which O can O only O be O used O to O evolve O or O level O up O . O A O 2004 O article O and O interview O of O the O German O weekly O magazine O Der O Spiegel O describes O ReactOS B-Application as O directed O at B-Device Windows O users O who O want O to O renounce O use O of O proprietary B-Application commercial O software O without O having O to O switch O to O Linux B-Application . O DCG O notation O is O just O syntactic O sugar O for O normal O definite B-Application clauses I-Application in O Prolog B-Language . O On O October O 7 O , O 2018 O , O Andrea O Davis O announced O that O she O had O acquired O Chron B-Application X I-Application from O Darkened O Sky O . O Banjo O & O Kazooie O Super B-Application Smash I-Application Bros I-Application . I-Application Bayonetta O Super B-Application Smash I-Application Bros I-Application . I-Application Bowser O Super B-Application Smash I-Application Bros I-Application . I-Application Bowser O Jr. O Super B-Application Smash I-Application Bros I-Application . I-Application Byleth O Super B-Application Smash I-Application Bros I-Application . I-Application Captain O Falcon O Super B-Application Smash I-Application Bros I-Application . I-Application Charizard O Super B-Application Smash I-Application Bros I-Application . I-Application Chrom O Super B-Application Smash I-Application Bros I-Application . I-Application The O next O month O , O Microsoft O released O the O Japanese O Windows B-Application 3.1 I-Application and O the O first O Japanese O version O of O Microsoft B-Application Office I-Application , O which O included O Word O 5.0 O and O Excel B-Application 4.0 O . O The O underlying O numerical O approach O is O complemented O by O several O GUI B-Application programs O that O : O ease O viewing O of O large O multidimensional O arrays O often O found O in O CGE O databases O ; O manage O complex O ( O e.g. O , O multi-period O ) O simulations O ; O and O allow O interactive O exploration O and O explanation O of O simulation O results O . O Ernest O refuses O to O let O Maria B-Application into O the O room O he O is O in O and O will O only O talk O to O her O through O its O closed O door O . O Andromeda O of O GamePro O commented O that O it O suffers O from O an O awkward O control O interface O and O repetitive O music O , O but O offers O more O than O the O Super B-Application NES I-Application version O of O the O original O and O is O an O overall O worthwhile O purchase O for O simulation O fans O . O Metal B-Application Black I-Application was O met O with O mixed O reception O from O critics O since O its O initial O arcade O release O and O later O on O the O Saturn B-Device as O an O import O title O . O In O 2009 O , O IGN O , O The O Escapist O , O and O Allakhazam O praised O City B-Application of I-Application Heroes I-Application : O Architect O Edition O , O which O added O the O ability O to O create O missions O . O In O this O game O 's O Steam B-Application cutscene O , O the O player O is O lying O in O the O first O game O 's O starting O bed O before O being O knocked O out O and O driven O to O Grandpa O 's O house O . O His O first O 16-bit B-Application game O , O Ueno O 's O team O possibly O started O development O on O it O during O 1989 O . O See O the O zlib B-Language source O code O for O a O more O efficient O implementation O that O requires O a O fetch O and O two O additions O per O byte B-Application , O with O the O modulo O operations O deferred O with O two O remainders O computed O every O several O thousand O bytes B-Application , O a O technique O first O discovered O for O Fletcher B-Algorithm checksums I-Algorithm in O 1988 O . O provides O a O similar O optimization O , O with O the O addition O of O a O trick O that O delays O computing O the O " O 15 O " O in O 65536 O - O 65521 O so O that O modulos O become O faster O : O it O can O be O shown O that O is O equivalent O to O the O naive O accumulation O . O Becoming O an O affiliate O was O described O by O Gigaom O as O a O three-step O process O : O users O first O had O to O sign O up O for O an O AdSense O account O and O be O approved O , O then O join O the B-Application Google I-Application Affiliate O Network O and O be O approved O , O and O then O sign O up O as O an O affiliate O for O ebooks O . O In O 1992 O Namco O released O a O prequel B-Application to O Valkyrie B-Application no I-Application Bōken I-Application , O Xandra B-Application no I-Application Daibōken I-Application : I-Application Valkyrie I-Application to I-Application no I-Application Deai I-Application , O for O the O Super B-Application Famicom I-Application . O This O can O be O accomplished O by O verifying O a O message B-Algorithm authentication I-Algorithm code I-Algorithm ( O MAC O ) O or O digital O signature O before O removal O of O the O padding B-Algorithm bytes B-Application , O or O by O switching O to O a O streaming O mode B-Algorithm of I-Algorithm operation I-Algorithm . O Sailor B-Application Moon I-Application is O a O side-scrolling B-Application beat I-Application ' I-Application em I-Application up I-Application video O game O originally O developed O and O released O by O Angel O in O Japan O on O August O 27 O , O 1993 O and O later O in O France O and O Spain O in O November O 1994 O by O Bandai O for O the O Super B-Application Nintendo I-Application Entertainment I-Application System I-Application . O This O feature O is O critical O for O effective O HUDs B-Application : O not O having O to O refocus O between O HUD-displayed O symbolic O information O and O the O outside O world O onto O which O that O information O is O overlaid O is O one O of O the O main O advantages O of O collimated O HUDs B-Application . O Pirate B-Application Radio I-Application An O Illustrated O History O ( O with O David O Kindred O ) O , O Amberley O Publishing O , O Stroud O , O Gloucester O 2016 O , O Paperback O . O is O a O side-scrolling O action B-Application game I-Application developed O and O published O by O the O Japanese O division O of O Time O Warner O Interactive O for O the O Sega B-Device Saturn I-Device . O Columbia O University O discussed O the O difficulty O of O having O Kermit B-Protocol support O many O different O clones B-General_Concept and O MS-DOS B-Application computers O . O In O the O third O quarter O of O that O same O year O , O prior O to O the O M2 O 's O eventual O cancellation O , O Interplay O announced O that O production O on O ClayFighter B-Application 3 I-Application had O shifted O to O Sony O 's O PlayStation B-Device and O Nintendo O 's O N64 B-Operating_System . O Strider B-Application was O announced O by O Capcom O in O July O 2013 O during O the O San O Diego O Comic-Con O . O A O total O of O 114 O games O were O released O for O Satellaview B-Device ; O some O are O remakes O or O updates O of O older O Family O Computer O and O Super B-Application Famicom I-Application games O , O and O others O were O created O specifically O for O the O service O . O Hard B-Application West I-Application 2 I-Application Microsoft B-Application Windows I-Application Good O Shepherd O EntertainmentSame O publisher O as O Hard B-Application West I-Application 1 O but O with O a O new O name O . O Canabalt B-Application has O met O with O positive O reviews O . O Through-hole B-Algorithm components O are O ideal O for O prototyping B-Application circuits O with O breadboards O using O microprocessors O such O as O Arduino O or O PICAXE B-Device . O Self-certifying B-Application File I-Application System I-Application ( O SFS B-Application ) O , O a O global O network B-Protocol file I-Protocol system I-Protocol designed O to O securely O allow O access O to O file B-Application systems I-Application across O separate O administrative O domains O . O All O other O regions O – O including O North O America O and O Australia O – O did O not O receive O a B-General_Concept price O cut O . O Two O special-edition O models O were O released O : O those O for O Splatoon B-Application 3 I-Application , O and O Pokémon B-Application Scarlet I-Application and I-Application Violet I-Application . O Similar O to O its O predecessor O , O combat O in O The B-Application Thousand-Year I-Application Door I-Application follows O a O turn-based O battle O system O . O A O physical O edition O was O released O by O Atari O as O part O of O a O compilation O alongside O Rez B-Device HD I-Device and O Every B-Application Extend I-Application Extra I-Application Extreme I-Application , O titled O Qubed O . O Treyarch O modified O the O engine O for O their O James O Bond O title O , O 007 B-Application : I-Application Quantum I-Application of I-Application Solace I-Application . O Joystiq O reviewer O , O Agnello O called O Hitman B-Application Go I-Application an O impressive O debut O title O for O Square O Enix O Montréal O and O said O that O the O play O style O suited O touch-based O devices O . O In O a O slightly O more O positive O review O , O GameSpot O noted O that O " O Time B-Application Crisis I-Application : I-Application Razing I-Application Storm I-Application can O be O fun O when O it O sticks O to O its O arcade O roots O , O but O everything O else O in O this O shooter O package O misses O the O target O completely O " O . O Following O the O defeat O of O the O charismatic O religious O leader O Batlin B-Application on O Serpent B-Application Isle I-Application , O the O Guardian O banishes O the O Avatar O to O a O world O that O he O has O already O conquered O : O Pagan O . O In O April O 2019 O , O the O WoWS B-Application collaboration O was O further O extended O by O season O 2 O , O introducing O new O characters O into O both O games O . O integration O with O other O Emacs B-Application packages O , O such O as O the O W3 O web O browser O , O LDAP B-Protocol lookup O code O , O etc O . O A O non-timed O game O ends B-Application prematurely I-Application if O the O pieces O reach O the O top O of O the O pit O . O Netrek B-Application pioneered O the O use O of O many O technologies O and O design O features O that O later O found O their O way O into O commercial O network O games O , O including O : O The O Science O Academy O of O NORA O , O a O satellite O orbiting O near O Sophia B-Application the O 3rd O that O somehow O managed O to O avoid O the O invasion O , O built O a O weapon O , O an O all-purpose O tank O called O the O " O Metal O Attacker O " O , O in O a O last-ditch O effort O to O defeat O Goez O 's O army O . O SuperCard B-Operating_System , O the O first O HyperCard B-Application clone O , O is O similar O to O HyperCard B-Application , O but O with O many O added O features O such O as O : O full O color O support O , O pixel O and O vector O graphics O , O a O full O GUI B-Application toolkit O , O and O support O for O many O modern O Mac B-Application OS I-Application X I-Application features O . O Any O pointer O ( O eight O bytes B-Application ) O will O be O 8-byte O aligned O . O PC O Gamer O Robert O Zak O praised O the O game O 's O giant O size O and O scope O , O but O noted O that O the O game O could O get O " O grindy O " O and O that O the O game O 's O UI B-Application " O can O get O cumbersome O as O your O group O 's O numbers O grow. O " O a O -ary O heap O typically O runs O much O faster O than O a O binary B-Application heap I-Application for O heap O sizes O that O exceed O the O size O of O the O computer O 's O cache B-General_Concept memory I-General_Concept : O In O numerical B-General_Concept analysis I-General_Concept , O matrices O from O finite B-Application element I-Application or O finite B-Algorithm difference I-Algorithm problems O are O often O banded O . O This O is O an O area O from O which O MVS B-Application can O dynamically O allocate O storage O shared O by O all O address B-General_Concept spaces I-General_Concept . O For O the O most O part O , O it O is O an O action-adventure O platformer O in O which O the O player O controls O Batman B-General_Concept , O and O follows O him O to O the O end O of O each O stage O , O where O a O villain O is O set O to O appear O . O The O formulas O given O in O the O previous O section O allow O one O to O calculate O the O point O estimates O of O and O — O that O is O , O the O coefficients O of O the O regression B-General_Concept line I-General_Concept for O the O given O set O of O data O . O Some O people O recommend O a O simplified O generalization O of O cuckoo B-Algorithm hashing I-Algorithm called O skewed-associative O cache B-General_Concept in O some O CPU B-General_Concept caches I-General_Concept . O The O four O Network O Access O Points O ( O NAPs O ) O were O defined O as O transitional O data O communications O facilities O at O which O Network O Service O Providers O ( O NSPs O ) O would O exchange O traffic O , O in O replacement O of O the O publicly O financed O NSFNET O Internet B-General_Concept backbone I-General_Concept . O Software B-General_Concept engineering I-General_Concept for O safety-critical B-Application systems I-Application is O particularly O difficult O . O As O a O result O of O the O design O , O this O tube O was O more O of O a O static B-Architecture RAM I-Architecture that O did O not O require O refresh B-General_Concept cycles I-General_Concept , O unlike O the O dynamic O RAM O Williams B-General_Concept tube I-General_Concept . O Assuming O that O the O projection B-General_Concept matrices I-General_Concept of O three O views O are O , O and O , O the O correlation O slices O of O the O corresponding O tensor B-Device can O be O expressed O in O closed O form O as O , O where O are O respectively O the O ith O columns O of O the O camera O matrices O . O The O novelist O W O . O G O . O Sebald O may O have O been O the O first O to O use O the O term O " O micropoem B-General_Concept " O , O in O reference O to O the O poems O of O about O 20 O words O in O length O that O made O up O his O 2004 O work O , O Unrecounted O . O Locking B-Operating_System ( O e.g. O , O Two-phase B-Operating_System locking I-Operating_System - O 2PL O ) O - O Controlling O access O to O data O by O locks B-Operating_System assigned O to O the O data O . O Access O of O a O transaction B-General_Concept to O a O data O item O ( O database O object O ) O locked O by O another O transaction B-General_Concept may O be O blocked O ( O depending O on O lock O type O and O access O operation O type O ) O until O lock O release O . O ASP.NET B-Application AJAX I-Application – O An O extension O with O both O client-side O as O well O as O server-side B-Language components O for O writing O ASP.NET B-Application pages O that O incorporate O Ajax B-General_Concept functionality O . O 32K O 18 B-General_Concept bit I-General_Concept words O of O base O memory O plus O up O to O 8 O 32K O banks O . O Additionally O , O the O daemon B-Operating_System responds O to O SIGHUP B-General_Concept signals O to O rescan O modified O crontab B-General_Concept files I-General_Concept and O schedules O special O " O wake O up O events O " O on O the O hour O and O half-hour O to O look O for O modified O crontab B-General_Concept files I-General_Concept . O Managed O code O wrappers O for O the O Dryad B-Operating_System API B-General_Concept can O also O be O written O . O Writing O typically O involves O reading O the O block O usage O map O to O find O free O blocks B-General_Concept for O writing O , O updating O the O usage O map O and O directory B-Application to O add O the O data O , O and O then O advancing O the O tape O to O write O the O data O in O the O correct O spot O . O Until O Bélády B-General_Concept 's I-General_Concept anomaly I-General_Concept was O demonstrated O , O it O was O believed O that O an O increase O in O the O number O of O page B-General_Concept frames I-General_Concept would O always O result O in O the O same O number O of O or O fewer O page B-General_Concept faults I-General_Concept . O In O Unicode O 13.0 O , O 10 O codepoints O had O been O given O for O segmented O digits O 0 O – O 9 B-General_Concept in O the O Symbols O for O Legacy O Computing O block O , O to O replicate O early O computer O fonts O that O included O seven-segment O versions O of O the O digits O . O The O highest O rating O obtained O by O a O computer O in O human O competition O was O Deep B-General_Concept Thought I-General_Concept 's O USCF O rating O of O 2551 O in O 1988 O and O FIDE O no O longer O accepts O human O – O computer O results O in O their O rating O lists O . O In O 2016 O , O the O Swedish O Chess B-Application Computer I-Application Association O rated O computer O program O Komodo B-Application at O 3361 O . O On O November O 15 O , O 2006 O , O the O 35th O anniversary O of O the O 4004 B-General_Concept , O Intel O celebrated O by O releasing O the O chip O 's O schematics B-Application , O mask O works O , O and O user O manual O . O It O connects O to O the O host O PC O via O a O small O form O factor O PCI O Express O card O connected O to O the O host O , O and O a O Nvidia B-General_Concept Quadro I-General_Concept Plex I-General_Concept Interconnect O Cable O . O On O 19 O January O 2021 O , O Elon O Musk O placed O the O handle O #Bitcoin O in O his O Twitter B-Application profile O , O tweeting O " O In O retrospect O , O it O was O inevitable O " O , O which O caused O the O price O to O briefly O rise O about O $ O 5,000 O in O an O hour O to O $ O 37,299 O . O On O 25 O January O 2021 O , O Microstrategy O announced O that O it O continued O to O buy O bitcoin B-General_Concept and O as O of O the O same O date O it O had O holdings O of O ₿ O 70,784 O worth O $2.38 O billion O . O Disk B-Device memory I-Device is O used O to O store O the O operating B-General_Concept system I-General_Concept , O object O code O , O and O data O , O but O source O code O is O kept O on O punched B-Architecture cards I-Architecture . O , O a O pronunciation O dictionary B-Operating_System of O American O English O , O uses O the O CMU B-General_Concept Pronouncing I-General_Concept Dictionary I-General_Concept as O its O data O source O . O Every O stage O of O the O classifier B-General_Concept cannot O have O a O detection O rate O ( O sensitivity O ) O below O the O desired O rate O , O so O this O is O a O constrained B-Application optimization I-Application problem I-Application . O Integrated O Input B-General_Concept Methods I-General_Concept . O a O CPU O card O , O containing O a O 1MHz O 6502 B-General_Concept microprocessor I-General_Concept , O the O keyboard O interface O , O and O a O 2K O ROM O with O the O cassette O operating O system O ( O The O 6502 B-General_Concept card O could O be O swapped O for O a O 6809 B-Device . O ) O a O VDU O card O , O providing O a O 40×25 O character O teletext-standard O display O , O based O on O an O MC6845 B-General_Concept CRT O controller O and O an O SAA5050 B-General_Concept teletext O character O generator O , O The O CPU O card O and O cassette O interface O card O were O the O same O cards O as O used O the O System B-Device 1 I-Device , O but O with O the O keypad O and O LED O display O of O the O latter O left O unused O . O This O limit O is O a O consequence O of O the O 4-byte O file O length O entry O in O the O directory B-Application table I-Application and O would O also O affect O relatively O huge O FAT16 O partitions B-Application enabled O by O a O sufficient O sector O size O . O FAT32 O was O introduced O with O Windows B-Application 95 I-Application OSR2( O MS-DOS B-Application 7.1 O ) O in O 1996 O , O although O reformatting O was O needed O to O use O it O , O and O DriveSpace B-General_Concept 3 O ( O the O version O that O came O with O Windows B-Application 95 I-Application OSR2 O and O Windows B-Device 98 I-Device ) O never O supported O it O . O One O definition O of O edge B-Device computing I-Device is O the O use O of O any O type O of O computer B-Application program I-Application that O delivers O low O latency O nearer B-General_Concept to I-General_Concept the I-General_Concept requests I-General_Concept . O The O most O commonly O available O floppy B-Device disk I-Device can O hold O only O 1.4 O MB O of O data O in O its O standard O format O , O making O it O impractical O for O loading O large O operating B-General_Concept systems I-General_Concept . O Progressive B-Device scan I-Device is O used O for O most O cathode B-Device ray I-Device tube I-Device ( O CRT B-Device ) O computer B-Device monitors I-Device , O all O LCD O computer B-Device monitors I-Device , O and O most O HDTVs B-Device as O the O display B-General_Concept resolutions I-General_Concept are O progressive O by O nature O . O Masked B-Device ROM I-Device and O fuse/antifuse O PROM B-General_Concept do O not O suffer O from O this O effect O , O as O their O data O retention O depends O on O physical O rather O than O electrical O permanence O of O the O integrated O circuit O , O although O fuse O re-growth O was O once O a O problem O in O some O systems O . O The B-Operating_System PlayStation I-Operating_System 4 I-Operating_System system B-Application software I-Application is O the O updatable O firmware B-Application and O operating B-General_Concept system I-General_Concept of O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System . O The O operating B-General_Concept system I-General_Concept is O Orbis O OS O , O based O on O FreeBSD B-Operating_System 9 O . O The O native O operating B-General_Concept system I-General_Concept of O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System is O Orbis O OS O , O which O is O a O fork B-Application of O FreeBSD B-Operating_System version O 9.0 O which O was O released O on O January O 12 O , O 2012 O . O Robinett O was O initially O discouraged O from O working O on O Adventure B-Application by O his O supervisor O , O George O Simcock O , O who O said O the O ambitious O game O could O not O be O done O on O Atari B-General_Concept 2600 I-General_Concept based O on O knowing O how O much O memory O Colossal B-Application Cave I-Application Adventure I-Application uses O . O A O softly O referenced O object O is O only O eligible O for O reclamation O , O if O the O garbage B-General_Concept collector I-General_Concept decides O that O the O program O is O low O on O memory O . O Computers O that O have O DMA O channels O can O transfer O data O to O and O from O devices O with O much O less O CPU B-General_Concept overhead O than O computers O without O DMA O channels O . O Slide O shows O have O artistic O uses O as O well O , O such O as O being O used O as O a O screensaver B-General_Concept , O or O to O provide O dynamic O imagery O for O a O museum O presentation O , O for O example O , O or O in O installation O art O . O Once O the O Joker O , O Penguin O , O and O Black O Mask O have O all O been O dealt O with O , O Batman B-General_Concept is O able O to O enter O the O Arkham O Wing O , O only O to O find O that O there O are O no O hostages O , O just O a O weakened O Bane O . O Can O be O used O as O alternative O front O end O to O GNU B-Language Octave I-Language MyTexPoint O a O small O free O program O for O inserting O LaTeX B-Application equations O into O PowerPoint B-Application with O a O screen-shot O tool O OpenOffice B-Application Math I-Application Windows O , O Linux O , O MacTool O to O create O formulae O that O can O be O embedded O inside O other O suite O documents O Publicon B-Application Mathematica-based O technical O document O system O Rapid-Pi O Windows O Microsoft B-Application Word I-Application pluginScientific O Word O Windows O WYSIWYM B-General_Concept LaTeX B-Application editorScientific O WorkPlace O Windows O WYSIWYM B-General_Concept LaTeX B-Application editor O with O symbolic O math O and O plotting O Sentido O JavaScript O editor O for O creating O OpenMathShareMath.com O Flash O Player O Create O , O share O and O remix O equations O on O the O web O . O The O Burroughs B-Application MCP I-Application ( O Master B-Application Control I-Application Program I-Application ) O would O schedule O a O particular O job B-General_Concept to O run O . O This O design O allows O creating O an O energy O budget O for O each O task B-General_Concept to O maintain O application O requirements O and O energy O efficiency O throughout O the O system O 's O lifetime O . O In O computing O , O a O loadable B-Application kernel I-Application module I-Application ( O LKM O ) O is O an O object B-Application file I-Application that O contains O code O to O extend B-Architecture the O running O kernel B-Operating_System , O or O so-called O base O kernel B-Operating_System , O of O an O operating B-General_Concept system I-General_Concept . O It O features O either O a O 68020 B-Device or O 68030 B-Device CPU B-General_Concept , O with O a O AGA B-Device chipset I-Device , O and O runs O AmigaOS B-Application 3.1 O . O Players O can O become O VIP O members O for O 4 O dollars O and O then O they O will O have O free O shipping O for O all O their O wins O and O the O ability O to O play O on O the O VIP O machines O , O with O more O expensive O prizes O and O unlock O a O daily O login B-General_Concept . O The O 0x88 B-General_Concept chess O board B-General_Concept representation I-General_Concept is O a O square-centric O method O of O representing B-General_Concept the I-General_Concept chess I-General_Concept board I-General_Concept in O computer B-Application chess I-Application programs I-Application . O Several O firmware B-General_Concept versions O for O the O successor O hp49g+ O and O HP50g O calculators O have O also O been O released O in O builds O intended O for O PC O emulation B-Application software I-Application that O lacked O full O utilization O of O the O successors O ' O ARM B-Architecture CPU O . O Until O at O least O firmware B-General_Concept version O 2.09 O , O those O emulator B-Application builds O could O be O installed O on O the O original O HP49G O . O The O CPU O sets O the O dirty B-Operating_System bit I-Operating_System when O the O process O writes O memory O in O that O page B-General_Concept . O J.A.R.V.I.S. B-General_Concept appears O in O Lego B-Application Marvel I-Application 's I-Application Avengers I-Application . O The O scale O of O events O being O simulated O by O computer B-Application simulations I-Application has O far O exceeded O anything O possible O ( O or O perhaps O even O imaginable O ) O using O the O traditional O paper-and-pencil O mathematical O modeling O : O over O 10 O years O ago O , O a O desert-battle O simulation O , O of O one O force O invading O another O , O involved O the O modeling O of O 66,239 O tanks O , O trucks O and O other O vehicles O on O simulated O terrain O around O Kuwait O , O using O multiple O supercomputers O in O the O DoD O High B-General_Concept Performance I-General_Concept Computing I-General_Concept Modernization I-General_Concept Program I-General_Concept . O In O C++ B-Language , O pointers O can O be O used O to O manipulate O specific O memory O locations O , O a O task O necessary O for O writing O low-level O operating B-General_Concept system I-General_Concept components O . O HP O 39/40 O series O are O graphing B-Application calculators I-Application from O Hewlett-Packard O , O the O successors O of O HP B-Device 38G I-Device . O The O HP O 39g B-Device ( O F1906A O ) O was O released O in O 2000 O . O Communication O : O Proprietary O infrared O , O serial O RS-232 O ( O serial B-Protocol port I-Protocol ) O . O The O hardware O is O identical O to O the O HP O 49G/39G O series O ( O complete O with O rubber O keyboard O ) O . O In O contrast O to O the O 39g B-Device , O it O integrates O the O same O computer B-General_Concept algebra I-General_Concept system I-General_Concept ( O CAS O ) O also O found O in O the O HP O 49G O , O HP B-Application CAS I-Application . O Communication O : O No O infrared O communication O , O serial O RS-232 O ( O serial B-Protocol port I-Protocol ) O . O Software O : O Includes O an O equation O writer O and O advanced B-Application CAS I-Application . O The O HP O 39g+ O ( O F2224A O ) O was O released O in O September O 2003 O . O They O are O not O Web B-Application apps I-Application because O they O are O packaged O as O apps O for O distribution O and O have O access O to O native O device O APIs B-General_Concept . O Starting O in O 2003 O the O US O Army O integrated O the O SmartCam3D O augmented B-General_Concept reality I-General_Concept system O into O the O Shadow O Unmanned O Aerial O System O to O aid O sensor O operators O using O telescopic O cameras O to O locate O people O or O points O of O interest O . O The O DIGIC B-General_Concept DV O 5 O first O seen O in O the O 2015 O Canon O XC10 O and O the O Canon B-Algorithm EOS I-Algorithm C300 I-Algorithm Mark I-Algorithm II I-Algorithm , O which O both O were O announced O on O 8 O April O 2015 O right O before O the O NAB O Show O . O Whilst O initially O developed O for O large-screen O projectors O , O LCoS B-Device displays O have O found O a O consumer O niche O in O the O area O of O pico-projectors B-General_Concept , O where O their O small O size O and O low O power O consumption O are O well-matched O to O the O constraints O of O such O devices O . O The O change O in O modularity O of O the O network O with O the O addition O of O a O node O has O also O been O used O successfully O as O a O weight B-General_Concept . O Cursors B-Language allocate O resources B-General_Concept on O the O server O , O such O as O locks O , O packages O , O processes O , O and O temporary O storage O . O It O is O developed O by O SGI O and O fabricated O by O NEC O in O their O 0.11µm O process O with O eight O levels O of O copper O interconnect B-General_Concept . O Hence O , O the O value O of O SMCV B-General_Concept is O comparable O whereas O the O value O of O p-value B-General_Concept or O q-value O is O not O comparable O in O experiments O with O different O sample O size O , O especially O when O many O investigated O genes O or O compounds O do O not O have O exactly O zero O effects O . O A O centralized B-General_Concept system I-General_Concept has O one O level O of O structure O , O where O all O constituent O elements O directly O depend O upon O a O single O control O element O . O In O practice O usually O a O given O DBMS B-General_Concept uses O the O same O data B-Application model I-Application for O both O the O external O and O the O conceptual O levels O ( O e.g. O , O relational B-Architecture model I-Architecture ) O . O SVC O is O a O similar O method O that O also O builds O on O kernel B-Algorithm functions O but O is O appropriate O for O unsupervised B-General_Concept learning I-General_Concept . O As O a O result O , O NVM B-Application Express I-Application reduces O I/O B-General_Concept overhead O and O brings O various O performance O improvements O relative O to O previous O logical-device O interfaces O , O including O multiple O long O command B-General_Concept queues I-General_Concept , O and O reduced O latency O . O In O May O 2008 O Square O Enix O announced O localizations O of O the O Nintendo B-Device DS I-Device remakes B-General_Concept of O Dragon B-Application Quest I-Application IV O , O V O , O and O VI O for O North O America O and O the O PAL O region O , O commonly O referred O to O as O the O " O Zenithia O " O or O " O Tenku O trilogy O " O . O TrueCrypt B-Application documentation O states O that O TrueCrypt B-Application is O unable O to O secure O data O on O a O computer O if O an O attacker O physically O accessed O it B-General_Concept and O TrueCrypt B-Application is O used O on O the O compromised O computer O by O the O user O again O ( O this O does O not O apply O to O a O common O case O of O a O stolen O , O lost O , O or O confiscated O computer O ) O . O Enclaves O enable O an O “ O enclave O ” O to O be O secured O with O encryption O in O RAM B-Architecture so O that O enclave O data O is O encrypted O while O in O RAM B-Architecture but O available O as O clear O text O inside O the O CPU O and O CPU B-General_Concept cache I-General_Concept . O Typically O , O each O preprocessor B-General_Concept translates O only O sections O of O the O input O file O that O are O specially O marked O , O passing O the O rest O of O the O file O through O unchanged O . O The O 2U O rx2600 O server O is O based O on O the O zx1 B-General_Concept chipset B-Device and O has O support O for O one O or O two O 1.0/1.4GHz O Deerfield/Madison O , O 1.3GHz O Madison O or O 1.5GHz O Madison O CPUs O . O Japanese O internet O service O providers O charged O per-minute O fees O for O dial-up O access O , O and O high-speed O options O such O as O broadband B-General_Concept were O not O yet O widely O available O . O EPROMs B-General_Concept have O a O quartz O window O that O allows O them O to O be O erased O with O ultraviolet O light O , O but O the O whole O device O is O cleared O at O one O time O . O UEFI B-Architecture provides O backward B-General_Concept compatibility I-General_Concept with O legacy O systems O by O reserving O the O first O block O ( O sector O ) O of O the O partition B-Application for O compatibility O code O , O effectively O creating O a O legacy O boot B-Device sector I-Device . O In O computer B-General_Concept programming I-General_Concept , O bidirectional B-Algorithm transformations I-Algorithm ( O bx O ) O are O programs O in O which O a O single O piece O of O code O can O be O run O in O several O ways O , O such O that O the O same O data O are O sometimes O considered O as O input O , O and O sometimes O as O output O . O Branch O outcomes O computed O during O runahead B-General_Concept mode O can O be O saved O into O a O shift B-General_Concept register I-General_Concept , O which O can O be O used O as O a O highly O accurate O branch B-General_Concept predictor I-General_Concept when O normal O operation O resumes O . O Automatic B-General_Concept memory I-General_Concept allocation I-General_Concept : O temporary O objects O can O be O stored O on O the O stack B-General_Concept , O and O this O space O is O automatically O freed O and O reusable O after O the O block O in O which O they O are O declared O is O exited O . O The O DMA O command O is O issued O by O specifying O a O pair O of O a O local O address O and O a O remote O address O : O for O example O when O a O SPE O program O issues O a O put O DMA O command O , O it O specifies O an O address O of O its O own O local O memory B-General_Concept as O the O source O and O a O virtual O memory B-General_Concept address I-General_Concept ( O pointing O to O either O the O main O memory B-General_Concept or O the O local O memory B-General_Concept of O another O SPE O ) O as O the O target O , O together O with O a O block O size O . O Variable B-General_Concept frame I-General_Concept rate I-General_Concept ( O or O VFR O ) O is O a O term O in O video O compression O for O a O feature O supported O by O some O container O formats O which O allows O for O the O frame O rate O to O change O actively O during O video O playback O , O or O to O drop O the O idea O of O frame O rate O completely O and O set O an O individual O timecode O for O each O frame O . O The O term O permutation B-General_Concept test I-General_Concept is O sometimes O used O as O a O synonym O for O exact B-General_Concept test I-General_Concept , O but O it O should O be O kept O in O mind O that O all O permutation B-General_Concept tests I-General_Concept are O exact B-General_Concept tests I-General_Concept , O but O not O all O exact B-General_Concept tests I-General_Concept are O permutation B-General_Concept tests I-General_Concept . O The O following O resources O are O necessary O to O an O interlingual B-General_Concept machine I-General_Concept translation I-General_Concept system O : O Students O learn O text-based O coding O on O languages O like O Python B-Language , O Blockly B-Language and O CoffeeScript B-Application , O as O well O as O learning O the O fundamentals O of O computer B-General_Concept science I-General_Concept and O math O . O In O such O cases O , O search O is O only O performed O to O a O limited B-Algorithm depth I-Algorithm ; O due O to O limited O resources O , O such O as O memory O or O disk O space B-General_Concept , O one O typically O does O not O use O data O structures O to O keep O track O of O the O set O of O all O previously O visited O vertices O . O In O mathematics O and O computer B-General_Concept programming I-General_Concept , O exponentiating B-Algorithm by I-Algorithm squaring I-Algorithm is O a O general O method O for O fast O computation O of O large O positive O integer O powers O of O a O number O , O or O more O generally O of O an O element O of O a O semigroup O , O like O a O polynomial O or O a O square B-Algorithm matrix I-Algorithm . O Using O programmable O software B-General_Concept agents I-General_Concept called O EXAs O , O the O player O must O accomplish O each O given O task O by O writing O computer O code O to O cleverly O manipulate O the O data O stored O on O the O network O 's O systems O . O As O on O the O World O Wide O Web O , O clients O and O intermediaries O can O cache B-General_Concept responses O . O The O format O of O extended B-Application squitter I-Application messages O has O been O codified O by O the O ICAO B-General_Concept . O Due O to O this O design O , O it O has O more O limited O inter-pupillary O distance O options O than O the O original O Quest B-General_Concept , O with O the O ability O to O physically O move O the O lenses O to O adjust O for O 3 O common O measurements O . O In O 1991 O , O it O was O released O for O the O TuboGrafx-16 O ( O published O by O Psygnosis O in O the O US O ) O / O PC B-General_Concept Engine I-General_Concept ( O published O by O Coconuts O Japan O in O Japan O ) O . O Perl O 's O text-handling O capabilities O can O be O used O for O generating O SQL B-Language queries O ; O arrays O , O hashes B-Application , O and O automatic O memory B-General_Concept management I-General_Concept make O it O easy O to O collect O and O process O the O returned O data O . O Self-sovereign B-General_Concept identity I-General_Concept offers O a O way O to O avoid O these O two O undesirable O alternatives O . O While O Overture B-Application is O primarily O a O scorewriter B-Application program O , O it O also O allows O editing O the O score O 's O MIDI O audio O playback O data O in O the O manner O of O sequencer O and O digital B-General_Concept audio I-General_Concept workstation I-General_Concept ( O DAW B-General_Concept ) O software O . O Even O though O the O bias B-General_Concept – I-General_Concept variance I-General_Concept decomposition I-General_Concept does O not O directly O apply O in O reinforcement O learning O , O a O similar O tradeoff O can O also O characterize O generalization B-Algorithm . O The O value O of O the O CS O register O at O reset B-General_Concept is O FFFFh O and O the O value O of O the O IP O register O at O reset B-General_Concept is O 0000h O to O form O the O segmented B-Device address I-Device FFFFh:0000h O , O which O maps O to O physical O address B-General_Concept FFFF0h O . O Digital B-General_Concept video O storage O retains O higher-quality O video O than O analog O storage O , O especially O on O the O prosumer O and O strictly O consumer O levels O . O The O IBM B-Device 2305 I-Device fixed O head B-Device storage O ( O a O fixed-head O disk B-Device drive I-Device sometimes O incorrectly O called O a O drum B-General_Concept ) O and O associated O IBM O 2835 O Storage O Control O were O announced O in O 1970 O , O initially O to O connect O to O the O 360/85 O and O 360/195 O using O the O IBM O 2880 O Block O Multiplexor O Channel O . O The O 2305 B-Device Drive O was O in O much O demand O when O the O System B-Device 370 I-Device offered O Virtual B-Application Storage I-Application , O and O these O 2305s O were O often O used O for O paging O devices O . O The O 2305 B-Device was O also O used O for O high O activity O small O data O sets O such O as O catalogs O and O job O queues O . O The O 2305-1 O runs O at O 3.0MB/second O when O attached O using O the O 2-byte O channel O interface O , O and O the O larger O 2305-2 O runs O at O 1.5MB/second O . O Loop B-General_Concept perforation I-General_Concept techniques O were O first O developed O by O MIT O senior O researchers O Martin O C B-Language . O Rinard O and O Stelios O Sidiroglou O . O Furthermore O , O several O additional O features O were O announced O : O the O inclusion O of O a O Mii O Maker O ( O similar O to O the O Mii O Channel O on O the B-Operating_System Wii I-Operating_System ) O , O Virtual B-Application Console I-Application ( O including O Game B-Device Boy I-Device and O Game B-Device Boy I-Device Color I-Device ) O , O 3D B-Device Classics I-Device , O a O cradle O for O recharging O the O system O 's O battery O , O multitasking B-Operating_System , O several O included O augmented B-General_Concept reality I-General_Concept games O , O an O included O 2GB O SD B-Device card I-Device , O and O stored O game O data O , O as O well O as O the O final O names O for O the O 3DS B-Operating_System tag B-Device modes I-Device , O StreetPass B-Device and I-Device SpotPass I-Device collectively O . O The O I-box O is O the O control B-General_Concept unit I-General_Concept ; O it O fetches O , O decodes O , O and O issues O instructions O and O controls O the O pipeline B-General_Concept . O During O stage O one O , O two O instructions O are O fetched O from O the O I-cache O . O While O Fano O 's O Shannon O – O Fano O tree O is O created O by O dividing O from O the O root O to O the O leaves O , O the O Huffman B-General_Concept algorithm I-General_Concept works O in O the O opposite O direction O , O merging O from O the O leaves O to O the O root O . O It O transferred O a O full O track O to O and O from O the O IBM O 653 O magnetic O core B-General_Concept memory I-General_Concept , O an O IBM B-Device 650 I-Device option O that O stored O just O sixty O signed O 10-digit O words O , O enough O for O a O single O track O of O disk B-Device or O a O tape O record O . O The O IBM B-Device 1405 I-Device Disk B-Device Storage I-Device Unit O was O announced O in O 1961 O and O was O designed O for O use O with O the O IBM B-Device 1400 I-Device series I-Device , O medium O scale O business O computers O . O The O 1405 O Model O 1 O has O a O storage O capacity O of O 10 O million O alphanumeric O characters O ( O 60,000,000 O bits O ) O on O 25 O disks B-Device . O Model O 2 O has O a O storage O capacity O of O 20 O million O alphanumeric O characters O ( O 120,000,000 O bits O ) O on O 50 O disks B-Device . O In O both O models O the O disks B-Device are O stacked O vertically O on O a O shaft O rotating O at O 1200 O rpm O . O Each O side O of O each O disk B-Device has O 200 O tracks O divided O into O 5 O sectors O . O One O to O three O forked-shaped O access B-Device arms I-Device each O contains O two O read/write B-Device heads I-Device , O one O for O the O top O of O the O disk B-Device and O the O other O for O the O bottom O of O the O same O disk B-Device . O A O port O of O the O game O to O the O PC-Engine B-General_Concept , O titled O PC B-Device Cocoron I-Device was O announced O . O Semantic O Role O Labeling O has O since O become O one O of O the O standard O tasks O in O natural O language O processing O , O with O the O latest O version O ( O 1.7 O ) O of O FrameNet B-General_Concept now O fully O supported O in O the O Natural B-General_Concept Language I-General_Concept Toolkit I-General_Concept . O ProcDump B-Language supports O monitoring O of O hung B-General_Concept windows I-General_Concept and O unhandled B-General_Concept exceptions I-General_Concept . O Because O the O V850 B-Device trademark O has O been O used O for O more O than O 20 O years O , O most O people O do O not O know O that O the O RH850 O family O is O based O on O an O extension O of O the O V850 B-Device instruction B-General_Concept set I-General_Concept architecture I-General_Concept , O and O has O backward B-General_Concept compatibility I-General_Concept with O V850 B-Device , O V850E O , O V850ES O , O and O V850E2 O . O Sony/Toshiba/IBM O Cell B-General_Concept used O in O PlayStation B-Operating_System 3 I-Operating_System . O TRIPS O uses O an O instruction B-General_Concept set I-General_Concept architecture I-General_Concept designed O to O be O easily O broken O down O into O large O groups O of O instructions O ( O Graphs O ) O that O can O be O run O on O independent O processing O elements O . O The O silver O label O version O of O Atari B-General_Concept 2600 I-General_Concept Gravitar B-Application was O originally O only O available O to O Atari O Club O members O . O This O conducting O channel O extends O between O the O source O and O the O drain O , O and O current O is O conducted O through O it O when O a B-General_Concept voltage O is O applied O between O the O two O electrodes O . O Then O the O mean O and O skewness B-General_Concept exist O and O are O both O identically O zero O . O While O the O 128 O 's O 40-column O mode O closely O duplicates O that O of O the O C64 O , O an O extra O 1K O of O color O RAM B-Architecture is O made O available O to O the O programmer O , O as O it O is O multiplexed O through O memory B-General_Concept address I-General_Concept 1 O . O The O C128 O does O not O perform O a O system O RAM B-Architecture test O on O power-up O like O previous O Commodore O machines O . O Supported O operating B-General_Concept systems I-General_Concept for O the O DEC B-Device 3000 I-Device AXP I-Device series O were O DEC B-Operating_System OSF/1 I-Operating_System AXP I-Operating_System ( O later O renamed O Digital B-Operating_System UNIX I-Operating_System ) O and O OpenVMS B-Operating_System AXP O ( O later O renamed O OpenVMS B-Operating_System ) O . O By O 1983 O , O according O to O a O state O order O , O the O Voronezh O construction O design O office O " O Systemprogramm O " O had O successfully O completed O the O relational O DBMS B-General_Concept " O BARS O " O under O the O real-time O operating O system O " O RAFOS O " O ( O RT-11 O prototype O ) O for O computers O of O the O SM O set O . O The O smartphone O features O an O upgraded O Exynos O 7885 O SoC B-Architecture with O an O octa-core B-Architecture processor B-General_Concept consisting O of O 2 O performance O ARM O Cortex-A73 O and O 6 O efficient O ARM O Cortex-A53 O cores O and O Mali-G71 B-General_Concept MP2 I-General_Concept GPU B-Architecture backed O by O 4GB O RAM B-Architecture and O 64GB/128GB O of O internal O storage O that O is O expandable O up O to O 512GB O via O a O dedicated O microSD O card O slot O . O The O object B-General_Concept – I-General_Concept relational I-General_Concept model O can O offer O another O advantage O in O that O the O database O can O make O use O of O the O relationships O between O data O to O easily O collect O related O records O . O Micro-photography O of O the O 6502 B-General_Concept and O 6507 B-General_Concept shows O this O difference O . O This O algorithm O experiences O Bélády B-General_Concept 's I-General_Concept anomaly I-General_Concept . O Although O the O more O radical O consequences O of O the O global O communication O network O predicted O by O some O cyberspace B-General_Concept proponents O ( O i.e. O Shortly O after O , O The B-General_Concept Void I-General_Concept and O Disney O announced O a O new O Star B-Application Wars I-Application attraction O , O Secrets O of O the O Empire O , O for O launch O later O in O the O year O as O a O tie-in O for O the O upcoming O spin-off O film O Rogue O One O . O In O CBC O mode O , O the O IV O must O be O unpredictable O ( O random O or O pseudorandom B-Error_Name ) O at O encryption O time O ; O in O particular O , O the O ( O previously O ) O common O practice O of O re-using O the O last O ciphertext O block B-General_Concept of O a O message O as O the O IV O for O the O next O message O is O insecure O ( O for O example O , O this O method O was O used O by O SSL O 2.0 O ) O . O + O Important O time-sharing B-General_Concept systems I-General_Concept , O 1960 O – O 1990 O ( O and O successors O ) O ; O listed O alphabetically O Influences O : O ⇶ O derivation O ⇉ O strong O influence O → O some O influence/precedence O System O Platform O Dates O in O use O Developer O Description O Influences O : O from O → O → O to O ACP B-Application S/360 B-Application and O S/370 B-Device 1965 O – O 1979 O IBM O High-performance O mainframe O transaction O platform O used O in O SABRE B-Application and O PARS B-Application ⇶ O TPF B-Operating_System ⇶ O z/TPF B-Operating_System APL B-Language ( O " O A B-Language Programming I-Language Language I-Language , O " O also O " O Iverson O 's O Language O " O ) O System/360 B-Application , O others O later O 1964 O – O present O Kenneth O Iverson O Mathematically-oriented O language O and O interactive O environment O , O noted O for O incredible O terseness O and O powerful O set O processing O operators O Berkeley B-General_Concept Timesharing I-General_Concept System I-General_Concept SDS B-Device 940 I-Device 1964 O – O 1972 O Project O Genie O Early O general-purpose O ⇉ O TENEX B-Operating_System Cambridge O Multiple-Access O System O Titan B-Device , O the O prototype O Atlas B-Device 2 O 1967 O – O 1973 O University O of O Cambridge O and O Ferranti O Multiple O Access O System O Project O MAC O ⇶ O ⇶ O UNIX B-Application CANDE B-Operating_System Burroughs B-Device Large I-Device Systems I-Device , O Burroughs B-Language Medium I-Language Systems I-Language 1965 O ? O – O present O Burroughs O first O IDE O ( O separate O evolution O ) O CICS B-Application S/3x0 O 1969 O – O present O IBM O Ubiquitous O mainframe O transaction O platform O ; O often O used O with O IBM B-Operating_System 3270 I-Operating_System terminals O and O COBOL B-Application CP-40/CMS B-Application customized O S/360 B-Application -40 O 1967 O – O 1972 O ? O Scalr B-General_Concept helps O technical O teams O of O all O sizes O deploy O IT O resources O using O infrastructure O as O code O while O maintaining O policies O around O cost O , O security O , O and O compliance O . O Parametric B-General_Concept empirical B-General_Concept Bayes I-General_Concept is O usually O preferable O since O it O is O more O applicable O and O more O accurate O on O small O amounts O of O data O . O Their O goal O is O to O provide O a O consistent O Wherigo B-Application experience O across O platforms O , O connect O Wherigo B-Application applications O via O an O API B-General_Concept , O and O add O modern O features O to O the O Wherigo B-Application platform O . O In O October O 2014 O , O Amazon B-Application announced O that O the O Voyage O and O future O e-readers O would O not O support O active O content O because O most O users O prefer O to O use O apps O on O their O smartphones O and O tablets B-Device , O but O the O Paperwhite O first-iteration O and O earlier O Kindles O would O continue O to O support O active O content.Amazon O Drops O Support O for O Kindle O Active O Content O From O the B-General_Concept Kindle I-General_Concept Voyage O The O Digital O Reader O , O October O 27 O , O 2014 O . O The O 8080 B-General_Concept , O 6800 B-Device , O Z80 B-General_Concept , O 8051 B-Architecture , O x86 B-Operating_System and O 68k B-Device families O ( O among O others O ) O use O a O borrow O bit O . O In O very O simple O systems O , O only O the O data B-General_Concept bus I-General_Concept is O required O to O be O a O bidirectional O bus O . O Since O the O inception O of O Rodger B-General_Concept 's I-General_Concept method I-General_Concept , O some O researchers O who O use O it O have O had O their O work O published O in O prestigious O scientific O journals O , O and O this O continues O to O happen O . O The O method O the O operating B-General_Concept system I-General_Concept uses O to O select O the O page B-General_Concept frame I-General_Concept to O reuse O , O which O is O its O page B-General_Concept replacement I-General_Concept algorithm I-General_Concept , O is O important O to O efficiency O . O As O of O 2021 O , O the O Syzkaller B-General_Concept dashboard O showed O hundreds O of O bugs O in O the O Linux B-Operating_System kernel I-Operating_System . O The O objective O function O takes O a O tuple O of O hyperparameters B-General_Concept and O returns O the O associated O loss O . O Cross-validation B-Application is O often O used O to O estimate O this O generalization O performance O . O Metadata B-Application repository I-Application explores O the O enterprise O wide O data O governance O , O data O quality O and O master B-General_Concept data I-General_Concept management I-General_Concept ( O includes O master O data O and O reference O data O ) O and O integrates O this O wealth O of O information O with O integrated O metadata O across O the O organization O to O provide O decision B-Application support I-Application system I-Application for O data B-General_Concept structures I-General_Concept , O even O though O it O only O reflects O the O structures O consumed O from O various O systems O . O The O Internet O auction O website O eBay B-Application stated O in O April O 2014 O that O it O used O Mesos B-General_Concept to O run O continuous O integration O on O a O per-developer O basis O . O The O basis O for O this O otherwise O odd O seeming O resolution O is O similar O to O that O of O other O " O wide B-General_Concept " O standards O – O the O line O scan O ( O refresh O ) O rate O of O the O well-established O " O XGA B-Device " O standard O ( O pixels B-Algorithm , O 4:3 O aspect B-Device ratio I-Device ) O extended O to O give O square B-Device pixels I-Device on O the O increasingly O popular O 16:9 O widescreen O display O ratio O without O having O to O effect O major O signalling O changes O other O than O a O faster O pixel B-Algorithm clock O , O or O manufacturing O changes O other O than O extending O panel O width O by O one O third O . O With O a O data B-General_Concept grid I-General_Concept processing O occurs O at O three O order B-Device of I-Device magnitude I-Device faster O than O relational B-Application databases I-Application which O have O advanced O functionality O such O as O ACID O which O degrade O performance O in O compensation O for O the O additional O functionality O . O Lacking O viable O revenue O models O , O this O early O generation O of O social B-General_Concept bookmarking I-General_Concept companies O failed O as O the O dot-com O bubble O burst O — O Backflip O closed O citing O " O economic O woes O at O the O start O of O the O 21st O century O " O . O pc O ( O program B-General_Concept counter I-General_Concept ) O ; O Private B-General_Concept VLANs I-General_Concept in O hosting O operation O allows O segregation O between O customers O with O the O following O benefits O : O The O UNIX B-Application trademark O passed O to O The B-Application Open I-Application Group I-Application , O an O industry O consortium O founded O in O 1996 O , O which O allows O the O use O of O the O mark O for O certified O operating B-General_Concept systems I-General_Concept that O comply O with O the O Single O UNIX B-Application Specification O ( O SUS O ) O . O ASM O was O a O new O feature O in O Oracle B-General_Concept 10g I-General_Concept . O The O Challenger O 4P O ( O 4P O MF O ) O , O released O in O late O 1979 O , O was O a O keyboard B-Device computer I-Device like O the O Challenger O IIP O . O Like O all O Challengers O before O it O , O the O 4P O ran O off O a O 6502 B-General_Concept microprocessor I-General_Concept . O The O attention B-General_Concept layer O can O access O all O previous O states O and O weigh O them O according O to O a O learned O measure O of O relevance O , O providing O relevant O information O about O far-away O tokens O . O As O a O result O , O considerations O of O geography O in O virtual B-Application worlds I-Application ( O such O as O World B-Protocol of I-Protocol Warcraft I-Protocol ) O often O revolve O around O “ O spatial B-General_Concept narratives O ” O in O which O players O act O out O a O nomadic O hero O 's O journey O along O the O lines O of O that O present O in O The O Odyssey O . O Web-based O group O management O tools O — O used O for O delegated B-General_Concept administration I-General_Concept — O therefore O provide O the O following O capabilities O using O a O directory O as O the O group O repository O : O Since O 11 O July O 2012 O , O .it B-General_Concept has O also O supported O internationalised B-Language domain I-Language names I-Language . O In O computer B-General_Concept science I-General_Concept , O multiple B-Operating_System granularity I-Operating_System locking I-Operating_System ( O MGL O ) O is O a O locking B-Operating_System method O used O in O database B-Application management I-Application systems I-Application ( O DBMS O ) O and O relational B-Application databases I-Application . O Elements O of O Cloud B-General_Concept Engineering I-General_Concept include O : O Since O its O release O , O the O SDK O has O allowed O developers O to O release O additional O freeware B-License and O payware B-Application modules O for O use O within O SynthEdit B-Application , O adding O new O features O to O the O program O like O the O ability O to O manipulate O waveforms O through O Fourier B-Algorithm transforms I-Algorithm ( O typically O used O in O digital B-General_Concept signal I-General_Concept processing I-General_Concept as O the O basis O of O additive O and O wavetable O synthesis O engines O ) O , O new O filters O and O audio O effects O . O It O runs O on O x86 B-Operating_System processors O and O supports O the O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O S-SSE3 B-General_Concept , O and O SSE4.1 B-General_Concept instruction B-General_Concept sets I-General_Concept . O Parachute B-Application is O one O of O a O few O Atari B-General_Concept 2600 I-General_Concept games O to O employ O in-game O background O music O . O It O opens O a O whole O lot O of O possibilities O also O in O terms O of O responsive B-General_Concept web I-General_Concept design I-General_Concept . O On O the O Recovery O Console O , O which O is O included O in O all O Windows B-Application 2000 I-Application , O Windows B-Application XP I-Application and O Windows B-Application Server I-Application 2003 I-Application , O there O is O a O diskpart B-Application command B-Application which O is O significantly O different O from O the O one O included O in O the O actual O operating B-General_Concept system I-General_Concept . O Two O other O episodes O were O later O removed O for O using O movie O clips O from O copyrighted O films O – O Rocky B-Application and O Super B-Application Mario I-Application Bros I-Application . I-Application 3 I-Application – O but O were O later O reuploaded O to O YouTube B-General_Concept after O being O amended O and O changed O to O comply O with O the O website O 's O policies O . O By O 2000 O , O the O Pentium B-General_Concept III I-General_Concept was O replaced O by O the O Pentium B-General_Concept 4 I-General_Concept , O which O performed O even O worse O in O certain O applications O . O The O Active-Directory O database O , O the O directory O store O , O in O Windows B-Application 2000 I-Application Server O uses O the O JET O Blue-based O Extensible B-Application Storage I-Application Engine I-Application ( O ESE98 O ) O and O is O limited O to O 16 O terabytes O and O 2 O billion O objects O ( O but O only O 1 O billion O security B-General_Concept principals I-General_Concept ) O in O each O domain B-General_Concept controller I-General_Concept 's O database O . O Multi O sensor B-General_Concept data I-General_Concept fusion I-General_Concept has O become O a O discipline O which O demands O more O general O formal O solutions O to O a O number O of O application O cases O . O Here O also O conducts O work O on O various O new O technologies O to O improve O traffic O , O mapping B-General_Concept and O the O experience O of O driving O . O Therefore O , O logical B-General_Concept disks I-General_Concept are O used O to O partition B-Application the O available O capacity O and O provide O the O amount O of O storage O needed O by O each O host O from O a O common O pool O of O logical B-General_Concept disks I-General_Concept . O Reviewing O for O CNET O , O Darren O Gladstone O scored O the O system O with O a O 7.0 O out O of O 10 O , O praising O its O graphical O performance O and O backwards B-General_Concept compatibility I-General_Concept , O but O being O considerably O critical O of O the O system O 's O lack O of O a O backlit O screen O , O noting O that O it O makes O it O " O nearly O impossible O " O to O play O in O normal O lighting O conditions O . O In O 1996 O – O 7 O , O Broderbund O enlisted O Jeff O Charvat O to O work O on O the B-General_Concept troubled O series O and O making O it O work O ; O Charvat O "charg[ed] O in O with O answers O , O rather O than O questions O " O , O a O strategy O Charvat O later O admitted O "[wa]sn't O the B-General_Concept way O to O go O " O . O Channel B-Device I/O I-Device provides O considerable O economies O in O input/output B-General_Concept . O This O mechanism O was O often O used O to O transfer O frequently-used O commands B-Application or O text O snippets O from O additional O buffers B-General_Concept into O the O document O , O as O was O the O case O with O the O QED B-Application text I-Application editor I-Application . O Intel O eighth O generation O NUC O models O , O codenamed O Hades O Canyon O , O is O based O on O their O Kaby O Lake-G O processors O with O a O TDP B-General_Concept from O 65 O W O to O 100 O W O . O It O features O a O custom O AMD O GPU O , O based O on O Vega O and O Polaris O technologies O . O The O new O Surface B-Device Book I-Device 3 I-Device is O backwards-compatible B-General_Concept with O some O of O the O same O peripheral O accessories O of O its O direct O predecessors O , O such O as O the O Surface B-Device Pen I-Device and O the O Surface B-Device Docks O , O however O notably O despite O otherwise O , O it O is O not O fully O compatible O with O the O surface B-Device dial O and O lacks O the O advertised O the O on-screen O functionality O . O Later O games O circumvented O this O limitation O with O bank B-General_Concept switching I-General_Concept . O Within O the O Atari B-General_Concept 2600 I-General_Concept , O RDY O is O used O to O synchronise O the O CPU O to O the O television O video O lines O . O Each O competitors O creation O is O judged O by O a O panel O consisting O of O YouTube B-General_Concept personality O Kelsey O Impicciche O , O singer O and O songwriter O Tayla O Parx O , O and O EA O Maxis O developer O Dave O Miotke O , O with O the O finalist O winning O a O prize O . O The O Desktop B-Device E6000 O series O and O the O OEM-only O mobile B-Architecture Pentium I-Architecture SU2000 O , O and O all O later O models O were O always O called O Pentium B-General_Concept , O but O the O Desktop B-Device Pentium B-Device Dual-Core I-Device E2000 O and O E5000 O series O processors O had O to O be O rebranded O . O Reprogrammable B-General_Concept memory I-General_Concept ( O abbreviated O as O REPROM B-General_Concept or O RePROM B-General_Concept ) O is O type O of O ROM B-Device , O more O precisely O , O a O type O of O PROM B-General_Concept electronic O memory O . O Managing O trust O in O a O MANET B-General_Concept needs O to O consider O the O interactions O between O the O composite O cognitive O , O social O , O information O and O communication O networks O , O and O take O into O account O the O resource O constraints O ( O e.g. O , O computing O power O , O energy O , O bandwidth B-Algorithm , O time O ) O , O and O dynamics O ( O e.g. O , O topology O changes O , O node B-Protocol mobility O , O node B-Protocol failure O , O propagation O channel O conditions O ) O . O There O are O three O addresses O to O be O considered O by O the O Push O Initiator O : O the O push B-General_Concept proxy I-General_Concept gateway I-General_Concept address O , O the O wireless O device O address O , O and O the O result O notification O address O . O It O is O part O of O the O data B-Application dictionary I-Application that O is O created O when O the O Oracle B-General_Concept Database I-General_Concept is O created O . O In O this O situation O , O it O usually O makes O sense O to O compile B-Language Thumb O code O and O hand-optimise O a O few O of O the O most O CPU-intensive O sections O using O full O 32-bit O ARM O instructions B-General_Concept , O placing O these O wider O instructions B-General_Concept into O the O 32-bit O bus O accessible O memory O . O Originally O developed O in O computer O shogi O in O 2018 O by O Yu O Nasu O , O the O most O common O evaluation B-General_Concept function I-General_Concept used O in O computer B-Application chess I-Application today O is O the O efficiently B-General_Concept updatable I-General_Concept neural I-General_Concept network I-General_Concept , O or O NNUE B-General_Concept for O short O , O a O sparse O and O shallow O neural B-Architecture network I-Architecture that O has O only O piece-square O tables O as O the O inputs O into O the O neural B-Architecture network I-Architecture . O For O 50 O inch O screen O with O a O 8192×4608 O resolution B-General_Concept you O get O = O 188 O PPI O . O The O Transactor O stated O , O " O The O word B-General_Concept processor I-General_Concept is O barely O that O , O the O data O base O defiles O the O name O , O and O the O spreadsheet B-Application has O little O spread O " O . O Galaxy O Grand O runs O on O the O Android B-Application 4.2.2 I-Application Jelly I-Application Bean I-Application OS B-General_Concept . O When O power O was O turned O on O again O , O the O program O would O restart O and O all O the O memory B-General_Concept would O be O available O again O , O but O the O slow O process O of O memory B-General_Concept leak O would O restart O together O with O the O program O , O eventually O prejudicing O the O correct O running O of O the O system O . O All O floating-point O operations O are O largely O implemented O in O microcode B-Device across O the O processor O family O and O are O thus O fairly O slow O . O decomposition O into O sign O , O exponent O , O and O mantissa O — O thus O its O floating-point B-General_Concept unit I-General_Concept was O claimed O to O be O up O to O three O times O as O effective O as O that O of O the O V70 O , O with O 32-bit O floating-point O operations O taking O 36/44/74 O cycles O and O 64-bit O operations O taking O 75/110/533 O cycles O ( O addition/multiplication/division O ) O . O NEC O ported O several O variants O of O the O Unix B-Application operating I-Application system I-Application to O its O V60/V70/V80 O processors O for O user-application-oriented O systems O , O including O real-time B-Operating_System ones O . O The O .io B-General_Concept domain I-General_Concept , O which O was O first O used O in O 2015 O by O Agar.io, O has O become O a O popular O domain O attached O to O browser B-Protocol games I-Protocol , O because O of O its O short O length O , O the O ease O of O acquiring O the O domain O , O and O the O association O with O programming O because O " O io O " O can O also O stand O for O input/output B-General_Concept . O CP/M B-Application came O with O a O Dynamic O Debugging O Tool O , O nicknamed O DDT B-Operating_System ( O after O the O insecticide O , O i.e. O a O bug-killer O ) O , O which O allowed O memory O and O program O modules O to O be O examined O and O manipulated O , O and O allowed O a O program O to O be O executed O one O step O at O a O time O . O CP/M B-Application originally O did O not O support O the O equivalent O of O terminate O and O stay O resident O ( O TSR O ) O programs O as O under O DOS B-Device . O Programmers O could O write O software O that O could O intercept O certain O operating B-General_Concept system I-General_Concept calls O and O extend O or O alter O their O functionality O . O Using O this O capability O , O programmers O developed O and O sold O auxiliary O desk B-Application accessory I-Application programs O , O such O as O SmartKey B-Application , O a O keyboard O utility O to O assign O any O string O of O bytes O to O any O key O . O CP/M3 O , O however O , O added O support O for O dynamically B-Operating_System loadable I-Operating_System Resident O System O Extensions O ( O RSX O ) O . O Another O language O that O does O not O make O this O terminology O distinction O is O D B-Application . O Although O D B-Application classes O are O garbage B-General_Concept collected I-General_Concept , O their O cleanup O functions O are O called O destructors B-Language . O As O Windows B-General_Concept Speech I-General_Concept Recognition I-General_Concept is O now O integrated O into O the O operating B-General_Concept system I-General_Concept , O the O Speech O SDK B-Application and O APIs B-Application are O a O part O of O the O Windows B-Application SDK I-Application . O Swing B-Language GUI B-Application elements O are O all-Java O with O no O native O code O : O instead O of O wrapping O native O GUI B-Application components O , O Swing B-Language draws O its O own O components O by O using O Java B-Language 2D I-Language to O call O low-level O operating B-General_Concept system I-General_Concept drawing O routines O . O XBurst1-based O SoCs O are O commonly O used O in O tablet B-Device computers I-Device , O portable O media O players O , O digital O photo O frames O and O GPS O devices O : O The O JZ4730 O CPU B-General_Concept is O used O in O the O Skytone B-Operating_System Alpha-400 I-Operating_System and O its O variants O . O A O cache B-General_Concept line O contains O a O value O , O and O it O can O be O read O or O written O . O Writing O on O a O cache B-General_Concept line O changes O the O value O . O Word B-General_Concept embedding I-General_Concept , O such O as O word2vec B-Algorithm , O can O be O thought O of O as O a O representational O layer O in O a O deep B-Algorithm learning I-Algorithm architecture O that O transforms O an O atomic O word O into O a O positional O representation O of O the O word O relative O to O other O words O in O the O dataset O ; O the O position O is O represented O as O a O point O in O a O vector O space O . O When O an O application O using O the O KDE B-Application libraries O crashes B-General_Concept , O Dr. O Konqi O generates O a O backtrace B-Language using O gdb B-Language and O invites O the O user O to O submit O the O report O to O the O KDE B-Application bugzilla B-Application . O The O approval O came O with O 25 O stipulations O to O preserve O competition O between O local O phone O carriers O , O including O investing O in O new O markets O and O broadband B-General_Concept technologies O . O When O a O procedure O is O called O , O the O register B-General_Concept window I-General_Concept shifts O by O sixteen O registers O , O hiding O the O old O input O registers O and O old O local O registers O and O making O the O old O output O registers O the O new O input O registers O . O Nonetheless O , O stemming B-General_Concept reduces O precision O , O or O the O proportion O of O positively-labeled O instances O that O are O actually O positive O , O for O such O systems O . O The O videos O uploaded O by O the O user O had O apparently O become O popular O with O 4chan O members O , O who O subsequently O became O angered O after O the O account O was O suspended O and O called O for O a O new O wave O of O pornographic O videos O to O be O uploaded O to O YouTube B-General_Concept on O January O 6 O , O 2010 O . O Robinett O developed O workarounds B-Application for O various O technical O limitations O of O the O Atari B-General_Concept 2600 I-General_Concept , O which O has O only O one O playfield O and O five O memory-mapped O registers O available O to O represent O moving O objects O . O Users O of O Wordfast B-Language Classic O and O Wordfast B-Language Pro O 3 O and O 5 O can O connect O to O translation B-General_Concept memories I-General_Concept and O glossaries O stored O on O Wordfast B-Language Anywhere O directly O from O within O their O respective O programs O . O Each O Lynx B-General_Concept needs O a O copy O of O the O game O , O and O one O cable O can O connect O two O machines O . O First O proposed O in O early O 2019 O , O the O Pony O Preservation O Project O is O a O " O collaborative O effort O by O /mlp/ O to O build O and O curate O pony O datasets B-General_Concept " O with O the O aim O of O creating O applications O in O artificial B-Application intelligence I-Application . I-Application ( O See O also O White B-General_Concept box I-General_Concept ( O computer B-Architecture hardware I-Architecture ) O . O ) O As O the O stability O of O the O operating B-General_Concept system I-General_Concept collapsed O , O the O ready O answer O was O that O Taligent B-Operating_System would O fix O this O with O all O its O modern O foundation O of O full O reentrance O , O preemptive B-Operating_System multitasking I-Operating_System , O and O protected B-General_Concept memory I-General_Concept . O Non-multiplexed O buses O ( O the O 8080 B-General_Concept had O state O signals O multiplexed O onto O the O data O bus O ) O . O Verbosus B-Application requires O no O installation O of O any O software O packages O like O MiKTeX B-General_Concept , O TeX B-General_Concept Live I-General_Concept , O etc O . O Many O commonly O used O devices O such O as O a O smartphones O , O voice O translators O , O and O cars O make O use O of O some O form O of O machine B-General_Concept hearing I-General_Concept . O It O incorporated O the O bank B-General_Concept switching I-General_Concept memory O management O of O MP/M B-Operating_System in O a O single-user O single-task O operating B-General_Concept system I-General_Concept compatible O with O CP/M2.2 O applications O . O CP/M3 O could O therefore O use O more O than O 64KB O of O memory O on O an O 8080 B-General_Concept or O Z80 B-General_Concept processor O . O The O operating B-General_Concept system I-General_Concept distribution O software O also O included O a O relocating O assembler B-Application and O linker O . O CP/M3 O was O available O for O the O last O generation O of O 8-bit O computers O , O notably O the O Amstrad B-Device PCW I-Device , O the O Amstrad B-Device CPC I-Device , O the O ZX B-Operating_System Spectrum I-Operating_System +3 O , O the O Commodore B-Device 128 I-Device , O MSX B-Operating_System machines O and O the O Radio B-Device Shack I-Device TRS-80 I-Device Model O 4 O . O There O were O versions O of O CP/M B-Application for O some O 16-bit B-Device CPUs O as O well O . O The O first O version O in O the O 16-bit B-Device family O was O CP/M B-Operating_System -86 I-Operating_System for O the O Intel B-General_Concept 8086 I-General_Concept in O November O 1981 O . O It O was O relatively O common O on O computers O using O the O Intel B-General_Concept 80286 I-General_Concept , O Intel B-General_Concept 80386 I-General_Concept and O Intel B-General_Concept 80486 I-General_Concept processors O , O from O the O mid O 1980s O to O mid O 1990s O . O The O system O ’s O model O library O contains O hybrid O parts O for O analog-to-digital O and O digital-to-analog O conversion O . O CircuitLogix B-Algorithm is O a O mixed-mode O schematic O editor O , O and O includes O both O analog O and O event-driven O simulation O capabilities O : O any O simulation O may O contain O components O that O are O analog O , O event O driven O ( O digital B-General_Concept or O sampled-data O ) O , O or O a O combination O of O both O . O The B-General_Concept New O York O Times O questioned O the B-General_Concept addition O of O the B-General_Concept " O original O " O dead O " O book O " O with O the B-General_Concept CD-ROM B-Device adaption O , O suggesting O " O most O children O never O get O around O to O opening O the B-General_Concept real O book O " O . O The O roaming B-General_Concept profile I-General_Concept for O Remote B-Protocol Desktop I-Protocol Server I-Protocol users O is O specified O under O the O " O Remote B-Protocol Desktop I-Protocol Services I-Protocol Profile O " O tab O . O Streamer B-General_Concept cassettes I-General_Concept can O hold O anywhere O from O 250 O kilobytes O to O 600 O megabytes O of O data O . O This O required O the O external O devices O , O like O the O main O memory O , O to O latch B-General_Concept the O address O between O cycles O . O The O system O interface O was O similar O to O that O of O the O Alpha B-General_Concept 21364 I-General_Concept . O This O allows O the O keyboard B-Device to O directly O emulate B-Application a O full-sized O keyboard B-Device , O so O the O operating B-General_Concept system I-General_Concept can O use O standard O keymaps O designed O for O a O full-sized O keyboard B-Device . O | O .cc B-Application || O || O Cocos O Islands|| O Australian O territory O : O not O to B-Protocol be B-General_Concept confused O with O Cocos O Island O in O Guam O . O Currently O marketed O as O global O domain O , O registration O allowed O worldwide O , O local O presence O not O required O ; O the O domain O is O currently O operated O by O eNIC O , O a O VeriSign B-Application company O . O When O a O page B-General_Concept is O removed O from O the O inactive O set O , O it O is O paged O out O of O physical O memory O . O The O largest O project O in O Industry B-General_Concept 4.0 I-General_Concept as O of O July O 2013 O is O the O German O Federal O Ministry O of O Education O and O Research O ( O BMBF O ) O leading-edge O cluster O " O Intelligent O Technical O Systems O Ostwestfalen-Lippe O ( O its O OWL O ) O " O . O Epipolar B-Algorithm constraints I-Algorithm can O also O be O described O by O the O essential B-General_Concept matrix I-General_Concept or O the O fundamental B-General_Concept matrix I-General_Concept between O the O two O cameras O . O Brains O , O a O Moai-kun B-Application clone B-General_Concept . O Many O of O the O common O data B-General_Concept structure I-General_Concept operations O in O R B-Language , O such O as O colSums O , O rowSums O , O nrow O and O others O , O are O also O available O on O distributed O data B-General_Concept structures I-General_Concept . O XPath B-General_Concept 3.0 I-General_Concept became O a O Recommendation O on O 8 O April O 2014 O . O A O adcons O normally O store O a O four O byte O relocatable O address B-General_Concept , O however O it O is O possible O to O specify O the O length O of O the O constant O . O Intel O processors O later O than O the O 80486 O integrated O floating-point B-Algorithm hardware B-Architecture on O the O main O processor O chip O ; O the O advances O in O integration O eliminated O the O cost O advantage O of O selling O the O floating B-General_Concept point I-General_Concept processor I-General_Concept as O an O optional O element O . O A O binary O counter O can O represent O 2^N O states O , O where O N O is O the O number O of O bits O in O the O code O , O whereas O a O straight O ring O counter O can O represent O only O N O states O and O a O Johnson B-General_Concept counter I-General_Concept can O represent O only O 2N O states O . O This O new O version O included O more O advanced O particle O effects O , O hardware-accelerated B-General_Concept facial O animation O , O and O support O for O multi-core B-Architecture processor I-Architecture rendering O , O amongst O other O improvements O . O Mali-400 O MP2 O with O Open O GL O ES O 2.0/1.1 O . O Banana B-Application Pi I-Application BPI-M1 O CPU B-Device A20 O ARM B-Application Cortex-A7 I-Application Dual-Core B-Architecture GPU B-Architecture ARM B-Architecture Mali B-General_Concept 400 O MP2 O ; O Complies O with O OpenGL O ES O 2.0/1.1 O Memory O 1GB O DDR3 O Network O 10/100/1000 O Ethernet O 8P8C B-Architecture ( O 1000BASE-T O ) O Video O Input O A O CSI O input O connector O allows O for O the O connection O of O a O designed O camera O module O Video O Outputs O HDMI B-Protocol , O CVBS O , O LVDS/RGB O Audio O Outputs O 3.5mm O jack O and O HDMI B-Protocol Power O Source O 5 O volts O DC O via O Micro O USB B-Protocol or O GPIO O USB B-Protocol 2.0 O ports O 2 O ( O direct O from O Allwinner B-Architecture A20 O chip O ) O GPIO O GPIO O , O UART O , O I2C O BUS O , O SPI B-Architecture BUS I-Architecture , O WITH O TWO O CHIP O SELECTS O , O CAN B-Protocol bus I-Protocol , O ADC O , O PWM O , O + O 3.3V O , O +5V O , O GND O LED O Power O Key O & O 8P8C B-Architecture Storage O SATA O 2.0 O , O Recording O software O maintains O larger O buffers B-General_Concept than O when O CD O recorders O were O first O introduced O . O A O logical B-General_Concept disk I-General_Concept , O logical B-Application volume I-Application or O virtual O disk B-Device ( O VD O or O vdisk B-General_Concept for O short O ) O is O a O virtual B-Application device I-Application that O provides O an O area O of O usable O storage O capacity O on O one O or O more O physical O disk B-Device drive(s ) O in O a O computer O system O . O 1980 O the O " O Mephisto B-General_Concept " O Tradename O was O created O , O nicknamed O Brikett O ( O German O for O briquette O ) O — O the O first O German O Chess B-Application Computer I-Application — O programmed O by O Thomas O Nietsche O and O Elmar O Henne O , O appeared O in O stores O . O Bitboards B-Application are O applicable O to O any O game O whose O progress O is O represented O by O the O state O of O , O or O presence O of O pieces O on O , O discrete O spaces O of O a O gameboard O , O by O mapping O of O the O space O states O to O bits O in O the O data B-General_Concept structure I-General_Concept . O Such O computers O are O more O versatile O in O that O they O do O not O need O to O have O their O hardware B-Architecture reconfigured O for O each O new O program O , O but O can O simply O be O reprogrammed B-General_Concept with O new O in-memory O instructions O ; O they O also O tend O to O be O simpler O to O design O , O in O that O a O relatively O simple O processor O may O keep O state B-Application between O successive O computations O to O build O up O complex O procedural O results O . O Due O to O its O incompatibility O with O 32-bit O OSs B-General_Concept , O it O is O only O required O for O Ranked O and O Tournament O lobbies O . O The O Micromega O was O fundamental O on O the O adoption O of O Unix O by O the O French O government O , O due O to O the O localization B-General_Concept of O the O Unix O operating B-General_Concept system I-General_Concept . O MSTP O is O designed O to O be O STP B-Protocol and O RSTP O compatible O and O interoperable O without O additional O operational O management O practice O , O this O is O due O to O a O set O of O measurements O based O on O RSTP O ( O Clause O 17 O of O IEEE O Std O 802.1D O , O 2004 O Edition O ) O intending O to O provide O the O capability O for O frames O assigned O to O different O VLANs B-General_Concept , O to O be O transmitted O along O different O paths O within O MST O Regions O . O Results O were O swipeable O across O standard O search B-Application verticals I-Application , O including O web B-Application search I-Application , O image B-General_Concept search I-General_Concept , O video O search O , O news O , O and O shopping O . O Alternatively O , O we O can O promote O one O of O the O transaction B-General_Concept 's O reads O to O a O write O . O Until O Linux O kernel O 2.6.31 O , O write B-General_Concept barriers I-General_Concept were O not O supported O ( O fully O supported O in O 2.6.33 O ) O . O After O merging O with O ShareLaTeX O in O 2017 O , O they O released O Overleaf B-General_Concept v2 O , O combining O original O features O from O both O into O a O single O cloud-based O platform O . O A O consequence O of O the O universal O adoption O of O detailed O PC O architecture O was O that O no O more O than O 640 O kilobytes O of O memory O were O supported O ; O early O machines O running O MS-DOS B-Application and O CP/M B-Application -86 O did O not O suffer O from O this O restriction O , O and O some O could O make O use O of O nearly O one O megabyte O of O RAM O . O PC O Magazine O wrote O that O CP/M B-Application -86 O " O in O several O ways O seems O better O fitted O to O the O PC O " O than O DOS O ; O however O , O for O those O who O did O not O plan O to O program O in O assembly O language O , O because O it O cost O six O times O more O " O CP/M B-Application seems O a O less O compelling O purchase O " O . O It O stated O that O CP/M B-Application -86 O was O strong O in O areas O where O DOS O was O weak O , O and O vice O versa O , O and O that O the O level O of O application O support O for O each O operating B-General_Concept system I-General_Concept would O be O most O important O , O although O CP/M B-Application -86 O ' O s O lack O of O a O run-time O version O for O applications O was O a O weakness O . O A O given O version O of O CP/M B-Application -86 O has O two O version O numbers O . O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O in O Asia O , O Japan O , O and O Korea O ) O is O a O party O game O that O requires O the O EyeToy B-General_Concept camera O to O play O . O The O Twister O 95 O , O XP O , O 7 O , O 10 O , O and O 11 O themes O are O similar O to O the O themes O on O the O Windows B-Application 95 O , O XP O , O 7 O , O 10 O and O 11 O operating B-General_Concept systems I-General_Concept . O Later O in O October O that O year O , O Sierra O further O announced O that O the O pack O would O be O included O free O for O new O purchases O of O the O original O game O , O the O decision O having O been O made O to O add O extra O incentive O to O buying O it O ; O existing O owners O were O also O entitled O and O merely O needed O to O apply O via O online O form O , O also O included O as O a O hard B-General_Concept copy I-General_Concept in O specially-marked O boxes O . O The O most O common O time O for O extension B-Operating_System conflicts I-Operating_System to O start O was O the O release O of O a O new O version O of O the O operating B-General_Concept system I-General_Concept , O followed O closely O by O the O installation O of O a O complex O new O application O that O either O conflicted O with O existing O extensions O , O or O installed O extensions O that O conflicted O with O the O existing O set O . O Due O to O broad O support O in O hardware O devices O , O unauthorized O audio O material O is O usually O released O in O MP3 B-Application files I-Application at O VBR B-General_Concept quality O . O A O substantially O smaller O version O of O MacTeX B-General_Concept , O BasicTeX O , O which O does O not O contain O Ghostscript B-Language or O the O aforementioned O GUI B-Application programs O , O can O be O used O instead O along O with O a O TeX B-Application editor O as O well O . O A O planned O 50MHz O grade O was O canceled O after O it O exceeded O the O thermal B-General_Concept design I-General_Concept envelope I-General_Concept . O Most O load B-General_Concept and I-General_Concept store I-General_Concept instructions I-General_Concept include O a O 12-bit O offset O and O two O register O identifiers O . O Tony O Fuge O , O then O a O leading O engineer O at O Inmos O , O was O awarded O the O Prince O Philip O Designers O Prize O in O 1987 O for O his O work O on O the O T414 O transputer B-General_Concept . O But O today O , O it O is O thought O of O as O a O subset O of O ReRAM B-General_Concept . O Legacy B-Device applications I-Device are O often O maintained O solely O to O provide O infrequent O or O sporadic O access O to O data B-General_Concept within O the O application O database O for O regulatory O or O business O purposes O . O Unlike O pin B-Algorithm grid I-Algorithm arrays I-Algorithm , O land B-Algorithm grid I-Algorithm array I-Algorithm packages O are O designed O to O fit O either O in O a O socket B-General_Concept , O or O be O soldered O down O using O surface O mount O technology O . O More O generally O , O in O any O power B-Application diagram I-Application , O each O cell O Ri O is O a O convex O polygon B-General_Concept , O the O intersection O of O the O halfspaces O bounded O by O the O radical O axes O of O circle O Ci O with O each O other O circle O . O Operating B-General_Concept system I-General_Concept extensions O loaded O into O memory O were O required O in O order O for O an O Atari O computer O to O manage O files O stored O on O a O disk B-Device drive I-Device . O These O extensions O to O the O operating B-General_Concept system I-General_Concept added O the O disk B-Device handler O and O other O file O management O features O . O In O many O systems O , O each O device O is O associated O with O a O particular O IRQ B-General_Concept signal B-Operating_System . O Upon O finishing O the O game O , O players O can O explore O the O game O in O an O open-world O free-roam O mode O or O an O audio O tour B-General_Concept mode O . O MIAOW O is O an O open-source O RTL B-Application implementation O of O the O AMD O Southern O Islands O GPGPU B-Architecture microarchitecture B-General_Concept . O In O the O , O the O ASP B-Application codec B-General_Concept was O still O the O fastest O and O fared O better O than O previously O in O quality O , O but O not O well O enough O to O make O it O to O the O finals O . O However O , O JPEG O defines O two O special O Huffman B-General_Concept code I-General_Concept words O . O Later O , O additions O from O the O RS/6000 B-Device team O and O AIM O Alliance O PowerPC B-Architecture were O included O , O and O by O 2001 O , O with O the O introduction O of O POWER4 B-Device , O they O were O all O joined O into O one O instruction B-General_Concept set I-General_Concept architecture I-General_Concept : O the O PowerPC B-Architecture v.2.0 O . O FM O , O a O Japanese O magazine O for O Fujitsu O personal O computer O users O , O contained O the O first O description O of O the O 6309 B-General_Concept 's O additional O capabilities O . O Optical B-General_Concept braille I-General_Concept recognition I-General_Concept is O technology O to O capture O and O process O images O of O braille O characters O into O natural O language O characters O . O Rank B-General_Concept SIFT I-General_Concept algorithm O is O the O revised O SIFT O ( O Scale-invariant B-Algorithm feature I-Algorithm transform I-Algorithm ) O algorithm O which O uses O ranking O techniques O to O improve O the O performance O of O the O SIFT O algorithm O . O A O computer B-Application program I-Application ( O process B-Operating_System , O task B-General_Concept , O or O thread B-Operating_System ) O may O sleep O , O which O places O it O into O an O inactive B-Operating_System state I-Operating_System for O a O period O of O time O . O The O Clarkdale B-Device chip O is O also O used O in O the O Core B-Device i3-5xx O and O Core B-Device i5-6xx O series O and O features O a O 32nm O process B-Algorithm ( O as O it O is O based O on O the O Westmere B-Device microarchitecture O ) O , O integrated O memory O controller O and O 45nm O graphics O controller O and O a O third-level O cache B-General_Concept . O The O key O difference O between O this O and O the O NS32C016 O is O the O integration O of O the O expensive O TCU O ( O Timing O Control O Unit O ) O which O generates O the O needed O two-phase O clock O from O a O crystal O , O and O the O removal O of O the O floating O point O coprocessor B-General_Concept support O , O which O freed O up O microcode O space O for O the O useful O BitBLT O instruction B-General_Concept set I-General_Concept , O which O significantly O improves O the O performance O in O laser O printer O operations O , O making O this O 60,000 O transistor O chip O faster O than O the O 200,000 O transistor O MC68020 B-Device . O There O are O an O estimated O 26.9 O million O professional O software B-General_Concept engineers I-General_Concept in O the O world O as O of O 2022 O , O up O from O 21 O million O in O 2016 O . O In O 2021 O , O it O was O acquired O by O Perforce B-General_Concept . O The O IBM O 824 O Typewriter O Card B-Device Punch I-Device was O an O IBM O 024 O where O the O 024 O keyboard B-Device was O replaced O by O an O IBM O electric O typewriter O . O Similarly O , O the O IBM O 826 O used O an O IBM B-Device 026 I-Device Keypunch O . O Introduced O with O System/360 B-Application in O 1964 O , O the O 029 O had O new O character B-General_Concept codes I-General_Concept for O parentheses O , O equal O and O plus O as O well O as O other O new O symbols O used O in O the O EBCDIC B-Language code O . O The O IBM O 029 O was O mechanically O similar O to O the O IBM B-Device 026 I-Device and O printed O the O punched O character O on O the O top O of O the O card O using O the O same O kind O of O mechanism O as O the O 026 O , O although O it O used O a O larger O code O plate O with O 2240 O printing-pin O sites O due O to O the O larger O set O of O characters O in O EBCDIC B-Language . O Storage B-Device Decisions I-Device events O are O oriented O towards O end O users O of O data B-General_Concept storage I-General_Concept equipment O and O software O . O With O a O manual O connection O , O the O aperture B-General_Concept and O focus O controls O of O the O lens O cannot O be O controlled O or O read O from O the O camera O ; O the O lens O must O be O focused O manually O . O Some O operating B-General_Concept systems I-General_Concept using O soft O sectors B-Application , O such O as O Apple B-Operating_System DOS I-Operating_System , O do O not O use O the O index B-Architecture hole I-Architecture , O and O the O drives O designed O for O such O systems O often O lack O the O corresponding O sensor O ; O this O was O mainly O a O hardware O cost-saving O measure O . O The O core O of O the O 3½-inch O disk B-Device is O the O same O as O the O other O two O disks B-Device , O but O the O front O has O only O a O label O and O a O small O opening O for O reading O and O writing O data O , O protected O by O the O shutter O — O a O spring-loaded O metal O or O plastic O cover O , O pushed O to O the O side O on O entry O into O the O drive O . O One O of O the O earliest O mentions O is O on O 2004 O when O a O academic O and O blogger O was O expelled O for O commenting O on O how O the B-Application Sims I-Application Online I-Application Computer O game O based O in O the O city O of O Alphaville O had O become O a O digital B-General_Concept dystopia I-General_Concept controlled O by O " O president O " O Donald O Meacham O and O corrupt O faction O of O robot O nobles O had O become O a O digital B-General_Concept dystopia I-General_Concept with O crime O , O cyber-sex O prostitution O and O general O civic O chaos O . O Little O consideration O was O given O to O interactivity B-General_Concept , O interaction O with O operating B-General_Concept systems I-General_Concept ( O few O existed O at O that O time O ) O and O functions O ( O thought O of O as O purely O mathematical O and O of O no O use O in O data O processing O ) O . O Contains O a O pointer O to O FastSysCall O in O Wow64.4FS:[0xC4]GS:[0x108]NTCurrent O Locale4FS:[0xC8]GS:[0x10C]NTFP O Software O Status O Register216FS:[0xCC]GS:[0x110]NT, O WineReserved O for O OS O ( O NT B-Device ) O , O kernel32 O private O data O ( O Wine B-Application ) O herein O : O FS:[0x124] O 4 O NT B-Device Pointer O to O KTHREAD O ( O ETHREAD O ) O structure O 4FS:[0x1A4]GS:[0x2C0]NTException O code18FS:[0x1A8]GS:[0x2C8]NTActivation O context O stack24FS:[0x1BC]GS:[0x2E8]NT, O WineSpare O bytes O ( O NT B-Device ) O , O ntdll O private O data O ( O Wine B-Application ) O 40FS:[0x1D4]GS:[0x300]NT, O WineReserved O for O OS O ( O NT B-Device ) O , O ntdll O private O data O ( O Wine B-Application ) O 1248FS:[0x1FC]GS:[0x350]NT, O WineGDI O TEB O Batch O ( O OS O ) O , O vm86 O private O data O ( O Wine B-Application ) O 4FS:[0x6DC]GS:[0x838]NTGDI O Region4FS:[0x6E0]GS:[0x840]NTGDI O Pen4FS:[0x6E4]GS:[0x848]NTGDI O Brush4FS:[0x6E8]GS:[0x850]NTReal O Process O ID4FS:[0x6EC]GS:[0x858]NTReal O Thread B-Operating_System ID4FS:[0x6F0]GS:[0x860]NTGDI O cached O process O handle4FS:[0x6F4]GS:[0x868]NTGDI O client O process O ID O ( O PID O ) O 4FS:[0x6F8]GS:[0x86C]NTGDI O client O thread B-Operating_System ID O ( O TID O ) O 4FS:[0x6FC]GS:[0x870]NTGDI O thread B-Operating_System locale O information20FS:[0x700]GS:[0x878]NTReserved O for O user O application1248FS:[0x714]GS:[0x890]NTReserved O for O GL O ( O See O wine B-Application ref O for O internals O ) O 4FS:[0xBF4]GS:[0x1250]NTLast O Status O Value532FS:[0xBF8]GS:[0x1258]NTStatic O UNICODE_STRING O bufferpointerFS:[0xE0C]GS:[0x1478]NTAlso O known O as O DeallocationStack O , O it O establishes O the O real O start O address O of O the O stack B-General_Concept buffer O , O hence O the O real O stack B-General_Concept limit O : O it O is O a O few O pages O less O than O the O stack B-General_Concept limit O field O ( O which O hides O the O guard O pages O used O to O detect O stack B-General_Concept overflows O ) O .pointer[]FS:[0xE10]GS:[0x1480]NTTLS O slots O , O 4/8 O bytes O per O slot O , O 64 O slots8FS:[0xF10]GS:[0x1680]NTTLS O links O ( O LIST_ENTRY O structure O ) O 4FS:[0xF18]GS:[0x1690]NTVDM4FS:[0xF1C]GS:[0x1698]NTReserved O for O RPC4FS:[0xF28]GS:[0x16B0]NTThread O error O mode O ( O RtlSetThreadErrorMode O ) O 4FS:[0xF78]GS:[0x1748]NTGuaranteed O stack B-General_Concept bytes O This O is O not O the O full O table O ; O see O wine B-Application ref O for O all O fields O until O FS:[0xfb4] O / O GS:[17c8] O . O Exposure O metering O is O through-the-lens O ( O TTL O ) O and O thus O accounts O for O the O aperture B-General_Concept set O on O the O lens O in O use O . O ( O Unlike O SLR B-Algorithm lenses O , O where O the O diaphragm O controlling O lens O aperture B-General_Concept is O generally O closed O only O at O the O time O of O shutter O release O , O rangefinder B-Algorithm camera I-Algorithm lenses O close O or O open O the O diaphragm O directly O as O the O aperture B-General_Concept control O is O applied O ) O . O The O Konica B-Algorithm Hexar I-Algorithm RF O has O an O ISO O 518-compatible O hot B-Algorithm shoe I-Algorithm with O X O flash O synchronisation O for O an O electronic O flash O . O The O Konica B-Algorithm Hexar I-Algorithm RF O was O sold O either O " O body O only O " O or O as O a O set O in O a O presentation O box O containing O the O Konica B-Algorithm Hexar I-Algorithm RF O camera O , O an O M-Hexanon O 50mm O f2 O lens O and O an O HX-18 O electronic O flash O unit O ( O along O with O a O manual O and O accessories O including O a O camera O strap O , O body O cap O and O front O and O rear O lens O caps O ) O . O The O original O release O of O the O Konica B-Algorithm Hexar I-Algorithm RF O camera O was O accompanied O by O the O release O of O three O " O Konica O KM-bayonet O mount O " O lenses O for O use O on O Konica O RF O cameras O and O others O , O such O as O Leica O , O with O compatible O lens B-Algorithm mounts I-Algorithm . O As O a O pioneering O user O of O Ada B-Language , O the O SMCS B-General_Concept project O encountered O many O teething O problems O with O the O large-scale O use O of O Ada B-Language compilers O , O Ada B-Language development O tools O , O and O the O special O characteristics O of O the O early O dialect O of O the O Ada B-Language programming I-Language language I-Language , O later O known O as O Ada B-Language 83 I-Language . O Quattor B-Device Working O Group O ( O QWG O ) O templates O are O used O to O configure O grid B-Architecture middleware B-General_Concept services O . O The O TurboGrafx-CD B-General_Concept version O features O animated O cutscenes O , O similar O to O those O initially O introduced O in O Valis B-Application II I-Application . O Fraps B-Protocol requires O a O CPU O with O SSE2 B-General_Concept instructions O ( O Pentium B-General_Concept 4 I-General_Concept and O later O ) O and O Windows B-Application XP I-Application or O later O . O Weitek O developed O math B-General_Concept coprocessors I-General_Concept for O several O systems O , O including O those O based O on O the O Motorola B-Device 68000 I-Device family I-Device , O the O 1064 O and O 1164 O , O and O for O Intel-based O i286 B-General_Concept systems O , O the O 1067 O . O Intel O 's O own O FPU O design O for O the O i386 B-General_Concept fell O far O behind O in O development O , O and O Weitek O delivered O the O 1167 O for O them O . O Captain O America O and O Tony O Stark O go O to O Stark O Tower O so O that O the O latter O can O get O his O latest O suit O , O only O to O encounter O Loki O , O Mandarin O , O and O Aldrich O Killian O , O who O have O hacked O J.A.R.V.I.S. B-General_Concept , O turning O it O against O the O heroes O . O To O start O an O application O user O session O , O an O interactive O authentication O via O web B-Application application I-Application login B-General_Concept must O be O performed O . O Various O estimation O techniques O including O weighted B-Algorithm least I-Algorithm squares I-Algorithm and O the O use O of O heteroscedasticity-consistent O standard O errors O can O handle O heteroscedasticity B-General_Concept in O a O quite O general O way O . O By O early O 2013 O , O Billboard O had O announced O that O it O was O factoring O YouTube B-General_Concept streaming O data O into O calculation O of O the O Billboard O Hot O 100 O and O related O genre O charts O . O Therefore O , O DRDOS O 5.0 O ' O s O new O MEMMAX-L O command B-Operating_System worked O around O this O by O pre-allocating O a O chunk B-General_Concept of O memory O at O the O start O of O the O memory O map O in O order O for B-Language programs O to O load O above O this O barrier O ( O but O with O less O usable O conventional B-Device memory I-Device then O ) O . O By O default O , O MEMMAX O was O configured O for B-Language +L O , O so O that O applications O could O take O advantage O of O the O extra O memory O . O Storage O aspect B-Device ratio I-Device ( O SAR O ) O The O horizontal O to O vertical O ratio O of O solely O the O number O of O pixels B-Algorithm in O each O direction O . O Display B-General_Concept aspect I-General_Concept ratio I-General_Concept ( O DAR O ) O The O combination O ( O which O occurs O by O multiplication O ) O of O both O the O pixel B-Device aspect I-Device ratio I-Device and O storage O aspect B-Device ratio I-Device giving O the O aspect B-Device ratio I-Device as O experienced O by O the O viewer O . O The O game O was O released O in O limited O quantities O in O North O America O for O the O TurboGrafx-16 B-General_Concept by O Working O Designs O . O It O can O ensure O that O conversation O data B-General_Concept at I-General_Concept rest I-General_Concept is O only O readable O by O the O room O participants O . O If O the O purpose O is O not O to O perform O strict O interpolation O but O instead O more O general O function O approximation O or O classification B-General_Concept the O optimization O is O somewhat O more O complex O because O there O is O no O obvious O choice O for O the O centers O . O It O supports O a O variety O of O executable B-Application formats O for O different O processors O and O operating B-General_Concept systems I-General_Concept . O As O an O alternative O to O tagging O page B-General_Concept table I-General_Concept entries O with O process-unique O identifiers O , O the O page B-General_Concept table I-General_Concept itself O may O occupy O a O different O virtual-memory O page O for O each O process B-Operating_System so O that O the O page B-General_Concept table I-General_Concept becomes O a O part O of O the O process B-Operating_System context O . O The O Genesis B-Operating_System version O , O developed O by O Clockwork B-Application Tortoise I-Application and O published O by O Sega O , O is O a O run O ' O n O ' O gun O where O both O Batman B-General_Concept and O Robin O must O stop O Mr. O The O GCIDE O project O produced O a O dictionary B-Operating_System by O combining O a O public O domain O Webster O 's O Dictionary B-Operating_System from O 1913 O with O some O WordNet B-General_Concept definitions O and O material O provided O by O volunteers O . O Cloudera B-General_Concept , O Inc O . O was O formed O on O June O 27 O , O 2008 O , O by O Christophe O Bisciglia O ( O from O Google B-Application ) O , O Amr O Awadallah O ( O from O Yahoo B-Application ! I-Application In O March O 2018 O Univa B-General_Concept open-sources B-License Navops B-General_Concept Launch O ( O née O Unicloud O ) O as O Project O Tortuga O under O an O Apache B-Application 2.0 I-Application license I-Application . O Network B-Device Bootable I-Device Image I-Device ( O NBI O ) O is O a O legacy B-Device format O that O wraps O operating B-General_Concept system I-General_Concept images O to O makes O it O possible O for O Etherboot B-Device to O load O the O images O directly O . O The O Tandy O 1000 O TL O and O TL/2 O uses O 8MHz O Intel B-General_Concept 80286 I-General_Concept processors O , O whereas O the O TL/3 O uses O a O 10MHz O 80286 B-General_Concept . O Another O family O consisted O of O the O TEST1 O , O SET1 O , O CLR1 O , O and O NOT1 O instructions O , O which O test O , O set O , O clear O , O and O invert O single O bits O of O their O operands O , O but O are O far O less O efficient O than O the O later O i80386 B-General_Concept equivalents O BT O , O BTS O , O BTR O , O and O BTC O ; O neither O are O their O encodings O compatible O . O The O V20 O offered O a O mode O that O emulated O an O Intel B-General_Concept 8080 I-General_Concept CPU I-General_Concept . O A O BRKEM O instruction O is O issued O to O start O 8080 B-General_Concept emulation O . O Lynx O Point O is O the O Platform B-Device Controller I-Device Hub I-Device ( O PCH O ) O associated O with O Socket B-General_Concept G3 O . O Amazon B-Application , O Apple O , O Facebook B-Application , O Google B-Application , O Microsoft O , O Sony O and O Samsung B-Application all O had O dedicated O AR B-General_Concept and O VR O groups O . O In O February O 1990 O , O the O first O computers O from O IBM O to O incorporate O the O POWER B-Architecture instruction B-General_Concept set I-General_Concept were O called O the O " O RISC B-Device System/6000 I-Device " O or O RS/6000 B-Device . O Since O one O of O the O main O reasons O for O the O implementation O of O an O federated O information B-Protocol repository I-Protocol is O to O reduce O the O maintenance O workload O placed O on O IT B-General_Concept staff I-General_Concept by O traditional O data B-General_Concept storage I-General_Concept systems O , O federated O information B-Protocol repositories I-Protocol are O automated O . O It O reveals O further O quirks O of O the O Nova O instruction B-General_Concept set I-General_Concept . O For O instance O , O there O is O no O instruction O to O load O an O arbitrary O " O immediate O " O value O into O an O accumulator B-General_Concept ( O although O memory O reference O instructions O do O encode O such O a O value O to O form O an O effective B-Language address I-Language ) O . O The O initial O design O of O WAP O specifically O aimed O at O protocol O independence O across O a O range O of O different O protocols O ( O SMS B-Device , O IP O over O PPP B-Protocol over O a O circuit O switched O bearer O , O IP O over O GPRS B-General_Concept , O etc O . O ) O . O In O particular O , O it O allows O to O reduce O the O emptiness O problem O for O to O the O emptiness O problem O for O a O finite O or O Büchi B-General_Concept automaton I-General_Concept . O Various O smoothing B-Application methods O are O used O , O from O simple O " O add-one O " O ( O Laplace O ) O smoothing B-Application ( O assign O a O count O of O 1 O to O unseen O n-grams B-Language ; O see O Rule O of O succession O ) O to O more O sophisticated O models O , O such O as O Good O – O Turing O discounting O or O back-off B-General_Concept models I-General_Concept . O George B-General_Concept 2 I-General_Concept added O the O concept O of O off O line O peripheral O handling O ( O spooling B-Device ) O . O ( O Naturally O , O the O underlying O buffer B-General_Concept ‘ O s O length O must O then O equal O some O multiple O of O the O system O ’s O page B-General_Concept size I-General_Concept . O ) O Introduced O in O 1994 O , O it O was O an O advanced O design O for O its O day O , O being O one O of O the O first O microprocessors B-Architecture to O offer O dual O issue O ( O up O to O three O with O branch O folding O ) O and O out-of-order B-General_Concept execution I-General_Concept combined O with O low O power B-Architecture consumption O of O 2.2 O W O and O a O small O die O of O 85 O mm2 O . O BBS O - O Branch O Bits O Set O - O Branches O when O the O contents O of O the O bit O specified O in O the O accumulator O or O memory B-General_Concept are O set O ( O 1 O ) O . O The O main O purpose O of O device B-Application drivers I-Application is O to O provide O abstraction B-Application by O acting O as O a O translator O between O a O hardware B-Architecture device O and O the O applications O or O operating B-General_Concept systems I-General_Concept that O use O it O . O The O H11 O is O one O of O the O first O 16-bit B-Device personal B-Device computers I-Device , O at O a O list O price O of O US$1 O , O 295 O , O ( O ) O but O it O also O requires O at O least O a O computer B-General_Concept terminal I-General_Concept and O some O form O of O storage O to O make O it O useful O . O onreadystatechange O is O a O callback O method O that O is O periodically O executed O throughout O the O Ajax B-General_Concept lifecycle O . O Unlike O previous O versions O , O the O Didaktik B-Device 192K O was O an O amateur O project O , O partly O combining O the O hardware O of O the O Didaktik B-Device Gama O and O the O ZX B-Operating_System Spectrum I-Operating_System 128K O . O The O Krišpín O was O a O czechoslovakian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System , O developed O by O František O Kubiš O at B-Operating_System 1984 O , O a O student O of O EF O SVŠT O ( O Electrotechnical O Faculty O of O Slovak O Technical O University O ) O Bratislava O . O The O ULA O was O designed O using O discrete O 74xx O ICs O , O which O resulted O in O the O screen O part O of O RAM B-Architecture being O synchronised O perfectly O , O without O CPU B-General_Concept blocking O . O Another O Czechoslovakian O clone B-General_Concept of O the O 48K O ZX B-Operating_System Spectrum I-Operating_System , O the O MISTRUM O , O was O supplied O in O kit O form O . O The O ROM B-Device was O modified O to O include O letters O with O Czech O diacritic O marks O . O The O Nucleon O was O a O Czech O clone B-General_Concept of O the O Pentagon B-Device 512K I-Device , O made O by O CSS O Electronics O . O The O Sparrow O 48K O is O the O first O modern O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System designed O to O replace O the O original O motherboard O in O standard O and O Spectrum+ O case O . O Developed O in O 1940 O by O John O W O . O Mauchly O , O Mauchly B-General_Concept 's I-General_Concept test I-General_Concept of I-General_Concept sphericity I-General_Concept is O a O popular O test O to O evaluate O whether O the O sphericity O assumption O has O been O violated O . O Although O source B-General_Concept compatible I-General_Concept with O the O earlier O Motorola B-Device 6800 I-Device , O the O 6809 B-Device offered O significant O improvements O over O it O and O 8-bit O contemporaries O like O the O MOS B-General_Concept Technology I-General_Concept 6502 I-General_Concept , O including O a O hardware O multiplication O instruction O , O 16-bit B-Device arithmetic O , O system O and O user O stack B-General_Concept registers I-General_Concept allowing O re-entrant B-Operating_System code I-Operating_System , O improved O interrupts B-Application , O position-independent B-Operating_System code I-Operating_System and O an O orthogonal B-General_Concept instruction I-General_Concept set I-General_Concept architecture O with O a O comprehensive O set O of O addressing B-Language modes I-Language . O Computer O manufacturers O such O as O Dell O , O Lenovo O , O and O Hewlett-Packard O released O their O newest O computers O with O Windows B-Application Vista I-Application pre-installed O ; O however O , O after O the O negative O reception O of O the O operating B-General_Concept system I-General_Concept , O they O also O began O selling O their O computers O with O Windows B-Application XP I-Application CDs O included O because O of O a O drop O in O sales O . O This O ontology O integration O task O requires O domain O knowledge O , O shallow O semantic O knowledge O , O but O also O arbitrarily O deep O common B-General_Concept sense I-General_Concept knowledge I-General_Concept and O reasoning O . O Cyc B-Language is O used O as O the O universal O interlingua O capable O of O representing O the O union O of O all O the O terms’ O “ O true O meanings O ” O , O and O capable O of O representing O the O 300k O transformations O between O each O of O those O controlled O vocabularies O and O Cyc B-Language , O thereby O converting O an O n² O problem O into O a O linear O one O without O introducing O the O usual O sort O of O “ O telephone O game O ” O attenuation O of O meaning O . O Java B-Language 2D I-Language API B-General_Concept classes O are O organised O into O the O following O packages O in O JDK O 6 O : O Many O platforms O that O provide O hardware O acceleration O of O AES B-Algorithm encryption I-Algorithm expose O this O to O programs O through O an O extension O of O the O instruction B-General_Concept set I-General_Concept architecture I-General_Concept ( O ISA O ) O of O the O various O chipsets O ( O e.g. O Then O the O formula O Cold(r ) O → O High(t ) O is O true O for O any O t O and O therefore O any O t O gives O a O correct O control O given O r O . O A O rigorous O logical O justification O of O fuzzy B-General_Concept control I-General_Concept is O given O in O Hájek O 's O book O ( O see O Chapter O 7 O ) O where O fuzzy B-General_Concept control I-General_Concept is O represented O as O a O theory O of O Hájek O 's O basic O logic O . O Starting O with O the O 80486 B-General_Concept , O the O later O Intel O processors O did O not O use O a O separate O floating-point B-Algorithm coprocessor B-General_Concept ; O virtually O all O included O it O on O the O main O processor O die O , O with O the O significant O exception O of O the O 80486SX B-General_Concept , O which O was O a O modified O 80486DX B-General_Concept with O the O FPU O disabled O . O On O September O 13 O , O 2020 O , O Bloomberg O News O reported O that O Oracle B-General_Concept won O a O bidding O war O with O other O U.S.-based O companies O to O take O over O social O media O company O TikTok B-Application 's O operations O in O the O United O States O following O the O company O 's O pressure O to O forcibly O be O shut O down O by O the O Trump O Administration O . O DX O encompasses O both O products O and O documentation O , O and O DX O practitioners O may O deal O with O SDK B-Application or O API B-General_Concept design O , O onboarding O flows O , O and O documentation O . O Rather O than O testing O whether O X O causes O Y O , O the O Granger B-General_Concept causality I-General_Concept tests I-General_Concept whether O X O forecasts O Y O . O It O is O a O binary O form O directly O imitating O JSON B-General_Concept , O but O requiring O fewer O bytes O of O data O . O CTIA/GTIA B-General_Concept register O VDELAY O ( $ O D01Chex/53276dec O ) O which O masks O updates O on O even O scan B-Algorithm lines I-Algorithm effectively O reduces O Single O line O resolution O to O Double O line O resolution O . O NOS B-Operating_System replaced O the O earlier O CDC B-Operating_System Kronos I-Operating_System operating B-General_Concept system I-General_Concept of O the O 1970s O . O CTIA/GTIA B-General_Concept reads O the O joystick O triggers O and O the O , O , O keys O , O and O controls O the O keyboard O speaker O in O the O Atari O 400 O and O 800 O . O 26.2 O April O 12 O , O 2019 O Emacs B-Application modules O can O now O be O built O outside O of O the O Emacs B-Application tree O source O . O Support O for O optional O display O of O line O numbers O in O the O buffer B-General_Concept . O Emacs B-Application now O uses O double O buffering O to O reduce O flicker O on O the O X B-Operating_System Window I-Operating_System System I-Operating_System . O The O concept O of O MMO O has O spread O to O other O game O types O such O as O sports O , O real-time B-General_Concept strategy O and O others O . O Because O some O microformats B-General_Concept make O use O of O title O attribute O of O HTML O 's O element B-General_Concept to O conceal O machine-readable B-General_Concept data I-General_Concept ( O particularly O date-times O and O geographical O coordinates O ) O in O the O "" O , O the O plain O text O content O of O the O element B-General_Concept is O inaccessible O to O screen O readers O that O expand O abbreviations O . O An O arithmetical B-General_Concept unit I-General_Concept , O called O the O " O mill O " O , O would O be O able O to O perform O all O four O arithmetic O operations O , O plus O comparisons O and O optionally O square O roots O . O Continue O Continue O the O process B-Operating_System , O if O it O is O stopped O ; O otherwise O , O ignore O the O signal O . O The O SIGEMT O signal O is O sent O to O a O process B-Operating_System when O an O emulator B-Application trap B-Application occurs O . O The O SIGINFO B-General_Concept signal O is O sent O to O a O process B-Operating_System when O a O status O ( O info O ) O request O is O received O from O the O controlling B-General_Concept terminal I-General_Concept . O Subversion O stores O additional O copies O of O data O on O the O local O machine O , O which O can O become O an O issue O with O very O large O projects O or O files O , O or O if O developers O work O on O multiple O branches B-General_Concept simultaneously O . O Rekursiv B-General_Concept was O a O computer O processor O designed O by O David O M O . O Harland O in O the O mid-1980s O at O a O division O of O hi-fi O manufacturer O Linn O Products O . O Rather O than O concatenating O the O segment B-Device register B-General_Concept with O the O address B-General_Concept register I-General_Concept , O as O in O most O processors O whose O address O space O exceeds O their O register B-General_Concept size O , O the O 8086 B-General_Concept shifts O the O 16-bit B-Device segment B-Device only O four O bits O left O before O adding O it O to O the O 16-bit B-Device offset O ( O 16×segment O + O offset O ) O , O therefore O producing O a B-Application 20-bit O external O ( O or O effective O or O physical O ) O address O from O the O 32-bit O segment:offset B-Device pair O . O The O Flash O and O Ajax B-General_Concept APIs O also O supported O display O of O GeoRSS O formatted O data O . O In O this O game O , O Elmo B-General_Concept goes O through O the O looking-glass O in O his O room O to O find O the O little O red O monster O he O sees O there O . O In O 1998 O , O this O game O was O included O in O the O two-disc O Elmo B-General_Concept 's O Reading O : O Preschool O and O Kindergarten O CD-ROM O set O , O along O with O Elmo B-General_Concept 's O Reading O Basics O . O PDF/A B-General_Concept -3 O allows O embedding O of O other O file O formats O , O including O XML B-Protocol , O into O PDF/A B-General_Concept conforming O documents O , O thus O potentially O providing O the O best O of O both O human O - O and O machine-readability O . O Social B-General_Concept affordance I-General_Concept is O at O first O used O in O Computer O Supported O Collaboration O Learning O experiments O . O DVD-Video O and O MPEG-2 B-Algorithm Video I-Algorithm codecs B-General_Concept are O no O longer O included O . O Sometimes O there O may O be O yet O another O controller O between O a O host B-Architecture adapter I-Architecture and O a O disk B-General_Concept controller I-General_Concept - O a O disk B-Device array I-Device controller I-Device that O allows O hardware O RAID O to O be O formed O . O Users O could O interact O and O connect O with O friends O and O customize O content O in O a O virtual B-Application world I-Application . O It O remained O as O a O perpetual B-General_Concept beta I-General_Concept until O its O closure O on O March O 31 O , O 2015 O . O If O the O null B-General_Concept hypothesis I-General_Concept that O there O are O no O differences O between O the O classes O in O the O population O is O true O , O the O test B-General_Concept statistic I-General_Concept computed O from O the O observations O follows O a O frequency O distribution O . O The O child O , O after O discovering O that O it O is O the O child O , O replaces O itself O completely O with O another O program O , O so O that O the O code B-Language and O address B-General_Concept space I-General_Concept of O the O original O program O are O lost O . O In O many O instruction B-General_Concept sets I-General_Concept , O a O loop O must O be O implemented O by O using O instructions O to O increment O or O decrement O a O counter O , O check O whether O the O end O of O the O loop O has O been O reached O , O and O if O not O jump O to O the O beginning O of O the O loop O so O it O can O be O repeated O . O All O POSIX O systems O , O Windows O , O AmigaOS O 2.0 O + O Shared B-Operating_System memory I-Operating_System Multiple O processes B-Operating_System are O given O access O to O the O same O block O of O memory B-General_Concept , O which O creates O a O shared O buffer O for O the O processes B-Operating_System to O communicate O with O each O other O . O The O principal O features O include O an O option O for O dark B-General_Concept mode I-General_Concept and O Memoji O support O for O A9+ O devices O . O Some O people O recommend O a O type O of O 2-choice B-Algorithm hashing I-Algorithm called O two-way O skewed-associative O cache O in O some O CPU B-General_Concept caches I-General_Concept . O The O incorrect O summary O problem O : O While O one O transaction B-General_Concept takes O a O summary O over O the O values O of O all O the O instances O of O a O repeated O data-item O , O a O second O transaction B-General_Concept updates O some O instances O of O that O data-item O . O On O August O 9 O , O 2011 O , O the O trailer O for O the O new O Survival O Mode O was O released O on O YouTube B-General_Concept . I-General_Concept On O September O 2 O , O 2011 O , O the O multiplayer O world O premiere O trailer O was O released O on O YouTube B-General_Concept . I-General_Concept Ontology B-General_Concept merging I-General_Concept defines O the O act O of O bringing O together O two O conceptually O divergent O ontologies O or O the O instance O data O associated O to O two O ontologies O . O The O 80386 B-General_Concept introduced O a O flat O 32-bit O memory B-General_Concept model O with O paged B-General_Concept memory I-General_Concept management I-General_Concept . O Perl B-Language 5 O added O features O that O support O complex O data B-General_Concept structures I-General_Concept , O first-class B-Application functions I-Application ( O that O is O , O closures B-Language as O values O ) O , O and O an O object-oriented B-Language programming I-Language model O . O Let O o O be O any O individual O operation O within O a O sequence O of O operations O on O some O data B-General_Concept structure I-General_Concept , O with O Sbefore O denoting O the O state O of O the O data B-General_Concept structure I-General_Concept prior O to O operation O o O and O Safter O denoting O its O state O after O operation O o O has O completed O . O Marmalade B-Application SDK O is O a O C++ B-Language API B-General_Concept that O provides O higher O level O functionality O mostly O focused O on O support O for O 2D O ( O e.g. O The O quality O of O the O text O generated O by O GPT-3 B-General_Concept is O so O high O that O it O can O be O difficult O to O determine O whether O or O not O it O was O written O by O a O human O , O which O has O both O benefits O and O risks O . O We O measure O the O performance O of O an O algorithm O with O cache O of O size O relative O to O the O theoretically O optimal O page B-General_Concept replacement I-General_Concept algorithm I-General_Concept . O The O switch B-Protocol vendor O Juniper O Networks O in O turn O developed O and O implemented O its O VLAN B-General_Concept Spanning B-Protocol Tree I-Protocol Protocol I-Protocol ( O VSTP O ) O to O provide O compatibility O with O Cisco O 's O PVST O , O so O that O the O switches B-Protocol from O both O vendors O can O be O included O in O one O LAN B-General_Concept . O There O is O no O mention O of O 8-bit O chunky B-General_Concept mode O in O AA+ O , O most O likely O 256 O colors O would O be O only O in O planar O mode O , O this O way O Commodore O could O keep O the O cost O of O AA+ O down O , O as O 8-bit O planar O support O had O to O remain O , O since O it O was O supported O in O AGA O . O The O main O voice O castincluding O Conroy O as O Batman B-General_Concept , O Sorkin O as O Harley O Quinn O , O Valenza O as O Poison O Ivy O , O and O Wingert O as O Riddlerwas O well O received O , O but O Hamill O 's O performance O received O consistent O praise O , O with O reviewers O commenting O upon O his O excellent O inflection O and O timing O on O a O cackling O , O maniacal O performance O that O steals O the O show O . O Solutions B-General_Concept that O transmit O only O these O changed O binary O data O bits O do O not O waste O bandwidth O by O transmitting O the O same O file O data O over O and O over O again O if O only O small O amounts O change O . O ChromeOS B-Operating_System also O includes O an O integrated O file O manager O , O resembling O those O found O on O other O operating B-General_Concept systems I-General_Concept , O with O the O ability O to O display O directories O and O the O files O they O contain O from O both O Google B-Application Drive I-Application and O local O storage O , O as O well O as O to O preview O and O manage O file O contents O using O a O variety O of O Web B-Application applications I-Application , O including O Google B-Application Docs I-Application and O Box O . O It O could O be O used O both O as O a O Spectrum O clone B-General_Concept with O added O disk O functionality O ( O only O 48KB O RAM B-Architecture available O ) O or O in O CP/M B-Application mode O , O giving O access O to O the O full O 64KB O memory O . O Essentially O , O it O consolidated O the O HC O 91 O , O Interface B-Device 1 I-Device , O and O floppy B-Device disk I-Device drive I-Device into O a O single O case O . O The O last O model O to O be O made O in O the O Z80 B-General_Concept line O was O the O HC91+ O . O It O was O a O ZX B-Operating_System Spectrum I-Operating_System 128K O clone B-General_Concept in O a O HC91 O case O and O keyboard O , O and O had O some O compatibility O problems O . O For O the O first O time O , O the O AY-8910 B-Device sound O chip O was O offered O as O an O add-on O service O , O and O was O soldered O on O the O board O by O factory O technicians O . O Demoscene O demos O had O problems O running O multi-colour O effects O , O and O displaying O sound O VU O meter-like O effects O , O through O lack O of O data O in O the O AY B-Device chip I-Device . O JET O was O a O Romanian O clone B-General_Concept from O 1989 O produced O by O Electromagnetica O . O The O Timisoara O series O were O Romanian O ZX B-Operating_System Spectrum I-Operating_System clones B-General_Concept developed O in O the O university O of O Timișoara O . O The O conductive O filament O may O not O be O continuous O , O but O a B-General_Concept chain O of O electrodeposit O islands O or O nanocrystals O . O The O AWS O CloudFormation O template O is O a O JSON B-General_Concept data O standard O to O allow O cloud O application O administrators O to O define O a O collection O of O related O AWS O resources O . O Designed O to O be O easy O to O port O to O any O operating B-General_Concept system I-General_Concept with O flat O 32-bit O addressing O , O it O was O ported O to O Windows B-Application , O then O Linux B-Application . O Numerous O researchers O have O worked O on O adapting O classical O classification O techniques O , O such O as O support B-Algorithm vector I-Algorithm machines I-Algorithm or O boosting B-Algorithm , O to O work O within O the O context O of O multiple-instance B-General_Concept learning I-General_Concept . O The O METEO B-General_Concept System I-General_Concept was O in O operational O use O at O Environment O Canada O from O 1982 O to O 2001 O . O The O choice O of O optimality O criteria O is O difficult O as O there O are O multiple O objectives O in O a O feature B-General_Concept selection I-General_Concept task O . O A O translation O program O allowed O the O user O to O read O any O disks O on O his O machine O that O had O a O similar O format O — O for O example O , O the O Kaypro O II O could O read O TRS-80 B-Device , O Osborne B-Device , O IBM B-Device PC I-Device , O and O Epson B-Device disks O . O The O first O half O of O double-sided O disks O ( O like O those O of O the O Epson B-Device QX-10 I-Device ) O could O be O read O because O CP/M B-Application accessed O disk O tracks O sequentially O with O track O 0 O being O the O first O ( O outermost O ) O track O of O side O 1 O and O track O 79 O ( O on O a O 40-track O disk O ) O being O the O last O ( O innermost O ) O track O of O side O 2 O . O Apple O II O users O were O unable O to O use O anything O but O Apple O 's O GCR O format O and O so O had O to O obtain O CP/M B-Application software O on O Apple O format O disks O or O else O transfer O it O via O serial O link O . O The O fragmented O CP/M B-Application market O , O requiring O distributors O either O to O stock O multiple O formats O of O disks O or O to O invest O in O multiformat O duplication O equipment O , O compared O with O the O more O standardized O IBM B-Device PC I-Device disk O formats O , O was O a O contributing O factor O to O the O rapid O obsolescence O of O CP/M B-Application after O 1981 O . O One O of O the O last O notable O CP/M B-Application -capable O machines O to O appear O was O the O Commodore O 128 O in O 1985 O , O which O had O a O Z80 B-General_Concept for O CP/M B-Application support O in O addition O to O its O native O mode O using O a O 6502-derivative O CPU O . O Using O CP/M B-Application required O either O a O 1571 B-Device or O 1581 O disk O drive O which O could O read O soft-sector O 40-track O MFM-format O disks O . O The O first O computer O to O use O a O 3.5-inch O floppy B-Device drive I-Device , O the O Sony O SMC-70 O , O ran O CP/M2.2 O . O The O Commodore B-Device 128 I-Device , O Bondwell-2 B-Operating_System laptop O , O Micromint/Ciarcia O SB-180 O , O MSX B-Operating_System and O TRS-80 B-Device Model O 4 O ( O running O Montezuma O CP/M2.2 O ) O also O supported O the O use O of O CP/M B-Application with O 3.5-inch O floppy B-Device disks I-Device . O Thin B-Device clients I-Device and O text B-General_Concept terminals I-General_Concept can O both O require O powerful O central O processing O facilities O in O the O servers O , O in O order O to O perform O all O significant O processing O tasks O for O all O of O the O clients O . O Alternatively O , O applications O can O be O written O to O be O purely O serverless B-General_Concept and O use O no O provisioned O servers B-Application at O all O . O It O would O be O beneficial O to O allocate O memory O aligned O to O cache B-General_Concept lines I-General_Concept . O Semantic B-Application translation I-Application requires O that O data O elements O in O the O source O and O destination O systems O have O " O semantic B-General_Concept mappings I-General_Concept " O to O a O central O registry O or O registries O of O data O elements O . O Data B-General_Concept architecture I-General_Concept consist O of O models O , O policies O , O rules O , O and O standards O that O govern O which O data O is O collected O and O how O it O is O stored O , O arranged O , O integrated O , O and O put O to O use O in O data O systems O and O in O organizations O . O As O for O hypothesis O testing O , O a O reasonable O test B-General_Concept statistic I-General_Concept should O be O set O to O measure O the O statistic O significance O of O the O null B-General_Concept hypothesis I-General_Concept . O Even O though O it O is O commonly O considered O a O synonym O of O soft B-General_Concept computing I-General_Concept , O there O is O still O no O commonly O accepted O definition O of O computational B-General_Concept intelligence I-General_Concept . O Inspired O by O the O Japanese O game O Nectaris B-Application for O the O PC B-General_Concept Engine I-General_Concept , O Battle O Isle O spawned O numerous O add-ons O , O sequels O ( O most O notable O are O Battle B-Application Isle I-Application 2 I-Application from O 1993 O and O Battle B-Application Isle I-Application 3 I-Application from O 1995 O ) O and O imitations O . O Any O immersive O , O personalized O , O context-aware O and O anticipatory B-General_Concept characteristics O brings O up O societal O , O political O and O cultural O concerns O about O the O loss O of O privacy O . O FLAC B-Application is O specifically O designed O for O efficient O packing O of O audio O data O , O unlike O general-purpose O lossless B-Algorithm algorithms O such O as O DEFLATE B-Algorithm , O which O are O used O in O ZIP B-General_Concept and O gzip B-Application . O The O game O was O playable O through O PlayStation B-General_Concept Now I-General_Concept . O Stellar B-Application Track I-Application is O an O Atari B-General_Concept VCS I-General_Concept ( O later O the O Atari B-General_Concept 2600 I-General_Concept ) O game O developed O by O Rob O Zdybel O of O Atari O , O Inc O . O and O published O by O Sears O under O the O " O Tele-Games O " O brand O in O 1980 B-Application . O 5.02 O millionChip O size O : O 9.74 O mm O ( O H O ) O × O 7.96 O mm O ( O V O ) O Unit O cell O size O : O 3.4 O μm O ( O H O ) O × O 3.4 O μm O ( O V O ) O Saturation O signal O : O 450 O mVSensitivity O : O 270 O mV O ( O G O signal O , O 3200 O K O , O 706 O cd/m2 O , O F5.6 O , O 1/30 O s O accumulation O ) O Dark O signal O : O 16 O mV O ( O Ta O = O 60 O °C O , O 3.75 O frame/s O ) O Smear O : O −92 O dB O ( O without O a O mechanical O shutter O , O frame O readout O mode O ) O Image O processing O CxProcess B-General_Concept Operating O system O pSOSystem/MIPS B-Operating_System 2.5.x O Camera O sensitivity O JPEG O , O TIFF O , O Motion B-Application JPEG I-Application ( O MOV O ) O : O Auto O ( O 100 O – O 400 O ) O , O ISO O 100 O , O 200 O , O 400 O , O 800 O equivalentsRAW O : O ISO O 100 O equivalent O Aspect O ratio O 4:3 O Lens O construction O 16 O elements O in O 13 O groups O ( O includes O two O AD O glass O elements O and O two O aspheric O elements O ) O Maximum O aperture B-General_Concept f/2.8 O – O f/3.5 O Aperture B-General_Concept steps O f/2.8 O , O 3.5 O , O 4 O , O 4.5 O , O 5.6 O , O 6.7 O , O 8 O , O 9.5 O Focal B-Algorithm length I-Algorithm 7.2 O – O 50.8 O mm O ( O 35 O mm O equivalent O : O 28 O – O 200 O mm O ) O Macro O : O 7.2 O and O 43 O – O 50.8 O mm O ( O 35 O mm O equivalent O : O 28 O and O 170 O – O 200 O mm O ) O Focusing O range O ( O from O CCD B-Algorithm ) O 0.5 O m O / O 19.7 O inch O to O infinityMacro O : O Wide O 30 O – O 60 O cm O / O 11.8 O – O 23.6 O inch O , O Telephoto O 25 O – O 60 O cm O / O 9.8 O – O 23.6 O inch O Maximum O magnification O 0.177 O × O ( O equivalent O to O 0.7 O × O in O 35 O mm O format O ) O ( O With O a O focal B-Algorithm length I-Algorithm of O 50.8 O mm O . O DMF O - O Direct O Manual O Focus O Focus O features O Pixel B-Algorithm binning O in O low O light O conditionsCenter O scan O mode O for O 4× O electronic O zoom O image O ( O EVF/LCD O , O manual O focus O ) O 2× O digital O zoom O ( O LCD O , O manual O focus O ) O Exposure O modes O P O ( O Programmed O AE O ) O ( O with O program O shift O ) O , O A O ( O Aperture B-General_Concept priority O ) O , O S O ( O shutter O priority O ) O , O M O ( O manual O ) O . O AE O lock O With O Spot-AE O lock O button O or O by O pressing O the O shutter-release O button O partway O down O Metering O Multi-segment O ( O 300 O segments O ) O , O center-weighted O , O Spot O Exposure O control O range O P O / O A O modes O : O Wide O ; O Ev O – O 1 O – O 18 O , O Telephoto O ; O Ev O – O 0.4 O ( O 7Hi O ) O / O 1.6 O ( O 7i O ) O – O 18.7S O / O M O modes O : O Wide O ; O Ev O – O 1 O – O 17 O , O Telephoto O ; O Ev O – O 0.4 O ( O 7Hi O ) O / O 1.6 O ( O 7i O ) O – O 17.7 O shutter O CCD B-Algorithm electronic O shutter O and O mechanical O shutter O shutter O speed O range O 7Hi O : O 15 O - O 1/4000 O seconds O ( O in O P O / O A O modes O , O ISO O 100 O ) O , O Bulb O ( O max O . O The O HoloLens B-Algorithm 2 I-Algorithm are O combination O waveguide O and O laser-based O stereoscopic B-Algorithm & O full-color O mixed B-General_Concept reality I-General_Concept smartglasses B-General_Concept developed O and O manufactured O by O Microsoft O . O The O specification O does O not O deal O with O encoding B-General_Concept of O characters O outside O the O ASCII B-Protocol set O ; O to O mitigate O this O , O some O BitTorrent B-Protocol applications O explicitly O communicate O the O encoding B-General_Concept ( O most O commonly O UTF-8 O ) O in O various O non-standard O ways O . O Originally O designed O for O Linux B-Application , O Asterisk B-Language runs O on O a O variety O of O operating B-General_Concept systems I-General_Concept , O including O NetBSD B-Device , O OpenBSD B-Operating_System , O FreeBSD B-Operating_System , O macOS B-Application , O and O Solaris B-Application , O and O can O be O installed O in O embedded O systems O based O on O OpenWrt B-Application . O In O June O 2015 O , O Splunk B-General_Concept acquired O the O software O company O Metafor O that O uses O machine O learning O technology O to O analyze O data O generated O IT O infrastructure O and O applications O . O Like O other O Atlassian O products O , O Crucible B-General_Concept is O a O Web-based O application O primarily O aimed O at O enterprise O , O and O certain O features O that O enable O peer O review O of O a O codebase O may O be O considered O enterprise B-Protocol social I-Protocol software I-Protocol . O The O 1986 O Apple B-Device IIgs I-Device split O from O previous O Apple B-Device II I-Device architecture B-General_Concept and O the O graphics O have O more O in O common O with O the O Atari B-Device ST I-Device and O Amiga B-Device . O The O GeForce B-Application 800M O series O consists O of O rebranded O 700M O series O parts O based O on O the O Kepler B-General_Concept architecture I-General_Concept and O some O lower-end O parts O based O on O the O newer O Maxwell B-General_Concept architecture I-General_Concept . O The O inspiration O for O the O syntax O of O choreographic B-Application programming I-Application languages O can O be O traced O back O to O security B-General_Concept protocol I-General_Concept notation I-General_Concept , O also O known O as O " O Alice O and O Bob O " O notation O . O Websites O built O on O Webflow B-General_Concept are O powered O by O Amazon O Cloudfront O and O hosted O on O Fastly B-General_Concept . O Syndie B-Language is O a O content O distribution O application O , O suitable O for O blogs O , O newsgroups B-Application , O forums B-Application and O small O media O attachments O . O Syndie B-Language is O designed O for O network B-General_Concept resilience I-General_Concept . O His O initial O implementation O consisted O of O a O pair O of O matrices O : O the O first O one O generated O signals O in O the O manner O of O the O Whirlwind B-Device control B-General_Concept store I-General_Concept , O while O the O second O matrix O selected O which O row O of O signals O ( O the O microprogram B-Device instruction O word O , O so O to O speak O ) O to O invoke O on O the O next O cycle O . O While O JSONP B-General_Concept supports O only O the O GET O request O method O , O CORS B-General_Concept also O supports O other O types O of O HTTP O requests O . O The O Laser B-Device 310 I-Device was O released O in O 1985 O throughout O parts O of O Europe O as O well O as O for O Mainland O China O . O Also O based O on O a O Zilog B-General_Concept Z80A I-General_Concept CPU O with O a O slightly O updated O 16k O ROM B-Device version O , O it O was O driven O by O a O television O colour O burst O ( O 3.54 O MHz O ) O crystal O . O Using O the O modern O Aleph O One O engine O , O games O can O be O played O over O TCP/IP B-Protocol networks I-Protocol ( O LAN B-General_Concept or O Internet O ) O , O with O client-side O prediction O routines O added O to O compensate O for O Internet O latency O and O a O new O metaserver O interface O for O finding O Internet O games O . O Cloud B-General_Concept collaboration I-General_Concept technologies O allow O users O to O upload B-Application , O comment O and O collaborate O on O documents O and O even O amend O the O document O itself O , O evolving O the O document O . O The O use O of O the O term O n−1 O is O called O Bessel B-General_Concept 's I-General_Concept correction I-General_Concept , O and O it O is O also O used O in O sample O covariance O and O the O sample B-General_Concept standard I-General_Concept deviation I-General_Concept ( O the O square O root O of O variance O ) O . O The O technology O combines O emulating O how O humans O read O computer O screens O ( O AI O computer O vision O ) O , O together O with O APIs B-General_Concept , O and O gives O users O access O to O pre-built O automation B-Application components O that O can O be O combined O to O automate O routine O processes O . O It O has O been O shown O to O be O somewhat O successful O at O defeating O face B-General_Concept detection I-General_Concept software O in O common O use O , O including O that O employed O by O Facebook B-Application . I-Application DxO B-Application ViewPoint I-Application allows O users O to O correct O the O horizon O , O keystoning B-General_Concept , O volume O distortion O ( O volume O anamorphosis O ) O , O and O a O number O of O lens O distortions O automatically O or O through O sliders O . O Atari O published O home O versions O – O in O color O – O for O most O of O its O consoles O and O computers O , O including O as O the O pack-in O game O for O the O 1982 O Atari B-General_Concept 5200 I-General_Concept . O A O review O article O provides O the O details O of O materials O and O challenges O associated O with O MRAM B-General_Concept in O the O perpendicular O geometry O . O The O first O comprehensive O business B-General_Concept intelligence I-General_Concept systems I-General_Concept were O developed O by O IBM O and O Siebel O ( O currently O acquired O by O Oracle B-Application ) O in O the O period O between O 1970 O and O 1990 O . O As O the O daughter O of O two O scientists O , O she O had O early O access O to O the O fields O of O computer B-General_Concept science I-General_Concept and O engineering O . O The O main O user O interfaces O to O MVS B-Application are O : O Job B-Application Control I-Application Language I-Application ( O JCL B-Application ) O , O which O was O originally O designed O for O batch B-General_Concept processing I-General_Concept but O from O the O 1970s O onwards O was O also O used O to O start O and O allocate O resources O to O long-running O interactive B-General_Concept jobs O such O as O CICS B-Application ; O and O TSO B-Application ( O Time B-Application Sharing I-Application Option I-Application ) O , O the O interactive B-General_Concept time-sharing B-General_Concept interface O , O which O was O mainly O used O to O run O development O tools O and O a O few O end-user O information O systems O . O Methods O for O multiplying O sign-magnitude O numbers O do O n't O work O with O two's-complement B-General_Concept numbers O without O adaptation O . O Silent B-Application Hill I-Application uses O a O third-person O view O , O with O real-time B-General_Concept rendering I-General_Concept of O 3D O environments O . O To O avoid O false O operand O dependencies O , O which O would O decrease O the O frequency O when O instructions B-General_Concept could O be O issued O out O of O order O , O a O technique O called O register B-Architecture renaming I-Architecture is O used O . O The O translating O system O was O first O developed O within O Linguee B-General_Concept by O a O team O led O by O Chief O technology O officer O Jaroslaw O Kutylowski O in O 2016 O . O For O proper O operation O each O of O the O virtual B-General_Concept local I-General_Concept area I-General_Concept network I-General_Concept must O be O individually O tagged O using O IEEE O 802.1Q O for O example O . O Unlike O the O 65036505 O and O 6507 B-General_Concept , O the O 6510 B-General_Concept is O a O 40-pin O chip O that O adds O internal O hardware O : O an O 8-bit O parallel O I/O O port O mapped O to O addresses O 0000 O and O 0001 O . O The O condition B-General_Concept code I-General_Concept bits O are O " O zero O " O ( O Z B-Algorithm ) O , O " O carry O " O ( O C B-Algorithm ) O , O " O overflow O " O ( O V B-Algorithm ) O , O " O extend O " O ( O X O ) O , O and O " O negative O " O ( O N B-Algorithm ) O . O Hardware B-General_Concept registers I-General_Concept are O similar O , O but O occur O outside O CPUs O . O This O was O ubiquitous O in O AT B-Device tower B-General_Concept cases I-General_Concept . O The O 16-bit B-Device PDP-11 B-Device instruction B-General_Concept set I-General_Concept has O been O very O influential O , O with O processors O ranging O from O the O Motorola B-Device 68000 I-Device to O the O Renesas B-Device H8 I-Device and O Texas B-Architecture Instruments I-Architecture MSP430 I-Architecture , O inspired O by O its O highly O orthogonal O , O general-register O oriented O instruction B-General_Concept set I-General_Concept and O rich O addressing B-Language modes I-Language . O Iron B-Application Man I-Application clearly O feels O J.A.R.V.I.S. B-General_Concept Very O compact B-General_Concept , O thin O and O light O , O especially O in O comparison O with O bulky O , O heavy O CRT B-Device displays I-Device . O Since O the O address O was O the O same O independent O of O the O amount O of O memory O in O the O system O , O application O programs O would O run O the O same O way O for O any O type B-Device or O configuration O of O hardware O . O The O Basic O Input O Output O System O or O BIOS O , O provided O the O lowest O level O functions O required O by O the O operating B-General_Concept system I-General_Concept . O These O included O reading O or O writing O single O characters O to O the O system B-Device console I-Device and O reading O or O writing O a O sector O of O data O from O the O disk O . O The O BDOS O handled O some O of O the O buffering O of O data O from O the O diskette B-Device , O but O before O CP/M3.0 O it O assumed O a O disk O sector O size O fixed O at O 128 O bytes O , O as O used O on O single-density O 8-inch B-Device floppy I-Device disks O . O In O the O same O year O Jason O Rohrer O used O his O GPT-3 B-General_Concept account O to O develop O a O chatbot O , O and O provided O a O chatbot-developing O platform O called O " O Project O December O " O . O In O Computer B-General_Concept Architecture I-General_Concept , O While O Branch B-General_Concept predictions I-General_Concept Branch B-Architecture queue I-Architecture takes O place O . O David O H O . O Ahl O of O Creative B-General_Concept Computing I-General_Concept Video O & O Arcade O Games O praised O the O " O amazing O realism O " O of O the O enemy O helicopter B-Application in O the O Vectrex B-Operating_System version O . O Thus O , O the O insertion O operation O has O a O worst-case B-General_Concept time O complexity O of O . O In O contrast O , O cron B-General_Concept will O only O run O daily O tasks O at B-Device the O time O set O ( O e.g. O Many O data B-General_Concept structures I-General_Concept and O databases B-Application implement O immutable B-Application objects I-Application , O effectively O making O their O data B-General_Concept structures I-General_Concept append-only B-General_Concept . O The O entire O CO O solution O for O global B-Operating_System serializability I-Operating_System is O based O on O the O fact O that O the O atomic O commitment O protocol O eventually O aborts O this O transaction B-General_Concept in O case O of O a O missing O vote O for O a O distributed B-General_Concept transaction I-General_Concept . O A O series O of O methods O were O designed O to O augment O a O foundation B-General_Concept model I-General_Concept with O personal O , O specific O items O without O retraining O the O full O model O . O Optical B-General_Concept storage I-General_Concept , O the O typical O optical B-Device disc I-Device , O stores O information O in O deformities O on O the O surface O of O a O circular O disc O and O reads O this O information O by O illuminating O the O surface O with O a O laser O diode O and O observing O the O reflection O . O The O Google B-Application Brain I-Application projects’ O technology O is O currently O used O in O various O other O Google O products O such O as O the O Android B-Application Operating I-Application System I-Application ’s O speech B-Application recognition I-Application system I-Application , O photo O search O for O Google B-Algorithm Photos I-Algorithm , O in O Gmail B-Application , O and O video O recommendations O in O YouTube B-General_Concept . I-General_Concept SAS B-Language ( O previously O " O Statistical B-Language Analysis I-Language System I-Language " O ) O is O a O statistical B-Algorithm software I-Algorithm suite O developed O by O SAS B-Language Institute O for O data B-General_Concept management I-General_Concept , O advanced O analytics O , O multivariate O analysis O , O business B-General_Concept intelligence I-General_Concept , O criminal O investigation O , O and O predictive B-General_Concept analytics I-General_Concept . O Condensed O nearest B-General_Concept neighbor I-General_Concept ( O CNN O , O the O Hart O algorithm O ) O is O an O algorithm O designed O to O reduce O the O data B-General_Concept set I-General_Concept for O k-NN B-General_Concept classification B-General_Concept . O It O featured O a O 4-bit O ALU B-General_Concept based O on O a O single O 74181 O chip O , O and O was O thus O essentially O a O repackaged O Nova O . O Seligman O 's O repackaged O four-ALU O SuperNOVA O was O released O in O 1971 O as O the O Nova O 800 O , O resulting O in O the O somewhat O confusing O naming O where O the O lower-numbered O model O has O higher O performance O . O Trovebox B-Algorithm consisted O of O a O platform B-Device API B-General_Concept , O web O application O , O iOS B-Application application O and O Android B-Application application I-Application . O The O George B-General_Concept user O group O set O up O a O " O MEND O exchange O scheme O " O to O share O interesting O modifications O to O George B-General_Concept . O The O CPU B-Device firstly O sends O a O number O through O an O address O bus O , O a O number O called O memory B-General_Concept address I-General_Concept , O that O indicates O the O desired O location O of O data B-General_Concept . O When O generating O a O software O interrupt B-Application , O the O processor O calls O one O of O the O 256 O functions O pointed O to O by O the O interrupt B-Application address O table O , O which O is O located O in O the O first O 1024 O bytes B-Application of O memory O while O in O real B-Application mode I-Application ( O see O Interrupt B-General_Concept vector I-General_Concept ) O . O Because O of O the O original O device O 's O backward B-General_Concept compatibility I-General_Concept with O earlier O Nintendo O products O players O can O enjoy O a O massive O selection O of O older O games O on O the O console O in O addition O to O hundreds O of O newer O Wii B-Operating_System game O titles O . O Experiment O result O shows O that O by O using O the O fMLLR B-General_Concept feature O in O speech B-Application recognition I-Application , O constant O improvement O is O gained O over O other O acoustic O features O on O various O commonly O used O benchmark O datasets O ( O TIMIT B-Application , O , O etc O ) O . O 1988 O — O European O scientists O ( O Albert O Fert O and O Peter O Grünberg O ) O discovered O the O " O giant B-General_Concept magnetoresistive I-General_Concept effect I-General_Concept " O in O thin-film O structures O . O The O Nintendo B-Device DS I-Device remakes B-General_Concept were O released O in O North O America O with O Dragon B-Application Quest I-Application V I-Application also O being O released O in O Europe O and O Australia O , O the O latter O without O the O numbering O . O For O example O , O various O web B-Application applications I-Application employ O AJAX B-General_Concept to O automatically O complete O query B-Library terms O and O suggest O popular O searches O . O The O combined O technologies O of O both O companies O , O based O on O state-of-the-art O Transformer-based O Neural B-General_Concept Machine I-General_Concept Translation I-General_Concept , O are O now O sold O as O " O Language B-General_Concept Weaver I-General_Concept " O for O cloud-based O MT O , O and O " O Language B-General_Concept Weaver I-General_Concept Edge O " O for O on-premise O MT O . O The O shadow B-General_Concept mask I-General_Concept is O installed O to O the O screen O using O metal O pieces O or O a O rail O or O frame O that O is O fused O to O the O funnel O or O the O screen O glass O respectively O , O holding O the O shadow B-General_Concept mask I-General_Concept in O tension O to O minimize O warping O ( O if O the O mask O is O flat O , O used O in O flat O screen O CRT O computer B-Device monitors I-Device ) O and O allowing O for O higher O image O brightness O and O contrast O . O At O this O point O , O the O fate O of O Jacob O 's O allies O become O determinant O on O how O much O trust O he O has O built O up O with O them O and O whether O or O not O he O convinces O them O to O leave O the O Resistance B-General_Concept shelter I-General_Concept ; O while O also O having O to O choose O between O warning O Mack O or O assassinating O him O on O Baron O 's O orders O due O to O an O incident O that O left O her O lover O killed O by O a O Terminator B-General_Concept . O Search O techniques O have O been O applied O to O other O software B-General_Concept engineering I-General_Concept activities O , O for O instance O , O requirements O analysis O , O design O , O refactoring O , O development O , O and O maintenance O . O In O many O cases O , O the O operating B-General_Concept system I-General_Concept is O capable O of O continued O operation O after O an O error O has O occurred O . O It O used O Windows O 8.1 O Pro O as O its O operating B-General_Concept system I-General_Concept . O It O was O available O in O 64 O and O 128GB O variants O with O 1.6GHz O quad-core O Intel B-Device Atom I-Device Baytrail O processor O and O 2GB O or O 4GB O of O RAM O . O LGA B-Device 3647 I-Device is O an O Intel O microprocessor B-Architecture compatible O socket B-General_Concept used O by O Xeon B-General_Concept Phi I-General_Concept x200 O ( O " O Knights B-General_Concept Landing I-General_Concept " O ) O , O Xeon B-General_Concept Phi I-General_Concept 72x5 O ( O " O Knights B-General_Concept Mill I-General_Concept " O ) O , O Skylake-SP B-Architecture , O Cascade B-Device Lake-SP/AP I-Device , O and O Cascade B-Device Lake-W I-Device microprocessors B-Architecture . O The O Smart B-Algorithm Battery I-Algorithm System I-Algorithm standard O is O commonly O used O to O define O this O connection O , O which O includes O the O data B-General_Concept bus I-General_Concept and O the O communications O protocol O between O the O charger O and O battery O . O For O samples O of O a O reasonable O size O , O the O G-test B-General_Concept and O the O chi-squared B-General_Concept test I-General_Concept will O lead O to O the O same O conclusions O . O This O decision O includes O one O of O the O channels O of O the O far-right O journalist O Allan O dos O Santos O , O who O had O already O had O his O website O ( O Terça O Livre O ) O and O YouTube B-General_Concept channel I-General_Concept deleted O by O a O Supreme O Federal O Court O decision O . O The O Dock O II O was O followed O by O the O Duo O Dock O Plus O on O May O 15 O , O 1995 O , O which O was O identical O to O the O Duo O Dock O II O , O but O lacked O the O FPU B-General_Concept and O level O 2 O cache O — O which O were O not O compatible O with O the O 68LC040-processor O Duo O 280 O and O PowerPC-processor O Duo O 2300c O . O Given O a O list O of O edges O in O a O clip O polygon B-General_Concept , O and O a O list O of O vertices O in O a O subject O polygon B-General_Concept , O the O following O procedure O clips O the O subject O polygon B-General_Concept against O the O clip O polygon B-General_Concept . O The O Amiga B-Device 1000 I-Device featured O a O multitasking B-Operating_System , O windowing O operating B-General_Concept system I-General_Concept , O color O graphics O with O a O 4096-color O palette O , O stereo O sound O , O Motorola O 68000 O CPU B-General_Concept , O 256KB O RAM B-Architecture , O and O 880KB O 3.5-inch O disk B-Device drive I-Device , O for O US$ O 1,295 O . O Assembler B-Language code I-Language programs O for O reading O and O writing O on O Intel B-General_Concept 8080 I-General_Concept machines O were O provided O . O Recent O advances O in O the O technology O , O however O , O have O made O CSTN B-General_Concept a O viable O alternative O to O active B-Device matrix I-Device displays O . O The O level O of O significance O that O is O used O to O test O each O hypothesis O is O set O based O on O the O form O of O inference O ( O simultaneous B-General_Concept inference I-General_Concept vs. O selective O inference O ) O and O its O supporting O criteria O ( O for O example O FWER O or O FDR B-General_Concept ) O , O that O were O pre-determined O by O the O researcher O . O Bitcoin B-General_Concept wealth O is O highly O concentrated O , O with O 0.01 O % O holding O 27% O of O in-circulation O currency O , O as O of O 2021 O . O The O high O variability O of O the O ocean O surface O is O also O the O deterministic O factor O in O the O differences O between O land O and O ocean O remote B-General_Concept sensing I-General_Concept . O 233 O → O 1400 O 47 O … O 116 O → O 280 O … O 700 O ~ O 2100 O → O 13000× O Athlon B-Architecture ( O K7 B-Architecture ) O 1 O … O 4 O 1 O … O 4 O 13 O … O 24 O 1 O … O 2 O 16 O … O 35 O ? O 500 O → O 2330 O 125 O … O 500 O → O 580 O … O 2330 O ~ O 9000 O → O 42000× O Athlon B-Architecture 64 O ( O K8 O ) O 1000 O → O 3200 O 250 O … O 1000 O → O 800 O … O 3200 O ~ O 18000 O → O 58000× O Pentium B-General_Concept 4 I-General_Concept 1 O … O 5 O 2 O … O 7 O 20 O … O 43 O multiplecycles O 1 O 20 O … O 43 O ? O The O Speccy2010 O is O FPGA O development O board O by O Martin O Bórik O , O built O for O the O implementation O of O various O gaming O computers O , O originally O focused O on O ZX B-Operating_System Spectrum I-Operating_System and O its O clones B-General_Concept . O These O are O ZX B-Operating_System Spectrum I-Operating_System clones B-General_Concept by O Don O " O Superfo O " O . O ZX O Badaloc O was O the O very O first O CPLD/FPGA O advanced O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept . O The O ZX O Prism O is O a O proposal O for O a O modern O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept . O The O ZX-Uno O is O based O on O a O FPGA O board O focused O on O replicating O ZX B-Operating_System Spectrum I-Operating_System computer O models O . O It O has O a O similar O size O to O the O Raspberry B-Operating_System Pi I-Operating_System and O fit O into O a O RasPi B-Operating_System case O . O During O the O March O 2019 O Game O Developers O Conference O , O video O game O and O software O developer O Epic O Games O announced O that O Quantic O Dream O would O release O Detroit B-General_Concept : I-General_Concept Become I-General_Concept Human I-General_Concept , O along O with O Heavy O Rain O and O Beyond O : O Two O Souls O , O for O Windows O , O to O be O self-published O by O Quantic O Dream O and O exclusively O available O on O the O Epic O Games O Store O for O one O year O . O A O parameterized B-General_Concept problem O is O fixed-parameter O tractable O if O the O question O " O ? O " O The O PSP B-Operating_System version O of O the O game O also O includes O a O multiplayer O mode O through O a O wireless B-General_Concept ad I-General_Concept hoc I-General_Concept network I-General_Concept , O which O allows O up O to O six O players O to O engage O in O several O different O game O modes O . O When O the O writing O process B-Operating_System has O its O time O slice O expired O , O the O operating B-General_Concept system I-General_Concept will O : O Writer O Grant O Morrison O said O the O game O was O the O inspiration O for O their O Batman B-General_Concept Incorporated O comic O book O . O Dynamic B-Protocol DNS I-Protocol updates I-Protocol use O the O UPDATE O DNS B-Protocol opcode O to O add O or O remove O resource O records O dynamically O from O a O zone B-Protocol database B-General_Concept maintained O on O an O authoritative O DNS B-Protocol server I-Protocol . O Uniquely O , O the O object-oriented B-Language paradigm O involves O dynamic B-General_Concept memory I-General_Concept allocation I-General_Concept from O heap O storage O for O both O object O creation O and O message B-Architecture passing I-Architecture . O At O its O introduction O , O the O 68000 B-Device was O first O used O in O high-priced O systems O , O including O multiuser O microcomputers B-Architecture like O the O WICAT O 150 O , O early O Alpha O Microsystems O computers O , O Sage O II O / O IV O , O Tandy O 6000 O / O TRS-80 O Model O 16 O , O and O Fortune O 32:16 O ; O single-user O workstations B-Device such O as O Hewlett-Packard O ' O s O HP B-Device 9000 I-Device Series O 200 O systems O , O the O first O Apollo/Domain B-Device systems O , O Sun O Microsystems O ' O Sun-1 B-Device , O and O the O Corvus O Concept O ; O and O graphics O terminals B-General_Concept like O Digital O Equipment O Corporation O 's O VAXstation B-Device 100 I-Device and O Silicon O Graphics O ' O IRIS O 1000 O and O 1200 O . O However O , O due O to O the O 68010 B-Device 's O small O speed O boost O over O the O 68000 B-Device and O its O support O for O virtual B-Architecture memory I-Architecture , O it O can O be O found O in O a O number O of O smaller O Unix B-Application systems I-Application , O both O with O the O 68451 B-Device MMU B-General_Concept ( O for O example O in O the O Torch B-Device Triple I-Device X I-Device ) O , O and O with O a O custom O MMU B-General_Concept ( O such O as O the O Sun-2 B-Device Workstation B-Device , O AT&T O UNIX O PC/3B1 O , O Convergent O Technologies O MiniFrame O , O NCR O Tower O XP O , O Apollo O Computer O 's O DN300 B-Device and I-Device DN320 I-Device , O and O HP B-Device 9000 I-Device Model O 310 O ) O and O various O research O machines O . O Masahiro O Ito O and O Akira O Yamaoka O , O who O respectively O served O as O creature O designer O and O composer O for O the O original O game O , O will O return O to O reprise O their O duties O for O the O remake B-General_Concept . O Model O Release O Availability O Projector O technology O Logic O Bolt O V1.0 O Prototype O May O 2008 O USA O 640x480 O LCOS O 10 O Lumens O Logic O Bolt O V1.0 O January O 2009 O USA O 640x480 O LCOS O 10 O LumensLogic O Bolt O V1.5October O 2009USA640x480 O LCOS O 12 O Lumens O Samsung O Show O August O 2009 O South O Korea O & O Europe O 480x320 O , O 10 O lumens O , O max O image O 50 O " O LG O eXpo O December O 2009 O N/A O 480x320 O , O max O image O 40 O " O , O 6 O Lumens O Samsung O Beam O W9600 O January O 2010 O South O Korea O 854x480 O , O 15 O lumens O , O max O image O 50 O " O Fujitsu O / O NTT O DoCoMo O F-04B O March O 2010 O Japan O 854x480 O , O 6 O lumens O The O Mighty O March O 2010 O China O 640x480 O , O max O image O 32 O " O Samsung O Galaxy B-Application Beam I-Application ( O Halo O ) O i8520 O July O 2010 O Singapore O 800x480 O , O 9 O lumens O Intex O V.Show O IN O 8810 O November O 2010 O India O Techberry O ST200 O December O 2010 O India O VOX O Mobile O Q8 O December O 2010 O India O NTT O DoCoMo O SH-05C O January O 2011 O Japan O 640×360 O , O 9 O lumens O Techberry O ST100 O February O 2011 O India O Spice O Popkorn O Projector O M9000 O March O 2011 O India O Intex O V.Show O Mini O Theater O IN O 8809 O March O 2011 O India O G'Five O G5 O April O 2011 O India O Videocon O V4500 O May O 2011 O India O Micromax O X40 O August O 2011 O India O Maxx O Focus O MTP9 O December O 2011 O India O Samsung B-Application Galaxy I-Application Beam I-Application i8530 I-Application July O 2012 O Global O 360x640 O , O 15 O lumens O iBall O Andi4a O Projector O September O 2013 O India O 640x480 O , O 15 O lumens O Akyumen O Hawk O V1.0 O Projector B-General_Concept Phone I-General_Concept October O 2013 O Global O 480P O HD O , O 20 O Lumens O Akyumen O Falcon O V1.0 O Projector O Tablet O October O 2013 O Global O 480P O HD O . O Critics O such O as O Noam O Chomsky O argue O continuing O research O into O symbolic B-General_Concept AI I-General_Concept will O still O be O necessary O to O attain O general O intelligence O , O in O part O because O sub-symbolic B-General_Concept AI I-General_Concept is O a O move O away O from O explainable O AI B-Application : O it O can O be O difficult O or O impossible O to O understand B-General_Concept why O a O modern O statistical O AI B-Application program O made O a O particular O decision O . O Instructions B-General_Concept cannot O be O completed O instantaneously O : O they O take O time O ( O multiple O cycles O ) O . O In O computer B-Application vision I-Application , O the O term O cuboid B-General_Concept is O used O to O describe O a O small O spatiotemporal O volume O extracted O for O purposes O of O behavior B-Application recognition I-Application . O Many O expected O that O CP/M B-Application would O be O the O standard O operating B-General_Concept system I-General_Concept for O 16-bit B-Device computers I-Device . O In O 1980 O IBM O approached O Digital O Research O , O at O Bill O Gates O ' O suggestion O , O to O license O a O forthcoming O version O of O CP/M B-Application for O its O new O product O , O the O IBM B-Device Personal I-Device Computer I-Device . O In O mathematics O , O a O finite B-Algorithm subdivision I-Algorithm rule I-Algorithm is O a O recursive O way O of O dividing O a O polygon B-General_Concept or O other O two-dimensional O shape O into O smaller O and O smaller O pieces O . O However O , O prior O to O the O dominance O of O relational B-Application data O modeling O , O from O about O 1980 O to O 2005 O , O the O hierarchical B-General_Concept database I-General_Concept model I-General_Concept was O commonly O used O . O Gigya B-General_Concept offers O a O customer O identity O management O platform O for O managing O profiles O , O preference O , O opt-in O and O consent O settings O . O The O kernel B-Operating_System is O a O computer B-Application program I-Application at O the O core O of O a O computer O 's O operating B-General_Concept system I-General_Concept and O generally O has O complete O control O over O everything O in O the O system O . O A O November O 1985 O review O in O PC O Magazine O of O the O hard O drive-equipped O version O found O it O on O par O with O the O ( O 6MHz O , O 80286 B-General_Concept equipped O ) O IBM B-Operating_System PC I-Operating_System AT I-Operating_System as O far O as O processor O performance O was O concerned O , O but O with O considerably O slower O I/O O . O The O initial O model O of O the O AT&T B-Operating_System 6300 I-Operating_System ( O no O hard B-Device disk I-Device and O only O 360K B-Device floppy B-Device ) O had O slow O sales O in O 1984 O with O only O sold O compared O to O 1.5 O million O IBM B-Device PCs I-Device . O OpenSSI B-Operating_System uses O the O context O dependent O symbolic O link O ( O CDSL O ) O feature O , O inspired O by O HP O 's O TruCluster B-General_Concept system O , O to O allow O access O to O node-specific O files O in O a O manner O transparent O to O non O cluster-aware B-Operating_System applications I-Operating_System . O This O known-key B-General_Concept distinguishing I-General_Concept attack I-General_Concept is O an O improvement O of O the O rebound O , O or O the O start-from-the-middle O attack O , O against O AES-like O permutations B-Algorithm , O which O view O two O consecutive O rounds O of O permutation B-Algorithm as O the O application O of O a O so-called O Super-S-box O . O Because O this O web B-General_Concept form I-General_Concept is O using O the O GET O data O method O , O when O the O user O submits O alternative@emailexample.com O as O the O e-mail O address O where O the O user O wants O the O password O to O be O sent O to O , O It O was O one O of O the O first O games O in O the O first-person O shooter O genre O to O feature O true O , O fully O texture-mapped O 3D O environments O and O enemies O , O and O pioneered O the O use O of O mouse-look B-General_Concept control O . O One O disadvantage O of O these O weights O , O however O , O is O that O both O weighting B-General_Concept schemes O tend O to O separate O single O peripheral O vertices O from O their O rightful O communities O because O of O the O small O number O of O paths O going O to O these O vertices O . O The O CUA B-General_Concept guidelines O stated O that O ' O In O an O object-oriented B-Application user I-Application interface I-Application , O the O objects O that O a O user O works O with O do O not O necessarily O correspond O to O the O objects O or O modules O of O code O , O that O a O programmer O used O to O create O the O product. O ' O The O scalar O processor B-General_Concept was O deliberately O simplified O to O provide O room O for O the O vector B-Operating_System processor I-Operating_System and O is O relatively O slow O in O comparison O to O the O CDC B-Device 7600 I-Device . O As O such O , O the O original O STAR B-Device proved O to O be O a O great O disappointment O when O it O was O released O ( O see O Amdahl B-Operating_System 's I-Operating_System Law I-Operating_System ) O . O BusUpd O takes O shorter O time O when O compared O to O Flush O operation O , O since O writes O made O to O caches B-General_Concept are O faster O than O to O memory O . O The O AP O supports O the O Wireless B-General_Concept Distribution I-General_Concept System I-General_Concept . O PDC O Enhanced O Full O Rate O is O a O speech B-Application coding I-Application standard O that O was O developed O by O ARIB O in O Japan O and O used O in O PDC O mobile O networks O in O Japan O . O The O carriers O use O one O of O those O codecs B-General_Concept as O PDC-EFR B-Algorithm : O CS-ACELP B-Algorithm 8 O kbit/s O ( O a.k.a. O Paying O users O ( O since O all O of O gPotato B-Application 's O games O are O F2P O , O it B-General_Concept is O possible O to O play O without O paying O anything O ) O . O These O versions O maintain O the O buggy O behavior O when O in O quirks B-General_Concept mode I-General_Concept for O reasons O of O backward O compatibility O . O Management O Interface O Specification O v1.2 O 20 O AD[31] O AD[30] O Address/data O bus B-General_Concept ( O upper O half O ) O 21 O AD[29] O + O 3.3 O V O 22 O Ground O AD[28] O 23 O AD[27] O AD[26] O 24 O AD[25] O Ground O 25 O + O 3.3 O V O AD[24] O 26 O C/BE[3]# O IDSEL O 27 O AD[23] O + O 3.3 O V O 28 O Ground O AD[22] O 29 O AD[21] O AD[20] O 30 O AD[19] O Ground O 31 O + O 3.3 O V O AD[18] O 32 O AD[17] O AD[16] O 33 O C/BE[2]# O + O 3.3 O V O 34 O Ground O FRAME# O Bus B-General_Concept transfer O in O progress O 35 O IRDY# O Ground O Initiator O ready O 36 O + O 3.3 O V O TRDY# O Target O ready O 37 O DEVSEL# O Ground O Target O selected O 38 O PCIXCAP O Ground O STOP# O PCI-X O capable O ; O Target O requests O halt O 39 O LOCK# O + O 3.3 O V O Locked O transaction O 40 O PERR# O SMBCLK O SDONE O Parity O error O ; O SMBus B-Algorithm clock O or O Snoop O done O ( O obsolete O ) O 41 O + O 3.3 O V O SMBDAT O SBO# O SMBus B-Algorithm data O or O Snoop O backoff O ( O obsolete O ) O 42 O SERR# O Ground O System O error O 43 O + O 3.3 O V O PAR O Even O parity O over O AD[31:00] O and O C/BE[3:0]# O 44 O C/BE[1]# O AD[15] O Address/data O bus B-General_Concept ( O higher O half O ) O 45 O AD[14] O + O 3.3 O V O 46 O Ground O AD[13] O 47 O AD[12] O AD[11] O 48 O AD[10] O Ground O 49 O M66EN O Ground O AD[09] O 50 O Ground O Ground O Key O notch O for O 5 O V-capable O cards O 51 O Ground O Ground O 52 O AD[08] O C/BE[0]# O Address/data O bus B-General_Concept ( O lower O half O ) O 53 O AD[07] O + O 3.3 O V O 54 O + O 3.3 O V O AD[06] O 55 O AD[05] O AD[04] O 56 O AD[03] O Ground O 57 O Ground O AD[02] O 58 O AD[01] O AD[00] O 59 O IOPWR O IOPWR O 60 O ACK64# O REQ64# O For O 64-bit B-Device extension O ; O no O connect O for O 32-bit O devices O . O 64-bit B-Device PCI O extends O this O by O an O additional O 32 O contacts O on O each O side O which O provide O AD[63:32], O C/BE[7:4]#, O the O PAR64 O parity O signal O , O and O a O number O of O power O and O ground O pins O . O Other O SSE2 B-General_Concept extensions O include O a O set O of O cache B-Architecture control I-Architecture instructions I-Architecture intended O primarily O to O minimize O cache B-General_Concept pollution I-General_Concept when O processing O infinite O streams O of O information O , O and O a O sophisticated O complement O of O numeric O format O conversion O instructions O . O In O a O study O of O industrial O processes O , O size B-General_Concept – I-General_Concept frequency I-General_Concept distribution I-General_Concept can O be O used O to O understand O the O size O distribution O of O particles O in O a O fluidized O bed O or O a O powder O mixture O , O which O can O help O optimize O the O efficiency O of O the O process O . O Because O operating B-General_Concept systems I-General_Concept are O designed O as O if O they O never O start O or O stop O , O a O boot B-Application loader I-Application might O load O the O operating B-General_Concept system I-General_Concept , O configure O itself O as O a O mere O process O within O that O system O , O and O then O irrevocably O transfer O control O to O the O operating B-General_Concept system I-General_Concept . O The O boot B-Application loader I-Application then O terminates O normally O as O any O other O process O would O . O Shortly O after O the O game O 's O release O , O it O was O discovered O that O once O players O unlocked O the O Kurt O Cobain O Character O Pack O ( O as O well O as O that O for O any O other O of O the O included O famous O musicians O ) O , O they O could O use O that O character O for O any O other O song O on O disc O , O leading O to O what O some O have O considered O to O be O awkward O virtual O performances O of O Cobain O singing O songs O from O completely O different O genres O ; O user-created O videos O of O these O performances O that O had O attracted O the O attention O to O this O issue O have O since O been O removed O from O video-sharing O sites O like O YouTube B-General_Concept by O Activision O . O Although O the O Rekursiv B-General_Concept was O never O fully O developed O and O was O not O a O commercial O success O , O several O Hades O boards O were O used O in O academic O research O projects O in O the O UK O . O In O October O 2018 O , O Cloudera B-General_Concept and O Hortonworks B-Application announced O their O merger O , O which O the O two O companies O completed O the O following O January O . O By O the O end O of O September O 2011 O , O ERAM B-General_Concept was O in O continuous O use O at O two O relatively O low-traffic O centers O , O the O Salt O Lake O City O ( O ZLC O ) O and O Seattle O ( O ZSE O ) O ARTCCs O . O The O equivalent O fields O in O the O local O header O ( O or O in O the O Zip64 O extended O information O extra O field O in O the O case O of O archives O in O Zip64 O format O ) O are O filled O with O zero O , O and O the O CRC-32 O and O size O are O appended O in O a O 12-byte O structure O ( O optionally O preceded O by O a O 4-byte O signature O ) O immediately O after O the O compressed B-General_Concept data I-General_Concept : O In O high O dimensions O , O it O is O necessary O to O use O a O different O approach O , O typically O a O Markov B-General_Concept chain I-General_Concept Monte I-General_Concept Carlo I-General_Concept method I-General_Concept such O as O Metropolis B-Algorithm sampling I-Algorithm or O Gibbs B-Algorithm sampling I-Algorithm . O This O format O was O originally O created O in O 1989 O and O was O first O implemented O in O PKWARE O , O Inc. O ' O s O PKZIP B-Application utility O , O as O a O replacement O for O the O previous O ARC B-Application compression B-General_Concept format O by O Thom B-Application Henderson I-Application . O In O software B-General_Concept engineering I-General_Concept , O version B-Architecture control I-Architecture ( O also O known O as O revision B-Architecture control I-Architecture , O source B-Architecture control I-Architecture , O or O source B-Architecture code I-Architecture management I-Architecture ) O is O a O class O of O systems O responsible O for O managing O changes O to O computer B-Application programs I-Application , O documents O , O large O web O sites O , O or O other O collections O of O information O . O A O cache B-General_Concept containing O a O coherency O controller O ( O snooper O ) O is O called O a O snoopy B-General_Concept cache I-General_Concept . O When O specific O data O is O shared O by O several O caches B-General_Concept and O a O processor O modifies O the O value O of O the O shared O data O , O the O change O must O be O propagated O to O all O the O other O caches B-General_Concept which O have O a O copy O of O the O data O . O AndroidOreo O adds O support O for O NeighborhoodAware O Networking O ( O NAN O ) O for O Wi-Fi O based O on O Wi-Fi O Aware O , O Bluetooth B-Protocol 5 O , O wide O color O gamuts O in O apps O , O an O API B-General_Concept for O autofillers O , O multiprocess O and O Google B-Application Browsing I-Application support O for O WebViews O , O an O API B-General_Concept to O allow O system-level O integration O for O VoIP B-Application apps O , O and O launching O activities O on O remote O displays O . O In O January O 2014 O , O the O UK O 's O authority O for O computer O security O , O CESG O , O reported O that O Ubuntu B-Operating_System 12.04 O LTS O was O " O the O only O operating B-General_Concept system I-General_Concept that O passes O as O many O as O 9 O out O of O 12 O requirements O without O any O significant O risks O " O , O though O it O was O unclear O if O any O other O Linux B-Application distributions I-Application were O tested O . O is O a O well-known O paper O in O the O field O of O entity B-General_Concept linking I-General_Concept . O Relief O calculates O a O feature O score O for O each O feature O which O can O then O be O applied O to O rank O and O select O top O scoring O features O for O feature B-General_Concept selection I-General_Concept . O In O February O 2023 O Time O magazine O placed O a O screenshot O of O a O conversation O with O ChatGPT B-General_Concept on O its O cover O , O writing O that O " O The O AI B-Application Arms O Race O Is O Changing O Everything O " O and O " O The O AI B-Application Arms O Race O Is O On O . O Examples O include O various O cartridge-based B-General_Concept chips I-General_Concept on I-General_Concept the I-General_Concept Super I-General_Concept NES I-General_Concept , O the O SVP O chip O in O the O Sega B-Operating_System Genesis I-Operating_System version O of O Virtua B-Application Racing I-Application , O and O a O chess B-Application module O in O the O Magnavox B-Application Odyssey² I-Application . O " O Playtest B-General_Concept " O garnered O B O ratings O from O Agard O and O The O A.V. O Other O capabilities O include O satellite O monitoring O of O remote O offices/locations O across O firewalls O and/or O across O the O internet O without O a O VPN B-Application , O agentless B-General_Concept server O monitoring O and O a O bulk O config O feature O to O speed O changes O across O many O servers/devices O . O The O screen B-General_Concept door I-General_Concept effect I-General_Concept on O Digital B-General_Concept Light I-General_Concept Processing I-General_Concept ( O DLP O ) O projectors O can O be O mitigated O by O deliberately O setting O the O projected O image O slightly O out O of O focus O , O which O blurs O the O boundaries O of O each O pixel B-Algorithm to O its O neighbor O . O As O a O key O was O depressed O , O a O link O on O the O keystem O tripped O a O corresponding O set O of O bails O at O the O top O of O the O keyboard B-Device assembly O . O Each O machine O had O a O tendency O to O develop O a O " O feel O " O of O its O own O based O on O several O variables O such O as O the O amount O of O wear O , O dirt O , O and O clearance O of O the O bail O contacts O within O the O keyboard B-Device , O as O well O as O factors O in O the O base O machine O . O The O keyboards B-Device , O however O , O had O no O provision O for O adjusting O the O " O feel O " O other O than O the O correct O adjustment O of O the O contacts O on O the O restore O bail O contacts O and O the O encoding O bail O contacts O . O IBM O keypunches O such O as O the O 024 O , O 026 O , O and O 029 O provided O for O the O mounting O of O a O program B-General_Concept card O that O controlled O various O functions O , O such O as O tabbing O and O automatic O duplication O of O fields O from O the O previous O card O . O The O IBM O 024 O Card B-Device Punch I-Device and O IBM B-Device 026 I-Device Printing O Card B-Device Punch I-Device were O announced O in O 1949 O . O The O heart O of O the O 024 O and O 026 O keypunches O was O a O set O of O twelve O precision O punches B-Device , O one O per O card O row O , O each O with O an O actuator O of O relatively O high O power O . O Autotype B-Application is O a O function O in O some O computer B-Application applications I-Application or O programs B-Application , O typically O those O containing O forms B-General_Concept , O which O fills O in O a O field O once O you O have O typed O in O the O first O few O letters O . O GitHub.com B-Application began O offering O limited O private O repositories B-General_Concept at O no O cost O in O January O 2019 O ( O limited O to O three O contributors O per O project O ) O . O Photomath B-Application is O a O mobile B-Application computer B-General_Concept algebra I-General_Concept system I-General_Concept with O an O augmented O optical B-Application character I-Application recognition I-Application system O designed O for O use O with O a O smartphone O 's O camera O to O scan O and O recognize O mathematical O equations O ; O the O app O then O displays O step-by-step O explanations O onscreen O . O Simcad B-Application Pro I-Application has O a O user-friendly O graphical B-Application user I-Application interface I-Application for O building O virtual O models O of O process-based O environments O , O and O the O entire O model O can O be O built O and O edited O without O coding B-General_Concept , O including O any O advanced O model O characteristics O . O The O external O secondary O unified O cache B-General_Concept supported O capacities O between O 512KB O and O 16MB O . O Additionally O the O Efficeon B-General_Concept CMS O ( O code B-Application morphing I-Application software I-Application ) O reserves O a O small O portion O of O main O memory O ( O typically O 32 O MB O ) O for O its O translation O cache O of O dynamically O translated O x86 B-Operating_System instructions O . O Most O plasma-type O display O manufacturers O include O methods O for O reducing O the O rate O of O burn-in O by O moving O the O image O slightly O , O which O does O not O eliminate O screen B-General_Concept burn I-General_Concept but O can O soften O the O edges O of O any O ghost O image O that O does O develop O . O MISSY B-General_Concept also O provides O univariate O frequency O distributions O of O the O variables O , O allowing O for O a O comparison O of O the O variables O of O interest O , O which O is O very O useful O for O preparing O analyses O over O time O or O cross-national O comparisons O . O The O software O functions O as O an O interactive B-General_Concept encyclopedia O with O information O on O a O wide O variety O of O different O oceans O and O its O species O , O as O well O as O a O brief O biography O of O the O explorer O Jacques O Cousteau O . O Punched B-Architecture cards I-Architecture were O once O common O in O data B-General_Concept processing I-General_Concept applications O or O to O directly O control O automated O machinery O . O Only O testing O a O given O scene O , O or O experience O , O shows O whether O tilting O is O better O than O leaving O the O standards O neutral O and O relying O on O the O aperture B-General_Concept alone O to O achieve O the O desired O depth O of O field O . O ( O The O 8086/8088 O , O in O turn O , O were O designed O with O easy O machine-translatability O of O programs O written O for O its O predecessor O in O mind O , O although O they O were O not O instruction-set O compatible O with O the O 8-bit O Intel B-General_Concept 8080 I-General_Concept processor O as O of O 1974 O . O Very O useful O for O determining O what O the O current O working B-General_Concept set I-General_Concept is O , O as O opposed O to O what O is O still O available O to O it O but O not O necessarily O being O used O . O According O to O architect O and O multimedia O journalist O Mirko O Lorenz O , O data-driven B-General_Concept journalism I-General_Concept is O primarily O a O workflow O that O consists O of O the O following O elements O : O digging O deep O into O data O by O scraping O , O cleansing O and O structuring O it O , O filtering O by O mining O for O specific O information O , O visualizing O and O making O a O story O . O Authentication O takes O place O on O domain B-General_Concept controllers I-General_Concept . O The O IT8212 B-General_Concept , O or O more O correctly O the O IT8212F O , O is O a O low-end O Parallel B-Protocol ATA I-Protocol controller O designed O by O ITE O Tech O . O The O DisplayID B-General_Concept standard O was O initially O released O in O December O 2007 O . O Merges O four O Player O and O four O Missile O overlay O objects O ( O aka O sprites O ) O with O ANTIC B-General_Concept 's O Playfield O graphics O . O Another O was O graphics O routines O , O especially O in O games O and O graphics O programs O , O which O were O generally O machine-specific O as O they O used O direct O hardware O access O for O speed O , O bypassing O the O OS O and O BIOS O ( O this O was O also O a O common O problem O in O early O DOS B-Device machines O ) O . O Bill O Gates O claimed O that O the O Apple B-Device II I-Device series I-Device with O a O Z-80 B-Device SoftCard I-Device was O the O single O most-popular O CP/M B-Application hardware B-Device platform I-Device . O Many O different O brands O of O machines O ran O the O operating B-General_Concept system I-General_Concept , O some O notable O examples O being O the O Altair B-Architecture 8800 I-Architecture , O the O IMSAI B-Device 8080 I-Device , O the O Osborne B-Device 1 I-Device and O Kaypro O luggables B-Device , O and O MSX B-Operating_System computers O . O The O best-selling O CP/M B-Application -capable O system O of O all O time O was O probably O the O Amstrad B-Device PCW I-Device . O In O the O UK O , O CP/M B-Application was O also O available O on O Research O Machines O educational O computers O ( O with O the O CP/M B-Application source O code O published O as O an O educational O resource O ) O , O and O for O the O BBC B-Device Micro I-Device when O equipped O with O a O Z80 B-General_Concept co-processor O . O Furthermore O , O it O was O available O for O the O Amstrad B-Device CPC I-Device series O , O the O Commodore B-Device 128 I-Device , O TRS-80 B-Device , O and O later O models O of O the O ZX B-Operating_System Spectrum I-Operating_System . O CP/M3 O was O also O used O on O the O NIAT O , O a O custom O handheld O computer O designed O for O A O . O C B-Language . O Nielsen O 's O internal O use O with O 1MB O of O SSD B-Device memory O . O A O processor O with O an O implementation O of O branch B-General_Concept prediction I-General_Concept that O usually O makes O correct O predictions O can O minimize O the O performance O penalty O from O branching O . O Some O researchers O believe O that O some O " O incorrect O " O AI B-Application responses O classified O by O humans O as O " O hallucinations B-General_Concept " O in O the O case O of O object B-General_Concept detection I-General_Concept may O in O fact O be O justified O by O the O training O data O , O or O even O that O an O AI B-Application may O be O giving O the O " O correct O " O answer O that O the O human O reviewers O are O failing O to O see O . O A O table O can O show O the O layout O of O this O particular O design O with O the O main B-General_Concept effects I-General_Concept ( O where O is O the O observation O of O the O ith O level O of O factor O B O and O the O jth O level O of O factor O A O ) O : O The O much O larger O capacity O and O higher O bitrate O of O the O -inch O drives O made O it O impractical O to O use O the O software-driven O Disk B-Device II I-Device controller O because O the O 1-megahertz O 6502 B-General_Concept CPU O in O the O Apple B-Device II I-Device line O was O too O slow O to O be O able O to O read O them O . O Noise O from O CPU B-General_Concept fan O . O This O was O a O multiprocessor B-Operating_System expansion O board O kit O for O the O Model O 400 O Superboard B-Device that O greatly O expands O its O software O library O by O supporting O several O different O kinds O of O microprocessors B-Architecture , O including O the O Intersil B-General_Concept 6100 I-General_Concept ( O a O microprocessor-based O implementation O of O DEC O 's O PDP-8 B-Device minicomputer B-Architecture ) O and O the O Zilog B-General_Concept Z80 I-General_Concept ( O which O is O software-compatible O with O the O Intel B-General_Concept 8080 I-General_Concept by O design O ) O . O The O technology O used O to O realize O a O VideoStreetView B-Application is O a O 360° B-General_Concept video I-General_Concept capture O of O the O street O . O MacMercurial O , O Murky O , O SourceTree O ( O Windows/macOS O ) O , O TortoiseHg O , O SmartGit/Hg O IntelliJ B-Language IDEA I-Language ( O hg4idea O 3rd O party O plugin O ) O , O Eclipse B-Application ( O Mercurial B-Protocol Eclipse B-Application ) O , O NetBeans B-Application , O Visual B-Application Studio I-Application 2008 I-Application , O Emacs B-Application , O Vim O ( O VCSCommand O plugin O ) O , O Komodo B-Language IDE I-Language , O Eric B-Application Python I-Application IDE I-Application , O WingIDE B-Application Monotone B-Application ViewMTN O , O TracMonotone O , O Monotone-Viz O ( O GTK+ B-Application ) O , O Guitone O ( O Qt B-Language ) O , O Monotone B-Application Browser O ( O GTK+ B-Application , O Perl B-Language ) O Perforce B-General_Concept Helix O Core O included O , O P4Web O , O P4FTP O Windows B-Application , O Linux B-Operating_System , O Mac O macOS B-Application Eclipse B-Application , O Visual B-Application Studio I-Application , O Matlab B-Language ; O Game O Engines O : O Unity B-Application , O Unreal B-Operating_System , O Amazon B-Application Lumberyard I-Application ; O Graphics O : O Autodesk B-Language Maya I-Language , O 3ds B-Language max I-Language , O Adobe B-Operating_System PS I-Operating_System Rational O Team O Concert O Yes O Eclipse-based O GUI B-Application Eclipse B-Application integration O ; O MS B-Application Visual I-Application Studio I-Application integration(Limited ) O StarTeam B-Application included O Windows B-Application , O Java B-Language , O Eclipse B-Application , O Visual B-Application Studio I-Application , O BDS2006 O integration O , O plus O Java B-Language command-line O IntelliJ B-Language IDEA I-Language ( O standard O in O Ultimate O Edition O ) O , O Visual B-Application Studio I-Application , O JBuilder O , O Eclipse B-Application Subversion B-Application Apache O 2 O module O included O , O WebSVN O , O ViewSVN O , O ViewVC B-Protocol , O Trac B-Language , O SharpForge O , O sventon O , O Springloops O Java B-Language , O KDESVN O , O macOS B-Application ( O including O Finder O integration O ) O , O Nautilus O , O Qt B-Language , O RabbitVCS B-Protocol , O RapidSVN B-Language , O SourceTree O ( O macOS B-Application ) O , O TortoiseSVN B-Protocol ( O Windows B-Application Explorer O ) O Anjuta B-Language , O BBEdit B-Operating_System , O Eclipse B-Application ( O Subclipse O , O Subversive O ) O , O Emacs B-Application ( O standard O VC O ) O , O IntelliJ B-Language IDEA I-Language ( O standard O in O Community O and O Ultimate O Editions O ) O , O KDevelop B-Language ( O standard O ) O , O Komodo B-Language IDE I-Language , O MonoDevelop B-Language ( O standard O ) O , O Netbeans B-Application , O RabbitVCS B-Protocol ( O for O GEdit O ) O , O TextMate B-Application ( O SVNMate O plugin O ) O , O Visual B-Application Studio I-Application ( O AnkhSVN B-Protocol , O VisualSVN B-Protocol ) O , O WingIDE B-Application . O TINA B-Algorithm Design O Suite O includes O an O integrated O layout O module O for O designing O multilayer O PCB O 's O with O split O power O plane O layers O , O auto-placement O & O auto-routing O , O rip-up O and O reroute O , O manual O and O " O follow-me O " O trace O placement O , O DRC O , O forward O and O back O annotation O , O pin O and O gate O swapping O , O keep-in O and O keep-out O areas O , O copper O pour O , O thermal O relief O , O fan-out B-General_Concept , O 3D O view O of O the O PCB O design O , O Gerber O file O , O and O CNC O ( O G-code O ) O output O . O In O some O cases O , O memory B-Error_Name leaks I-Error_Name may O be O tolerable O , O such O as O a O program O which O " O leaks O " O a O bounded O amount O of O memory O over O its O lifetime O , O or O a O short-running O program O which O relies O on O an O operating B-General_Concept system I-General_Concept to O deallocate O its O resources O when O it O terminates O . O rPath B-General_Concept ensured O a O consistent O system O definition O , O eliminating O the O risk O of O system O " O drift O " O between O lifecycle O stages O and O enabling O a O clean O software O build O environment O . O Hexagon B-General_Concept is O used O in O Qualcomm B-Architecture Snapdragon I-Architecture chips O , O for O example O in O smartphones O , O cars O , O wearable O devices O and O other O mobile O devices O and O is O also O used O in O components O of O cellular O phone O networks O . O Naive O deployments O of O JSONP B-General_Concept are O subject O to O cross-site B-Protocol request I-Protocol forgery I-Protocol ( O CSRF B-Protocol or O XSRF B-Protocol ) O attacks O . O The O last O 8-bit O version O of O CP/M B-Application was O version O 3 O , O often O called O CP/MPlus O , O released O in O 1983 O . O It O incorporated O the O bank B-General_Concept switching I-General_Concept memory O management O of O MP/M B-Operating_System in O a O single-user O single-task O operating B-General_Concept system I-General_Concept compatible O with O CP/M2.2 O applications O . O CP/M3 O could O therefore O use O more O than O 64KB O of O memory O on O an O 8080 B-General_Concept or O Z80 B-General_Concept processor O . O In O Figure O 1 O it O can O be O seen O that O models O A O and O C O generally O agree O best O with O observations O , O each O with O about O the O same O RMS B-General_Concept error I-General_Concept . O The O Cat O 's O array O of O I/O B-General_Concept interfaces I-General_Concept encompasses O one O Centronics O parallel B-Device port I-Device , O one O RS-232C O serial B-Protocol port I-Protocol ( O DB-25 B-Protocol ) O , O and O two O RJ11 O telephone O jacks O for O the O modem B-Application loop O . O Data B-General_Concept analysis O evaluates O the O description O and O intended O usage O of O each O data B-General_Concept item O used O in O design O of O the O software O component O . O An O improved O Colossus B-Device Mark O 2 O that O used O shift B-General_Concept registers I-General_Concept to O quintuple O the O processing O speed O , O first O worked O on O 1 O June O 1944 O , O just O in O time O for O the O Normandy O landings O on O D-Day O . O This O means O , O for O instance O , O that O software O that O was O developed O for O KDE3.0 O will O work O on O all O ( O future O ) O KDE3 O releases O ; O however O , O an O application O developed O for O KDE2 O is O not O guaranteed O to O be O able O to O make O use O of O the O KDE3 O libraries B-Library . O KDE B-Application major O version O numbers O mainly O follow O the O Qt B-Language release O cycle O , O meaning O that O KDE B-Language SC I-Language 4 I-Language is O based O on O Qt4 B-Language , O while O KDE3 O was O based O on O Qt3 O . O This O file O documents O the O maintainer O of O the O framework O , O the O type O , O the O supported O operating B-General_Concept system I-General_Concept and O other O information O . O Permanent O Memory O Systems O produced O a O 6502 O second O processor O , O the O B2P O 6502 O , O employing O a O 2MHz O 65C02 B-General_Concept processor O as O opposed O to O the O faster O 6502 O device O used O by O the O Acorn O 6502 O Second O Processor O unit O together O with O 64KB O of O RAM B-Architecture . O Contextual B-General_Concept inquiries I-General_Concept may O be O conducted O to O understand O the O needs O of O a O market O and O to O scope O the O opportunities O . O Note O G O : O CallerID O intentionally O disabled O by O vendor O in O EEPROM B-General_Concept patch O . O Decide O which O test O is O appropriate O , O and O state O the O relevant O test B-General_Concept statistic I-General_Concept T O . O Ivy B-Device Bridge I-Device Celeron B-Device and O Pentium B-General_Concept have O Intel O HD O , O while O Core B-Device i3 O and O above O have O either O HD O 2500 O or O HD O 4000 O . O HD O Graphics O 2500 O and O 4000 O include O hardware B-Algorithm video I-Algorithm encoding I-Algorithm and O HD B-Device postprocessing I-Device effects I-Device . O One O example O of O such O methods O is O the O interquartile B-General_Concept range I-General_Concept method O , O used O to O remove O outliers O in O a O data B-General_Concept set I-General_Concept by O calculating O the O standard O deviation O of O a O feature O or O occurrence O . O IBM O keypunches O such O as O the O 024 O , O 026 O , O and O 029 O provided O for O the O mounting O of O a O program B-General_Concept card O that O controlled O various O functions O , O such O as O tabbing O and O automatic O duplication O of O fields O from O the O previous O card O . O The O IBM O 024 O Card B-Device Punch I-Device and O IBM B-Device 026 I-Device Printing O Card B-Device Punch I-Device were O announced O in O 1949 O . O The O heart O of O the O 024 O and O 026 O keypunches O was O a O set O of O twelve O precision O punches B-Device , O one O per O card O row O , O each O with O an O actuator O of O relatively O high O power O . O T1 O and O T2 O contain O those O pages O that O are O in O the O cache B-General_Concept , O while O B1 O and O B2 O contain O pages O that O have O recently O been O evicted O from O T1 O and O T2 O respectively O . O Product O content O management O before O the O advent O of O Mixed B-General_Concept Reality I-General_Concept consisted O largely O of O brochures O and O little O customer-product O engagement O outside O of O this O 2-dimensional O realm O . O Based O on O the O MIPS O R5900 O , O it O implements O the O MIPS-III B-Device instruction B-General_Concept set I-General_Concept architecture I-General_Concept ( O ISA O ) O and O much O of O MIPS-IV O , O in O addition O to O a O custom O instruction B-General_Concept set I-General_Concept developed O by O Sony O which O operated O on O 128-bit O wide O groups O of O either O 32-bit O , O 16-bit O , O or O 8-bit O integers O in O single B-Device instruction I-Device multiple I-Device data I-Device ( O SIMD B-Device ) O fashion O ( O i.e. O The O user O is O also O able O to O manually O select O shutter O speed O and O aperture B-General_Concept openings O for O more O creative O control O over O HD O video O recording O . O webarchive B-Application is O a O Web B-General_Concept archive I-General_Concept file I-General_Concept format O available O on O macOS B-Application and O Windows O for O saving O and O reviewing O complete O web O pages O using O the O Safari B-Application web I-Application browser I-Application . O XPath B-General_Concept 3.1 I-General_Concept became O a O Recommendation O on O 21 O March O 2017 O . O SpaceX O uses O multiple O redundant O flight O computers O in O a O fault-tolerant B-General_Concept design I-General_Concept in O its O Falcon O 9 O rocket O . O FAO-GeoNetwork O holds O approximately O 5000 O standardized O metadata O records O for O digital B-General_Concept and O paper O maps O , O most O of O them O at O the O global O , O continent O and O national O level O . O Under O Windows O , O each O file B-Application system I-Application is O usually O limited O in O application O to O certain O media O ; O for O example O , O CDs O must O use O ISO B-Application 9660 I-Application or O UDF O , O and O as O of O Windows B-Application Vista I-Application , O NTFS B-Application is O the O only O file B-Application system I-Application which O the O operating B-General_Concept system I-General_Concept can O be O installed O on O . O A O computer O was O produced O by O VTech O in O 1984-1986 O , O based O on O CreatiVision B-General_Concept hardware O and O was O compatible O with O most O of O its O games O : O Laser O 2001 O , O which O is O also O sold O in O West O Germany O and O was O brought O to O France O . O Virtual B-Protocol World I-Protocol Language I-Protocol Learning I-Protocol is O a O rapidly O expanding O field O and O it O converges O with O other O closely O related O areas O , O such O as O the O use O of O MMOGs O , O SIEs O and O Augmented B-General_Concept Reality I-General_Concept Language O Learning O ( O ARLL O ) O . O YouTube B-General_Concept offers O users O the O ability O to O view O its O videos O on O web O pages O outside O their O website O . O After O a O few O months O of O development O , O the B-General_Concept first O fully-featured O prototype O for O Living B-Application Books I-Application was O complete O ; O it O was O an O adaption O of O Mercer O Mayer O 's O Little O Monsters O at O School O . O An O advancement O of O the O existing O Turbo B-Device Core I-Device technology O , O which O allows O internal O software O to O adjust O the O CPU B-Device and O GPU B-Architecture clock O speed O to O maximise O performance O within O the O constraints O of O the O Thermal B-General_Concept design I-General_Concept power I-General_Concept of O the O APU O . O None O of O these O enjoyed O any O lasting O success O ; O Netware B-Operating_System dominated O the O personal B-Device computer I-Device LAN B-General_Concept business O from O early O after O its O introduction O in O 1983 O until O the O mid-1990s O when O Microsoft O introduced O Windows B-Device NT I-Device . O First O reports O on O the O development O of O a O commercial O Laser B-General_Concept TV I-General_Concept were O published O as O early O as O February O 16 O , O 2006 O with O a O decision O on O the O large-scale O availability O of O laser B-General_Concept televisions I-General_Concept expected O by O early O 2008 O . O UAProf B-General_Concept files O typically O have O the O file O extensions O rdf O or O xml B-Protocol , O and O are O usually O served O with O mimetype O application/xml O . O The O article O suggested O that O a O PhysX B-Operating_System rewrite O using O SSE B-General_Concept instructions I-General_Concept may O substantially O lessen O the O performance O discrepancy O between O CPU B-General_Concept PhysX B-Operating_System and O GPU B-Architecture PhysX B-Operating_System . O Fragment B-General_Concept processing I-General_Concept is O a O term O in O computer O graphics O referring O to O a O collection O of O operations O applied O to O fragments O generated O by O the O rasterization O operation O in O the O rendering B-General_Concept pipeline I-General_Concept . O The O R10000 B-General_Concept , O fabricated O and O sold O by O NEC O Electronics O and O Toshiba O , O and O its O derivatives O were O used O by O NEC O , O Pyramid O Technology O , O Silicon O Graphics O , O and O Tandem O Computers O ( O among O others O ) O in O workstations B-Device , O servers O , O and O supercomputers B-Architecture . O CiMPLE B-General_Concept is O a O visual B-Language programming I-Language language I-Language that O tries O to O visually O mimic O procedural O languages O like O C/C B-Language ++ I-Language . O Guardian O contributor O Naomi O Colvin O concluded O the O statements O were O misleading O , O stating O that O it B-General_Concept was O possible O Goode O was O not O even O referring O to O any O actual O encrypted O material O , O but O rather O deleted O files O reconstructed B-Application from O unencrypted O , O unallocated O space O on O the O hard B-Device drive I-Device , O or O even O plaintext O documents O from O Miranda O 's O personal O effects O . O They O called O it O " O very O expensive O " O and O said O on O initial O startup O , O an O operating B-General_Concept system I-General_Concept update O was O needed O , O which O took O about O 15 O minutes O . O It O is O closely O related O to O the O Amiga B-Device 3000 I-Device , O although O it O came O in O a O tower B-General_Concept case I-General_Concept which O offers O greater O expandability O . O As O such O , O the O microcode O is O a O layer O of O hardware-level O instructions O that O implement O higher-level O machine B-Language code I-Language instructions O or O internal O state B-Architecture machine I-Architecture sequencing O in O many O digital B-General_Concept processing I-General_Concept elements O . O Computer B-General_Concept operating I-General_Concept systems I-General_Concept can O be O categorized O by O technology O , O ownership O , O licensing O , O working O state O , O usage O , O and O by O many O other O characteristics O . O It O was O the O final O Batman B-General_Concept game O based O on O the O DC O Animated O Universe O . O Motion-compensated O DCT B-General_Concept later O became O the O standard O coding O technique O for O video O compression O from O the O late O 1980s O onwards O . O A O stored B-General_Concept procedure I-General_Concept , O which O is O also O precompiled O and O stored O on O the O server O for O later O execution O , O has O similar O advantages O . O According O to O The O Learning O Company O ( O formerly O SoftKey B-General_Concept ) O director O of O corporate O communications O Susan O Getgood O : O " O The O more O we O give O [ players ] O familiar O things O , O the O better O they O learn O " O . O In O software O design O , O Procedural B-General_Concept Design I-General_Concept ( O SPD O ) O converts O and O translates O structural O elements O into O procedural O explanations O . O Memory O access O is O clear O ( O there O is O no O conflict O with O the O CPU B-General_Concept and O display O controller O ) O and O display O timing O is O the O same O as O in O the O original O ZX B-Operating_System Spectrum I-Operating_System . O The O Pentagon B-Device ( O ru O : O Пентагон O ) O home O computer O was O a O clone B-General_Concept of O the O British-made O Sinclair B-Operating_System ZX I-Operating_System Spectrum I-Operating_System 128 O . O Its O PCB O was O copied O all O over O the O ex-USSR O in O 1991-1996 O , O which O made O it O a O widespread O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept . O The O name O " O Pentagon B-Device " O derives O from O the O shape O of O the O original O PCB O ( O Pentagon B-Device 48 O ) O , O with O a O diagonal O cut O in O one O of O the O corners O . O The O Peters O MC64 O was O a O Russian O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept from O around O 1993 O , O made O by O Peters O Plus O , O Ltd. O , O who O went O on O to O make O the O Sprinter B-Device . O The O quality O for O stereo O is O satisfactory O to O modest O requirements O at O 96kbit/s O in O joint O stereo O mode O ; O however O , O hi-fi B-Algorithm transparency I-Algorithm demands O data O rates O of O at O least O 128kbit/s O ( O VBR B-General_Concept ) O . O Third O step O is O to O share O the O produced O image O ( O or O video O ) O , O as O a O local O file O ( O PNG O , O JPEG O , O HEIF O , O WebP O , O MP4 O ... O ) O , O to O another O application O ( O Microsoft B-Application Outlook I-Application , O Apple B-Operating_System Mail I-Operating_System , O Camtasia B-Protocol ... O ) O or O to O upload O it O online O ( O YouTube B-General_Concept , O Google B-Application Drive I-Application , O FTP B-Protocol ... O ) O . O Depending O on O the O amount O of O work O which O is O performed O by O a O parallel O task B-General_Concept , O parallelism B-Operating_System can O be O classified O into O three O categories O : O fine-grained O , O medium-grained O and O coarse-grained O parallelism B-Operating_System . O One O of O the O most O common O robust B-General_Concept measures I-General_Concept of I-General_Concept scale I-General_Concept is O the O interquartile B-General_Concept range I-General_Concept ( O IQR B-General_Concept ) O , O the O difference O between O the O 75th O percentile O and O the O 25th O percentile O of O a O sample O ; O this O is O the O 25% O trimmed O range B-General_Concept , O an O example O of O an O L-estimator O . O The O majority O of O the O complexity O in O CP/M B-Application was O isolated O in O the O BDOS O , O and O to O a O lesser O extent O , O the O CCP O and O transient O commands B-Application . O This O meant O that O by O porting O the O limited O number O of O simple O routines O in O the O BIOS O to O a O particular O hardware B-Device platform I-Device , O the O entire O OS O would O work O . O This O significantly O reduced O the O development O time O needed O to O support O new O machines O , O and O was O one O of O the O main O reasons O for O CP/M B-Application ' O s O widespread O use O . O Today O this O sort O of O abstraction O is O common O to O most O OSs O ( O a O hardware B-Operating_System abstraction I-Operating_System layer I-Operating_System ) O , O but O at O the O time O of O CP/M B-Application ' O s O birth O , O OSs O were O typically O intended O to O run O on O only O one O machine O platform O , O and O multilayer O designs O were O considered O unnecessary O . O The O Console B-Application Command I-Application Processor O , O or O CCP O , O accepted O input O from O the O keyboard O and O conveyed O results O to O the O terminal O . O CP/M B-Application itself O would O work O with O either O a O printing O terminal O or O a O video B-General_Concept terminal I-General_Concept . O All O CP/M B-Application commands B-Application had O to O be O typed O in O on O the O command B-Application line I-Application . O The O console B-Device would O most O often O display O the O A> O prompt O , O to O indicate O the O current O default O disk O drive O . O The O SPARC64 B-General_Concept V+ I-General_Concept , O code-named O " O Olympus-B O " O , O is O a O further O development O of O the O SPARC64 B-Device V I-Device . O Improvements O over O the O SPARC64 B-Device V I-Device included O higher O clock O frequencies O of O 1.822.16GHz O and O a O larger O 3 O or O 4MB O L2 O cache O . O The O first O SPARC64 B-General_Concept V+ I-General_Concept , O a O 1.89GHz O version O , O was O shipped O in O September O 2004 O in O the O Fujitsu O PrimePower O 650 O and O 850 O . O It O was O fabricated B-Architecture in O a O 90 O nm O CMOS O process O with O ten O levels O of O copper O interconnect O . O The O SPARC64 B-Device VI I-Device , O code-named O Olympus-C O , O is O a O two-core O processor O ( O the O first O multi-core O SPARC64 O processor O ) O which O succeeded O the O SPARC64 B-General_Concept V+ I-General_Concept . O The O IBM B-Device System/7 I-Device is O a O process O control O and O real-time O system O , O and O the O IBM B-Device Series/1 I-Device is O a O general-purpose O 16-bit B-Device minicomputer B-Architecture , O both O having O different O architectures B-General_Concept from O the O 1130 O , O and O from O each O other O . O A O group O of O enemies O known O as O " O The O Gang O " O serve O as O the O main O obstacles O , O and O include O Riff O Rat O and O the O Rats O of O Flatbush O , O Clawd O the O cat O , O Scrapper O the O bulldog B-Application , O Sticky O the O spider B-Protocol , O Slugger O the O bat B-Application , O Big O Al O the O alligator O , O Diamond O Jim O the O snake B-General_Concept , O and O Nite O Owl B-Language . O In O similarity O to O the O SP-808 B-General_Concept installment O , O the O sampler O has O the O D B-General_Concept Beam I-General_Concept feature I-General_Concept , O which O allows O one O to O control O 3 O different O effects O physically O , O including O synth B-Application , O trigger O , O and O filter O . O There O are O several O equivalent O views O of O the O Dirichlet B-General_Concept process I-General_Concept . O A O parallel O database O seeks O to O improve O performance O through O parallelization B-Operating_System for O tasks O such O as O loading O data B-General_Concept , O building O indexes B-Data_Structure and O evaluating O queries B-Library . O In O another O article O the O performance O cost O was O found O to O be O unnoticeable O when O working O with O " O popular O desktop O applications O in O a O reasonable O manner O " O , O but O it B-General_Concept was O noted O that O " O power O users O will O complain O " O . O AMD B-Architecture Athlon I-Architecture and O Athlon B-Architecture XP O CPUs O are O generally O unlocked O by O connecting O bridges O ( O jumper-like O points O ) O on O the O top O of O the O CPU B-General_Concept with O conductive O paint O or O pencil B-Application lead I-Application . O GNU B-Operating_System applications O also O replaced O all O MINIX B-Operating_System components O , O because O it O was O advantageous O to O use O the O freely O available O code O from O the B-Application GNU I-Application Project I-Application with O the O fledgling O operating B-General_Concept system I-General_Concept ; O code O licensed B-License under O the O GNU B-License GPL I-License can O be O reused O in O other O computer O programs O as O long O as O they O also O are O released O under O the O same O or O a O compatible O license O . O Different O levels O of O storage O disaggregation O functionality O exist O , O with O the O most O flexible O , O full O disaggregation O , O enabling O storage B-General_Concept capacity I-General_Concept and/or O performance O to O be O provisioned O from O any O storage O device O to O any O server O on O the O network B-Architecture , O then O expanded O , O shrunk O , O or O reprovisioned O as O new O requirements O emerge O . O HardWare O Specification O of O Banana B-Application pi I-Application BPI-M64CPU O Allwinner B-Architecture 64 O Bit O Quad B-Architecture Core I-Architecture ARM B-Architecture Cortex-A53 O 1.2 O GHz O CPU B-Device GPU B-Architecture Dual B-Architecture core I-Architecture Mali B-General_Concept 400 O MP2 O GPU B-Architecture Memory O 2GB O LPDDR3 O ( O shared O with O GPU B-Architecture ) O Storage O MicroSD O slot O with O support O for O up O to O 256GB O expansion O and O 8GB O eMMC O flash O with O support O for O up O to O 64GB O Network O 10/100/1000 O Mbit/s O Ethernet O + O Wi-Fi O 802.11b/g/n O + O Bluetooth B-Protocol 4.0Video O Input(s ) O A O CSI O input O connector O allows O for O the O connection O of O a O designed O camera O moduleVideo O Output(s ) O 1080p O capable O HDMI B-Protocol port O and O multi-channel O audio O output O ( O NO O H./X.265 O capabilities O ) O Audio O Input(s ) O On O board O microphone O Audio O Output(s ) O 3.5mm O jack O and O HDMI B-Protocol USB B-Protocol ports O USB B-Protocol 2.0 O PORT O ( O x2 O ) O , O USB B-Protocol OTG O ( O x1 O ) O Remote O IR O ReceiverGPIO O 40 O Pin O Header O : O GPIO O ( O x28 O ) O and O Power O ( +5V O , O + O 3.3V O and O GND O ) O . O The O dock O also O includes O two O USB B-Protocol 2.0 O ports O and O one O USB B-Protocol 3.0 O port O . O While O docked B-Device , O the O unit O can O support O resolutions O up O to O 1080p O and O a B-General_Concept maximum O frame O rate O of O 60 O frames O per O second O , O though O the O maximum O resolution B-General_Concept varies O depending O on O the O game O . O The O derivation O is O similar O to O the O scalar-valued O case O Bayesian B-General_Concept interpretation I-General_Concept of I-General_Concept regularization I-General_Concept . O Due O to O limits O in O computing O power O , O current O in O silico O methods O usually O must O trade O speed O for O accuracy O ; O e.g. O , O use O rapid O protein O docking O methods O instead O of O computationally B-General_Concept costly I-General_Concept free O energy O calculations O . O The O Skylake B-Architecture line O of O processors O , O launched O in O August O 2015 O , O retires O VGA B-Protocol support O , O while O supporting O multi-monitor B-General_Concept setups O of O up O to O three O monitors O connected O via O HDMI1.4 O , O DisplayPort1.2 O or O Embedded O DisplayPort B-Protocol ( O eDP O ) O 1.3 O interfaces O . O The O following O models O of O integrated O GPU B-Architecture are O available O or O announced O for O the O Skylake B-Architecture processors O : O The O execution O time O for O an O addition O instruction O ( O " O add O the O contents O of O store O location O x O to O register B-General_Concept y O " O ) O ranged O from O 2.5 O μs O for O a O 1906 O or O 1907 O with O 1.1 O μs O core O store O , O to O 34 O μs O for O a O 1901 O with O 6 O μs O core O store O . O All O machines O except O the O 1901 O were O operated O from O a O modified O Teletype B-Application Model I-Application 33 I-Application ASR O used O to O give O commands O to O the O executive O . O A O range O of O peripherals O was O available O , O including O 80-column B-Architecture card I-Architecture punches O and O readers O , O 8 O track O paper O tape O punches O and O readers O and O solid O barrel O line O printers O . O Magnetic B-Architecture disk I-Architecture storage O became O available O in O 1966 O . O The O 1904E O with O a O floating B-Algorithm point I-Algorithm unit O . O A O 1906E O with O a O special O higher O performance O floating B-Algorithm point I-Algorithm unit O . O The O Ella O Ra O , O Also O known O as O the O Elara-Disk O 128 O , O this O was O a O Russian O clone B-General_Concept , O made O in O 1991 O , O of O the O ZX B-Operating_System Spectrum I-Operating_System 128K O . O It O featured O a O 58-key O keyboard O , O floppy B-Device disk I-Device drive I-Device , O and O ports O for O both O Kempston O and O Sinclair O joysticks B-Device . O The O GrandRomMax O was O a O Russian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System made O in O Moscow O in O 1993 O . O Like O most O computer B-General_Concept algebra I-General_Concept systems I-General_Concept , O Maxima B-Language supports O a O variety O of O ways O of O reorganizing O symbolic O algebraic O expressions O , O such O as O polynomial O factorization O , O polynomial B-Algorithm greatest I-Algorithm common I-Algorithm divisor I-Algorithm calculation O , O expansion O , O separation O into O real O and O imaginary O parts O , O and O transformation O of O trigonometric O functions O to O exponential O and O vice O versa O . O In O mathematics O and O computer B-General_Concept science I-General_Concept , O an O event B-General_Concept structure I-General_Concept represents O a O set O of O events O , O some O of O which O can O only O be O performed O after O another O ( O there O is O a O dependency O between O the O events O ) O and O some O of O which O might O not O be O performed O together O ( O there O is O a O conflict O between O the O events O ) O . O The O interpretation O of O a O p-value B-General_Concept is O dependent O upon O stopping O rule O and O definition O of O multiple O comparison O . O The O superscalar B-General_Concept technique O is O traditionally O associated O with O several O identifying O characteristics O ( O within O a O given O CPU B-General_Concept ) O : O In O contrast O to O the O bit-serial O concept O of O SOLOMON O , O in O ILLIAC B-Device IV I-Device the O PE O 's O were O upgraded O to O be O full O 64-bit B-Device ( O bit-parallel O ) O processors O , O using O 12,000 O gates O and O 2048-words O of O thin-film B-General_Concept memory I-General_Concept . O It O includes O two O 24-bit O registers B-General_Concept , O which O can O also O be O referred O to O as O a O single O 48-bit O register O . O Ron O Amadeo O of O Ars O Technica O noted O that O the O device O 's O unusual O aspect B-General_Concept ratio I-General_Concept resulted O in O pillarboxing O when O watching O 16:9 O video O without O zooming O or O stretching O it O . O PFA O provides O a O way O for O analytic O applications O to O describe O and O exchange O predictive B-General_Concept models I-General_Concept produced O by O analytics O and O machine O learning O algorithms O . O Actian O Vortex O was O later O renamed O to O Actian O Vector O in O Hadoop B-Application . O The O basic O architecture O and O design O principles O of O the O X100 O engine O of O the O VectorWise B-Application database O were O well O described O in O two O Phd O theses O of O VectorWise B-Application founders O Marcin O Żukowski O : O " O Balancing O Vectorized O Query O Execution O with O Bandwidth-Optimized O Storage O " O and O Sandor O Héman O : O " O Updating O Compressed O Column B-General_Concept Stores I-General_Concept " O , O under O supervision O of O another O founder O , O professor O Peter O Boncz O . O Several O new O types O of O non-volatile B-General_Concept RAM I-General_Concept , O which O preserve O data B-General_Concept while O powered O down O , O are O under O development O . O In O some O countries O , O YouTube B-General_Concept is O blocked O for O more O limited O periods O of O time O such O as O during O periods O of O unrest O , O the O run-up O to O an O election O , O or O in O response O to O upcoming O political O anniversaries O . O In O contrast O to O the O old O remote B-Operating_System 's O arrow O button O , O the O fourth O generation O Apple B-Operating_System TV I-Operating_System 's O touch O remote B-Operating_System uses O swipe-to-select O features O , O Siri B-Application support O , O a B-General_Concept built-in O microphone O , O volume O control O over O HDMI B-Protocol CEC O and O IR O , O and O an O accelerometer O ( O IMU O ) O . O Asymmetric B-General_Concept cointegration I-General_Concept comes O from O the O analysis O of O multivariate O combinations O arising O from O the O decomposition O of O the O series O into O positive O and O negative O values O of O its O cumulative O sums O ; O see O Lardic O and O Mignon O ( O 2008 O , O p.484 O ) O . O In O order O to O estimate O the O standard O deviation B-General_Concept of O the O mean O it O is O necessary O to O know O the O standard O deviation B-General_Concept of O the O entire O population O beforehand O . O The O third-level B-Protocol domains I-Protocol , O and O make O use O of O the O SLDs B-Protocol , O and O from O the O ccTLDs B-Application .us B-General_Concept ( O United O States O ) O , O .to B-Protocol ( O Tonga O ) O and O .it B-General_Concept ( O Italy O ) O to O spell O " O delicious B-Application " O , O " O crypto O " O and O " O exploit O " O respectively O . O Schwab O includes O in O this O fourth O era O technologies O that O combine O hardware O , O software O , O and O biology O ( O cyber-physical B-General_Concept systems I-General_Concept ) O , O and O emphasises O advances O in O communication O and O connectivity O . O UnZip B-General_Concept 2.0 O ( O September O 1989 O ) O was O released O by O Samuel O M O . O Smith O . O It O featured O an O Intel B-General_Concept Pentium I-General_Concept M O processor O in O speeds O ranging O from O 1.2 O to O 1.6GHz O in O either O Ultra O Low O Voltage O ( O 1.2GHz O ) O or O Low O Voltage O ( O 1.3GHz O and O up O ) O , O depending O on O mark O of O laptop O . O The O maximum O amount O of O RAM B-Architecture that O Windows B-Application Vista I-Application can O support O varies O , O depending O on O both O its O edition O and O its O processor B-General_Concept architecture O , O as O shown O in O the O table O . O At O the O time O , O AMD O 's O use O of O the O term O multi-core B-Architecture in O practice O meant O dual-core B-Architecture ; O each O physical O Opteron B-General_Concept chip O contained O two O processor B-Architecture cores O . O The O software O based O video O processor O realized O with O FR-V B-General_Concept processors O enabled O a O reprogramming O : O By O using O Motion B-Application JPEG I-Application encoding B-Application with O 24p O frame O rate O , O Nikon B-Algorithm achieved O 720p O HD O video B-General_Concept resolution I-General_Concept . O NNUE B-General_Concept was O invented O by O Yu O Nasu O and O introduced O to O computer B-Application shogi I-Application in O 2018 O . O This O z-score O is O based O on O a O normal O distribution O with O a O mean O of O zero O and O a O standard B-General_Concept deviation I-General_Concept of O one O . O Perhaps O surprisingly O , O the O joint O density O of O the O n O order B-General_Concept statistics I-General_Concept turns O out O to O be O constant O : O Also O priced O at O £92 O , O with O an O upgrade O from O the O earlier O version O costing O £45 O , O the O software O was O regarded O as O not O providing O any O " O giant O leap O forward O in O capability O " O from O similar O products O on O Acorn O 's O 8-bit O computers O , O but O nevertheless O made O the O activities O of O such O a O " O simple O system O " O easier O to O accomplish O on O the O more O capable O hardware O , O lending O itself O to O efficient O use O of O dot-matrix B-General_Concept or O daisywheel O printers O . O ICL O received O the O Queen O 's O Award O for O Technological O Achievement O for O the O Series B-Device 39 I-Device in O 1988 O . O At B-Operating_System the O inception O of O New O Range O development O , O two O operating B-General_Concept systems I-General_Concept were O planned O : O System O B O for O the O large O processors O , O and O System O D O for O the O mid-range O . O System O B O was O subsequently O renamed O VME/B B-General_Concept . O A O third O operating B-General_Concept system I-General_Concept , O System O T O , O was O subsequently O targeted O at B-Operating_System small O machines O . O It O was O first O introduced O in O Office B-Operating_System XP I-Operating_System , O and O was O included O in O Office B-General_Concept 2003 I-General_Concept and O Office B-Application 2007 I-Application . O Although O it O is O not O available O in O Office O 2010 O , O it O is O possible O to O install O it O from O a O previous O version O of O Microsoft B-Application Office I-Application and O use O it O with O Office O 2010 O . O Since O Office B-General_Concept 2003 I-General_Concept Service O Pack O 3 O , O MODI O no O longer O takes O over O the O file O association O with O Tagged O Image O File O Format O ( O TIFF O ) O files O as O part O of O the O Service O Pack O 's O security O changes O . O The O Certified B-General_Concept Wireless I-General_Concept Network I-General_Concept Administrator I-General_Concept ( O CWNA B-General_Concept ) O is O a O foundation O level O certification O from O the O CWNP O that O measures O the O ability O to O administer O any O wireless B-Architecture LAN I-Architecture . O Polygons B-General_Concept that O lie O beyond O the O draw B-General_Concept distance I-General_Concept will O not O be O drawn O to O the O screen O . O The O Rule O book O also O determines O the O period O for O assigning O the O "" O domain O according O to O the O priority O right O , O after O which O the O period O of O free O registration O of O the O "" O domain O will O commence O , O based O on O the O same O or O similar O rules O now O applicable O for O the O .rs B-General_Concept domain O . O The O processor B-General_Concept consistency I-General_Concept model O is O similar O to O PRAM B-General_Concept consistency I-General_Concept model O with O a O stronger O condition O that O defines O all O writes O to O the O same O memory O location O must O be O seen O in O the O same O sequential O order O by O all O other O processes O . O These O registers B-General_Concept include O both O user O and O executive O copies O of O the O A O , O X O , O R O , O and O J O registers B-General_Concept and O many O special O function O executive O registers B-General_Concept . O The O table O on O the O right O shows O the O addresses O ( O in O octal O ) O of O the O user O registers B-General_Concept . O Visual O artists O also O use O projection B-General_Concept mapping I-General_Concept for O creative O expression O , O sometimes O to O enhance O existing O creative O media O such O as O painting O and O drawing O . O But O unlike O a O computer O , O the O model O is O idealized O with O effectively O infinite O registers B-General_Concept ( O and O if O used O , O effectively O infinite O special O registers B-General_Concept such O as O an O accumulator O ) O . O Some O operating B-General_Concept systems I-General_Concept , O such O as O Linux B-Application , O have O the O ability O to O insert O one O while O running O , O like O Adeos B-Operating_System . O An O international O meeting O for O electrowetting B-General_Concept is O held O every O two O years O . O Although O XML B-Protocol data B-General_Concept can O be O stored O in O normal O file B-Application systems I-Application , O it O is O commonly O held O in O relational B-Application databases I-Application to O take O advantage O of O their O " O robust O implementation O verified O by O years O of O both O theoretical O and O practical O effort. O " O Weapons O include O a O sword O , O dagger O , O boomerang B-General_Concept , O staff O , O fireball B-Application , O and O claw B-Application . O Google B-General_Concept Lens I-General_Concept is O an O image O recognition O technology O developed O by O Google B-Application , O designed O to O bring O up O relevant O information O related O to O objects O it O identifies O using O visual O analysis O based O on O a O neural B-Architecture network I-Architecture . O C-like O syntax O . O Exception B-General_Concept handling I-General_Concept . O With O E O low O ( O enable O false O ) O the O latch B-General_Concept is O closed O ( O opaque O ) O and O remains O in O the O state B-Application it O was O left O the O last O time O E O was O high O . O Videos O of O gameplay O captured O and O published O to O YouTube B-General_Concept were O also O removed O . O In O computer B-General_Concept science I-General_Concept , O the O Commentz-Walter B-Algorithm algorithm I-Algorithm is O a O string B-Algorithm searching I-Algorithm algorithm I-Algorithm invented O by O Beate O Commentz-Walter O . O The O low-end O X51 O has O an O Intel B-Application XScale I-Application processor B-General_Concept running O at O 416MHz O , O 128MB O flash O ROM O , O and O had O a O list O price O of O $299 O ( O before O being O discontinued O ) O . O The O mid-range O model O also O has O 128MB O flash O ROM O , O a O 520MHz O processor B-General_Concept , O and O retailed O for O $299 O ( O from O dell.com O or O £245.58 O on O www.dell.co.uk O ) O . O According O to O Fils-Aimé O , O when O it O became O apparent O that O the B-Operating_System Wii I-Operating_System U O 's O life O cycle O performance O would O underperform O the O company O 's O expectations O , O the O Switch O became O a B-General_Concept " O make O or O break O product O " O for O Nintendo O . O The O Advanced O Micro O Devices O Opteron B-General_Concept , O the O first O model O of O which O was O released O in O 2003 O , O introduced O x86-64 B-Device , O the O 64-bit O version O of O the O x86 B-Operating_System instruction B-General_Concept set I-General_Concept ; O in O x86-64 B-Device , O the O general-purpose O registers O were O extended O to O 64 O bits O , O and O eight O additional O general-purpose O registers O were O added O ; O the O memory O address O of O an O operand O is O the O sum O of O two O of O those O 16 O registers O and O a O displacement O . O virtualizing B-General_Concept IP B-Protocol and O Fibre B-Architecture Channel I-Architecture storage O networking O ; O It B-General_Concept is O not O a O specialty O with O wide O industry O recognition O and O is O often O performed O on O an O ad O hoc O basis O by O members O of O software O development O or O content O production O or O marketing O staff O , O but O is O beginning O to O be O recognized O as O a O necessary O function O in O any O complex O content-centric O project O involving O both O content O production O as O well O as O software O system O development O mainly O involving O content B-Protocol management I-Protocol systems I-Protocol ( O CMS O ) O or O digital O experience O platforms O ( O DXP O ) O . O As O the O downside O , O original O versions O of O patched O kernel B-Operating_System functions O may O be O required O to O be O maintained O for O extended O periods O of O time O in O case O there O are O processes B-Operating_System that O remain O for O too O long O within B-Operating_System the I-Operating_System kernel I-Operating_System space I-Operating_System ; O for O example O , O a O process B-Operating_System may O wait O for O I/O B-General_Concept on O a O network B-Protocol socket I-Protocol . O Recently O , O a O lot O of O research O has O been O carried O out O in O the O DCT B-General_Concept domain O . O The O term O is O often O assumed O to O imply O or O include O the O processing B-Algorithm , O compression B-General_Concept , O storage O , O printing O and O display B-Device of O such O images O . O The O Energy B-General_Concept Logic I-General_Concept data B-Operating_System center I-Operating_System efficiency O model O was O developed O based O on O research O and O modeling O of O a O 5,000 O square O foot O data B-Operating_System center I-Operating_System , O including O average O IT O equipment O densities O , O common O data B-Operating_System center I-Operating_System and O facility O infrastructures O ( O power O , O cooling O , O etc O . O ) O The O word B-General_Concept processing I-General_Concept machinethe O Wang O 1200 O WPSwas O introduced O in O June O 1976 O and O was O an O instant O success O , O as O was O its O successor O , O the O 1977 O Wang O OIS O ( O Office O Information O System O ) O . O However O , O this O places O a O permanent O flash B-Operating_System cookie I-Operating_System on O the O computer O , O informing O all O other O websites O that O the O user O does O not O want O flash B-Operating_System cookies I-Operating_System stored O on O their O computer O . O There O are O several O other O types O of O Photoshop B-Operating_System plugin I-Operating_System . O In O the O meantime O , O AliOS B-Protocol Things O , O as O a O lightweight O IoT B-Operating_System embedded O operating O system O for O the O IoT B-Operating_System field O , O would O be O suitable O for O all O kinds O of O small O loT O devices O , O and O can O be O widely O used O in O smart O home O , O smart O city O , O new O travel O and O other O fields O . O The O Panasonic B-Algorithm Lumix I-Algorithm DC-G9 I-Algorithm is O a O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System mirrorless O interchangeable O lens O camera O body O announced O by O Panasonic O at O the O end O of O 2017 O . O This O was O the O last O game O released O for O the O Xbox B-Operating_System in O Asia O . O It O remained O as O a O perpetual B-General_Concept beta I-General_Concept until O its O closure O on O March O 31 O , O 2015 O . O Home O was O available O directly O from O the O PlayStation B-Operating_System 3 I-Operating_System XrossMediaBar B-Device . O It O has O been O chosen O as O the O default O algorithm O for O method O resolution O in O Python B-Language 2.3 O ( O and O newer O ) O , O Raku B-Application , O Parrot B-Language , O Solidity B-Protocol , O and O PGF/TikZ B-Operating_System ' O s O Object-Oriented B-Language Programming I-Language module O . O Emulator B-Application Latest O version O Released O Guest O emulation B-Application capabilities O Host O Operating O System O License O A8E O 0.2 O Atari B-Device 800XL I-Device Windows B-Application GPL B-License ACE O 0.3 O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device Linux B-Application Open B-License source I-License Altirra O 4.00 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Windows B-Application GPL B-License Atari800Win O PLus O 4.0 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Windows B-Application GPL B-License Atari800 O 3.1.0 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Cross-platform B-Operating_System GPL B-License Atari800 O 2.1.0 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Dingoo B-Device GPL B-License Atari800 O 1.2 O for O GP O , O 1.5 O for O Pandora B-Device Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept GP32 B-Device , O GP2X B-Device , O Gizmondo B-Device , O Pandora B-Device ( O console O ) O GPL B-License Atari800 O DC O 0.78 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Dreamcast B-Operating_System GPL B-License Atari800MacX O 5.0.1 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Mac B-Operating_System OS I-Operating_System X I-Operating_System GPL B-License Atari800 O PSP B-Operating_System 2.1.0.1 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept PSP B-Operating_System GPL B-License AtariXLBox O 7 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Xbox B-Application GPL B-License Atari++ O 1.81 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Cross-platform B-Operating_System Custom O , O GPL B-License EMUAPC O 0.92 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device DOS B-Device Commercial B-Application kat5200 O 0.8.1 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Windows B-Application , O Linux B-Application GPL B-License Rainbow O 2.2 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Windows B-Application , O Mac B-Application OS I-Application , O OS B-Operating_System X I-Operating_System Freeware B-License MAME B-Device ( O formerly O MESS B-Application ) O Various O computers O , O consoles O , O and O arcade O systems O Cross-platform B-Operating_System New O BSD B-Operating_System , O GPLv2 O or O later O NAAE O 1.0 O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Windows B-Application Freeware B-License Pokey O 0.62 O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-General_Concept 5200 I-General_Concept DOS B-Device Freeware B-License PokeyDS O 1.1 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Nintendo B-Device DS I-Device GPL B-License WiiXL O 0.1 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device , O Atari B-General_Concept 5200 I-General_Concept Wii B-Operating_System GPL B-License Xformer O 10.00 O Atari O 400 O , O Atari B-Device 800 I-Device , O Atari B-Device 800XL I-Device , O Atari B-Device 130XE I-Device Atari B-Device ST I-Device , O DOS B-Device , O Windows B-Application , O OS/2 O Freeware B-License XL-it O ! O The O game O was O released O worldwide O on O November O 25 O , O 2014 O for O PC B-Device , O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Operating_System 4 I-Operating_System and O November O 26 O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O Xbox B-Device One I-Device . O NVE O is O licensed O , O but O free O features O compatible O nearly O with O all O NetApp O ONTAP B-Operating_System features O and O protocols O . O Caffeine B-Application was O released O in O five O episodes O for O Microsoft B-Application Windows I-Application , O OS B-Operating_System X I-Operating_System , O Linux B-Application on O 5 O October O 2015 O , O although O it O has O yet O to O release O any O episodes O after O the O first O . O Phylo B-Operating_System uses O human-based O computation O to O create O an O interactive O genetic O algorithm O to O solve O the O multiple O sequence O alignment O problem O instead O . O ScrapBook B-Operating_System X O AutoSave O , O which O automatically O captures O webpages O on O browsing O them O . O Most O data B-Operating_System parallel I-Operating_System hardware O supports O only O a O fixed O number O of O parallel O levels O , O often O only O one O . O The O only O MSX B-Operating_System emulators B-Application available O were O fMSX B-Device and O CJS O MSX B-Operating_System . O OmniOutliner B-Operating_System 's O document O format O is O proprietary O , O but O it O can O export O to O OPML B-Application , O HTML O , O DOCX O , O and O several O text O and O rich O text O formats O . O Adobe B-Operating_System Prelude I-Operating_System is O a O discontinued O ingest O and O logging O software O application O for O tagging O media O with O metadata O for O searching O , O post-production O workflows O , O and O footage O lifecycle O management O . O As O WWIV B-Operating_System evolved O so O did O StarDoc B-Protocol 134 I-Protocol ; O doors O and O modules O were O updated O to O expand O the O BBS O . O In O 2014 O , O Mark O Shuttleworth O , O founder O of O the O Ubuntu B-Operating_System Linux I-Operating_System distribution I-Operating_System , O compared O ACPI B-Device with O Trojan O horses O . O The O game O was O first O released O on O Mac B-Operating_System OS I-Operating_System X I-Operating_System and O Microsoft B-Application Windows I-Application and O was O ported O to O iOS B-Application and O Android B-Application later O . O RDMA B-Operating_System over I-Operating_System Converged I-Operating_System Ethernet I-Operating_System ( O RoCE O ) O or O InfiniBand B-Operating_System over I-Operating_System Ethernet I-Operating_System ( O IBoE B-Operating_System ) O is O a O network O protocol O that O allows O remote B-General_Concept direct I-General_Concept memory I-General_Concept access I-General_Concept ( O RDMA B-General_Concept ) O over O an O Ethernet O network O . O Load B-Application balancing I-Application , O however O , O sometimes O uses O data B-Architecture replication I-Architecture ( O especially O multi-master B-Operating_System replication I-Operating_System ) O internally O , O to O distribute O its O data O among O machines O . O A O default O cross-platform B-Operating_System look B-Application and I-Application feel I-Application , O called O Metal O ( O see O ) O . O All O configurations O can O be O upgraded O to O Windows B-Operating_System 10 I-Operating_System Pro O for O an O additional O $50 O . O The O ASCII B-General_Concept Corporation I-General_Concept R800 I-General_Concept was O a O fast O 16-bit O processor O used O in O MSX B-Operating_System TurboR I-Operating_System computers O ; O it O was O software- O , O but O not O hardware-compatible O with O the O Z80 B-General_Concept ( O signal O timing O , O pinout O & O function O of O pins O differ O from O the O Z80 B-General_Concept ) O . O The O fact O that O SS2PL O employed O in O multi O database B-Application systems I-Application ensures O global B-Operating_System serializability I-Operating_System has O been O known O for O years O before O the O discovery O of O CO O , O but O only O with O CO O came O the O understanding O of O the O role O of O an O atomic B-Operating_System commitment I-Operating_System protocol O in O maintaining O global B-Operating_System serializability I-Operating_System , O as O well O as O the O observation O of O automatic O distributed O deadlock B-Operating_System resolution O ( O see O a O detailed O example O of O Distributed O SS2PL O ) O . O It O is O the O sequel O to O BioWare O 's O Star B-Application Wars I-Application : I-Application Knights I-Application of I-Application the I-Application Old I-Application Republic I-Application and O was O released O for O the O Xbox B-Device on O December O 6 O , O 2004 O , O for O Microsoft B-Application Windows I-Application on O February O 8 O , O 2005 O , O for O OS B-Operating_System X I-Operating_System and O Linux B-Application on O July O 21 O , O 2015 O , O for O Android B-Application and O iOS B-Application on O December O 18 O , O 2020 O and O for O Nintendo B-Application Switch I-Application on O June O 8 O , O 2022 O . O A O Carbon B-Operating_System ( O OS O X B-Operating_System ) O port O is O underway O . O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System holds O a O 86% O rating O on O GameRankings O . O The O fourth O expansion O , O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Planes I-Operating_System of I-Operating_System Power I-Operating_System , O was O released O on O October O 29 O , O 2002 O . O The O expansion O comprises O an O assortment O of O otherworldly O planes O that O do O not O exist O in O a O planetary O sense O within O the O EverQuest B-Protocol universe O . O The O primary O goal O , O or O end-quest O , O of O The B-Operating_System Planes I-Operating_System of I-Operating_System Power I-Operating_System is O access O to O the O Plane O of O Time O . O The B-Operating_System Planes I-Operating_System of I-Operating_System Power I-Operating_System holds O a O 83% O rating O on O GameRankings O . O The B-Operating_System Planes I-Operating_System of I-Operating_System Power I-Operating_System was O a O nominee O for O PC O Gamer O USs O " O 2002 O Best O Expansion O Pack O " O award O , O which O ultimately O went O to O Tom B-Application Clancy I-Application 's I-Application Ghost I-Application Recon I-Application : I-Application Island I-Application Thunder I-Application and O Desert B-Application Siege I-Application ( O tie O ) O . O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Legacy I-Operating_System of I-Operating_System Ykesha I-Operating_System was O released O 5 O months O after O the O fourth O expansion O , O the O shortest O gap O yet O at O the O time O . O Xilinx O FPGAs B-Architecture can O run O a O regular O embedded O OS O ( O such O as O Linux B-Application or O vxWorks B-Operating_System ) O and O can O implement O processor O peripherals O in O programmable O logic O . O The O prototype O used O Nvidia B-Operating_System PhysX I-Operating_System and O an O Apex O physics O engine O with O ragdoll O physics O for O the O goat O and O human O models O within O Unreal B-Operating_System Engine I-Operating_System 3 O , O a O game O engine O they O were O familiar O with O from O the O Sanctum O series O . O Starting O with O ONTAP B-Operating_System version O 9.5 O similar O functionality O was O introduced O under O FlexCache O name O . O However O , O the O Autumn O 2009 O update O to O the B-Operating_System Wii I-Operating_System 's O Internet B-Protocol Channel I-Protocol resulted O in O the O iPlayer B-Application no O longer O working O on O updated O consoles O . O This O acquisition O infused O Microware B-Operating_System with O capital O and O allowed O Microware B-Operating_System to O continue O OS-9 B-Operating_System development O and O support O . O In O early O days O , O the O user B-Operating_System space I-Operating_System programs O that O wanted O to O use O the O graphical O framebuffer B-Algorithm were O also O responsible O for O providing O the O mode-setting B-Operating_System operations O , O and O therefore O they O needed O to O run O with O privileged O access O to O the O video O hardware O . O In O Unix-type O operating O systems O , O the O X B-Operating_System Server I-Operating_System was O the O most O prominent O example O , O and O its O mode-setting B-Operating_System implementation O lived O in O the O DDX O driver O for O each O specific O type O of O video B-Device card I-Device . O This O approach O , O later O referred O as O User B-Operating_System space I-Operating_System Mode-Setting B-Operating_System or O UMS O , O poses O several O issues O . O Prior O to O version O 6.0 O only O one O ACS O was O able O to O be O stored O in O the O file B-Operating_System , O however O after O 6.0 O was O released O more O than O one O ACS O page O could O be O associated O with O a O file B-Operating_System at O any O one O time O . O However O , O such O an O implementation O may O require O more O memory B-General_Concept than O a O spinlock B-Operating_System , O be O slower O to O allow O progress O after O unlocking O , O and O may O not O be O implementable O in O a O high-level O language O if O out-of-order B-General_Concept execution I-General_Concept is O allowed O . O Tommy O Tallarico O , O a O video O game O composer O , O bought O a O stake O in O the O company O that O owned O the O branding O for O Intellivision B-Operating_System , O and O then O in O May O 2018 O , O announced O a O planned O relaunch O of O the O Intellivision B-Operating_System ( O which O would O later O be O named O the O Amico O ) O . O It O requires O Windows B-Device 7 I-Device , O Windows B-Device Server I-Device 2008 I-Device R2 I-Device , O Windows B-Application 8 I-Application , O or O Windows B-Operating_System 10 I-Operating_System . O Fourth-generation O and O newer O Apple B-Device TVs I-Device can O control O HomeKit B-Operating_System devices O using O Siri B-Application voice O commands O . O Some O routes O can O be O found O by O simply O driving O towards O them O or O smashing O through O an O obstacle O , O while O others O require O the O player O to O drive O over O green O powerups B-Operating_System which O lower O gates O or O raise O ramps O . O The O windowing O system O places O messages O indicating O user O or O other O events O , O such O as O timer O ticks O or O messages O sent O by O other O threads B-Operating_System , O into O the O message B-Operating_System queue I-Operating_System . O The O game O exists O also O in O a O version O for O computers O ZX B-Operating_System Spectrum I-Operating_System and O compatible O . O Safari O 13 O was O released O on O September O 20 O , O 2019 O , O on O macOS B-Device Mojave I-Device and O macOS B-Operating_System High I-Operating_System Sierra I-Operating_System , O and O later O shipped O with O macOS B-Device Catalina I-Device . O User O interfaces O can O easily O be O created O with O Visual O Studio O by O placing O .NET B-Operating_System Compact I-Operating_System Framework I-Operating_System controls I-Operating_System like O buttons O , O text O boxes O , O etc O . O Then O the O authenticated O applications O can O render O or O make O computations O using O a O restricted O version O of O the O DRM O API B-Application without O privileged O operations O . O This O design O imposes O a O severe O constraint O : O there O must O always O be O a O running O graphics O server O ( O the O X B-Operating_System Server I-Operating_System , O a O Wayland B-Language compositor O , O ... O ) O acting O as O DRM-Master O of O a O DRM O device O so O that O other O user B-Operating_System space I-Operating_System programs O can O be O granted O the O use O of O the O device O , O even O in O cases O not O involving O any O graphics O display O like O GPGPU B-Architecture computations O . O The O " O render O nodes O " O concept O tries O to O solve O these O scenarios O by O splitting O the O DRM O user B-Operating_System space I-Operating_System API B-Application into O two O interfaces O – O one O privileged O and O one O non-privileged O – O and O using O separate O device B-Application files I-Application ( O or O " O nodes O " O ) O for O each O one O . O The O last O major O version O of O IRIX B-Operating_System is O 6.5 O , O released O in O May O 1998 O . O A O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept made O by O Zaxxon O . O The O SpeccyBob O is O a O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept built O entirely O around O standard O 74HC O TTL B-General_Concept chips O and O a O programmable O EPROM B-General_Concept . O is O a O 2014 B-Application rhythm O game O created O by O Sega O and O Crypton O Future O Media O for O the O PlayStation B-Device Vita I-Device and O PlayStation B-Operating_System 3 I-Operating_System , O and O is O the O direct O sequel O to O Hatsune B-Application Miku I-Application : I-Application Project I-Application DIVA I-Application F I-Application . O The O Vita O version O of O the O game O is O compatible O with O the O PlayStation B-Device Vita I-Device TV I-Device system O . O It O also O supports O an O application B-Application programming I-Application interface I-Application ( O API B-Application ) O of O about O 30 O kernel B-Operating_System calls O that O authorized O servers B-Application and O drivers O can O make O . O Third-party O apps O would O need O to O be O rewritten O for O Yellow O Box O to O take O advantage O of O Rhapsody B-Operating_System 's O new O features O . O Major O grid O middlewares B-General_Concept are O Globus O Toolkit O , O gLite B-Operating_System , O and O UNICORE B-General_Concept . O BDB O runs O on O a O wide O variety O of O operating B-General_Concept systems I-General_Concept including O most O Unix-like B-Operating_System and O Windows B-Application systems O , O and O real-time B-Operating_System operating I-Operating_System systems I-Operating_System . O It O can O be O used O for O testing O and O demonstrating O X11 B-Operating_System applications O . O MySQL B-Application v4.0.16 O and O PHP B-Application v4.3.7 O are O also O included O . O The O 10.4 O release O ( O April O 29 O , O 2005 O ) O adds O 64-bit B-Device application O support O , O Access O Control O Lists O , O Xgrid B-Operating_System , O link B-Architecture aggregation I-Architecture , O e-mail O spam O filtering O ( O SpamAssassin B-Language ) O , O virus O detection O ( O ClamAV B-Application ) O , O Gateway O Setup O Assistant O , O and O servers O for O Software O Update O , O iChat B-Application Server I-Application using O XMPP B-Protocol , O Boot O Camp O Assistant O , O Dashboard O , O and O Weblog O Server O based O on O the O open-source B-License Blojsom O project O ( O Java B-Language ) O . O Oubliette O was O written O by O Jim O Schwaiger O and O published O on O the O PLATO B-Operating_System system I-Operating_System in O 1977 O . O Standard B-Operating_System Apple I-Operating_System Numerics I-Operating_System Environment I-Operating_System ( O SANE O ) O was O Apple O Computer O 's O software O implementation O of O IEEE O 754 O floating-point B-Algorithm arithmetic I-Algorithm . O Furthermore O , O because O AssemblyScript B-Application was O designed O to O be O an O optimal O source O language O for O WebAssembly B-Language , O the O language O ’s O type O system O closely O reflects O that O of O WebAssembly B-Language , O and O the O language O provides O standard O low-level O functions O ( O typically O implemented O as O macros O ) O that O map O directly O to O WebAssembly B-Language instructions O that O mirror O instructions O available O on O modern O processors O such O as O SIMD B-Device and O vector B-Operating_System instructions O and O more O specialized O instructions O such O as O clz O ( O count O leading O zero O bits O ) O , O ctz O ( O count O trailing O zero O bits O ) O , O and O popcnt O ( O population O count O ) O , O used O in O applications O such O as O encryption O and O cryptographic O libraries O . O Retrospectively O , O the O Neo B-Operating_System Geo I-Operating_System and O Wii O releases O hold O a O 38% O score O on O the O video O game O review O aggregator O GameRankings O , O based O on O three O reviews O . O Using O fine O grains O or O small O tasks O results O in O more O parallelism B-Operating_System and O hence O increases O the O speedup B-Operating_System . O , O introduced O in O Mac B-Operating_System OS I-Operating_System X I-Operating_System 10.2 I-Operating_System , O transforms O the O object O into O an O . O The O C B-Operating_System shell I-Operating_System implements O a O 32-bit O integer O expression O grammar O with O operators O borrowed O from O C B-Language but O with O a O few O additional O operators O for O string O comparisons O and O filesystem O tests O , O e.g. O , O testing O for O the O existence O of O a O file O . O Win B-Application 13 O Might B-Application and I-Application Magic I-Application Heroes I-Application VI I-Application Win B-Application 16 O Skylanders B-Application : I-Application Spyro I-Application 's I-Application Adventure I-Application Win B-Application , O 3DS B-Operating_System , O PS3 B-Operating_System , O Wii B-Operating_System , O X360 B-Operating_System 18 O Batman B-Application : I-Application Arkham I-Application City I-Application PS3 B-Operating_System , O X360 B-Operating_System Beat O Hazard O Ultra O PS3 B-Operating_System Ben B-Application 10 I-Application : I-Application Galactic I-Application Racing I-Application PS3 B-Operating_System , O X360 B-Operating_System , O NDS B-Device , O Wii B-Operating_System , O 3DS B-Operating_System Dungeon B-Application Defenders I-Application PSN B-Device Everybody B-Application Dance I-Application PS3 B-Operating_System JASF B-Application : I-Application Jane I-Application 's I-Application Advanced I-Application Strike I-Application Fighters I-Application Win B-Application , O PS3 B-Operating_System , O X360 B-Operating_System Okabu O PS3 B-Operating_System Payday B-Application : I-Application The I-Application Heist I-Application PSN B-Device PowerUp B-Device Heroes I-Device X360 B-Operating_System Ratchet B-Application & I-Application Clank I-Application : I-Application All I-Application 4 I-Application One I-Application PS3 B-Operating_System Rocketbirds B-Application : I-Application Hardboiled I-Application Chicken I-Application PS3 B-Operating_System Rocksmith B-Application PS3 B-Operating_System , O X360 B-Operating_System The B-Device Sims I-Device 3 I-Device : I-Device Pets I-Device Mac B-Operating_System , O Win B-Application Tropico B-Application 4 I-Application X360 B-Operating_System 19 O Dungeon B-Application Defenders I-Application Win B-Application , O XBLA B-Device 20 O Payday B-Application : I-Application The I-Application Heist I-Application Win B-Application Cities B-Application XL I-Application 2012 I-Application Win B-Application Fruit B-Application Ninja I-Application : I-Application Puss I-Application in I-Application Boots I-Application iOS B-Application Rugby B-Application Challenge I-Application Win B-Application , O PS3 B-Operating_System , O X360 B-Operating_System 21 O Football B-Application Manager I-Application 2012 I-Application Win B-Application , O Mac B-Operating_System FIFA O Manager O 12 O Win B-Application 24 O Kirby B-Application 's I-Application Return I-Application to I-Application Dream I-Application Land I-Application Wii B-Operating_System Serious B-Application Sam I-Application : I-Application The I-Application Random I-Application Encounter I-Application Win B-Application 25 O Arcania B-Application : I-Application Fall I-Application of I-Application Setarrif I-Application Win B-Application Battlefield O 3 O Win B-Application , O PS3 B-Operating_System , O X360 B-Operating_System Blackwater B-Application X360 B-Operating_System Captain B-Device America I-Device : I-Device Super I-Device Soldier I-Device 3DS B-Operating_System Centipede B-Application : I-Application Infestation I-Application Wii B-Operating_System The B-Application Cursed I-Application Crusade I-Application Win B-Application , O PS3 B-Operating_System , O X360 B-Operating_System Dance B-Application Central I-Application 2 I-Application X360 B-Operating_System Disney B-Application Universe I-Application Win B-Application , O Mac B-Operating_System , O Wii B-Operating_System , O PS3 B-Operating_System , O X360 B-Operating_System Infamous B-Application : I-Application Festival I-Application of I-Application Blood I-Application PS3 B-Operating_System Invizimals B-Device : I-Device Shadow I-Device Zone I-Device PSP B-Operating_System Just B-Application Dance I-Application Kids I-Application 2 I-Application PS3 B-Operating_System , O Wii B-Operating_System , O X360 B-Operating_System PixelJunk B-Device SideScroller I-Device PS3 B-Operating_System Puss B-Application in I-Application Boots I-Application PS3 B-Operating_System , O NDS B-Device , O Wii B-Operating_System , O X360 B-Operating_System Stronghold B-Application 3 I-Application Win B-Application House B-Application of I-Application the I-Application Dead I-Application : I-Application Overkill I-Application PS3 B-Operating_System 26 O Shadowgun B-Application Win B-Application Renegade B-Device Ops I-Device Win B-Application 27 O Modern B-Application Combat I-Application 3 I-Application : I-Application Fallen I-Application Nation I-Application iOS B-Application Shantae B-Device : I-Device Risky I-Device 's I-Device Revenge I-Device iOS B-Application 28 O Sword B-Application of I-Application the I-Application Stars I-Application II I-Application : I-Application The I-Application Lords I-Application of I-Application Winter I-Application Win B-Application NOVEMBER O 1 O Cars B-Application 2 I-Application 3DS B-Operating_System Cabela O 's O Adventure O Camp O PS3 B-Operating_System , O Wii B-Operating_System , O X360 B-Operating_System Cabela B-Application 's I-Application Survival I-Application : I-Application Shadows I-Application of I-Application Katmai I-Application Wii B-Operating_System , O PS3 B-Operating_System , O X360 B-Operating_System Centipede B-Application : I-Application Infestation I-Application 3DS B-Operating_System Disney B-Application Princess I-Application : I-Application Enchanting I-Application Storybooks I-Application NDS B-Device , O Wii B-Operating_System GoldenEye B-Application 007 I-Application Reloaded I-Application PS3 B-Operating_System , O X360 B-Operating_System Harvest B-Application Moon I-Application : I-Application The I-Application Tale I-Application of I-Application Two I-Application Towns I-Application 3DS B-Operating_System Hydrophobia O Prophecy O PS3 B-Operating_System James B-Application Noir I-Application 's I-Application Hollywood I-Application Crimes I-Application 3DS B-Operating_System Jimmie B-Application Johnson I-Application 's I-Application Anything I-Application with I-Application an I-Application Engine I-Application PS3 B-Operating_System , O Wii B-Operating_System , O X360 B-Operating_System The B-Application Lord I-Application of I-Application the I-Application Rings I-Application : I-Application War I-Application in I-Application the I-Application North I-Application Win B-Application , O PS3 B-Operating_System , O X360 B-Operating_System NASCAR B-Application Unleashed I-Application PS3 B-Operating_System , O X360 B-Operating_System , O 3DS B-Operating_System , O Wii B-Operating_System Pac-Man B-Application Party I-Application 3D I-Application 3DS B-Operating_System Raving B-Application Rabbids I-Application : I-Application Alive I-Application & I-Application Kicking I-Application X360 B-Operating_System Sonic B-Application Generations I-Application PS3 B-Operating_System , O X360 B-Operating_System Team O Umizoomi O NDS B-Device To B-Application the I-Application Moon I-Application Win B-Application Twister B-Application Mania I-Application X360 B-Operating_System Uncharted B-Application 3 I-Application : I-Application Drake I-Application 's I-Application Deception I-Application PS3 B-Operating_System 2 O BurgerTime O : O World O Tour O XBLA B-Device Escape B-Application Goat I-Application Win B-Application , O XBLA B-Device 4 O Sonic B-Application Generations I-Application Win B-Application Stealth B-Application Bastard I-Application Win B-Application 8 O Call B-Application of I-Application Duty I-Application : I-Application Modern I-Application Warfare I-Application 3 I-Application Win B-Application , O PS3 B-Operating_System , O X360 B-Operating_System , O Wii B-Operating_System Call B-Application of I-Application Duty I-Application : I-Application Modern I-Application Warfare I-Application 3 I-Application : I-Application Defiance I-Application NDS B-Device Cars B-Application 2 I-Application PSP B-Operating_System Cave B-Application Story I-Application 3D I-Application 3DS B-Operating_System Deepak O Chopra O 's O Leela O Wii B-Operating_System , O X360 B-Operating_System Happy O Feet O Two O : O The O Video O Game O 3DS B-Operating_System , O NDS B-Device , O PS3 B-Operating_System , O Wii B-Operating_System , O X360 B-Operating_System L.A. B-Application Noire I-Application Win B-Application Max B-Application & I-Application the I-Application Magic I-Application Marker I-Application NDS B-Device Metal B-Application Gear I-Application Solid I-Application HD I-Application Collection I-Application PS3 B-Operating_System , O X360 B-Operating_System Michael B-Application Jackson I-Application : I-Application The I-Application Experience I-Application 3DS B-Operating_System Nickelodeon O Dance O Wii B-Operating_System , O X360 B-Operating_System Otomedius B-Application Excellent I-Application X360 B-Operating_System Self-Defense B-Application Training I-Application Camp I-Application X360 B-Operating_System SpongeBob B-Application 's I-Application Surf I-Application & I-Application Skate I-Application Roadtrip I-Application NDS B-Device , O X360 B-Operating_System The B-Application Black I-Application Eyed I-Application Peas I-Application Experience I-Application X360 B-Operating_System 10 O Freakyforms B-Device : I-Device Your I-Device Creations I-Device , I-Device Alive I-Device ! I-Device The O game O won O numerous O awards O , O including O Gamecenter B-Operating_System 's O 1997 O " O Game O of O the O Year O " O and O tied O at O AIAS O ' O 1st O Annual O Interactive O Achievement O Awards O for O " O Computer O Strategy O Game O of O the O Year O " O with O StarCraft B-Application and O was O also O nominated O for O " O Interactive O Title O of O the O Year O " O . O Age B-Application of I-Application Empires I-Application was O a O runner-up O for O Computer O Gaming O Worlds O 1997 O " O Strategy O Game O of O the O Year O " O award O , O which O ultimately O went O to O Myth B-Application : I-Application The I-Application Fallen I-Application Lords I-Application . O The O adapter O works O with O every O PlayStation B-Operating_System 3 I-Operating_System model O , O regardless O of O whether O it O is O compatible O with O PlayStation B-Device 2 I-Device games O or O not O . O Normal O Notepad O and O Scrapbook O icons O will O have O specific O icons O under O System B-Operating_System 7 I-Operating_System , O or O little O Macintosh B-Device icons O under O System B-Protocol 6 I-Protocol . O This O definition O of O reentrancy B-Operating_System differs O from O that O of O thread-safety B-Operating_System in O multi-threaded O environments O . O Fontographer B-Operating_System ( O FOG O ) O is O a O font O editor O for O Windows O and O macOS B-Application ; O it O is O used O to O create O digital O fonts O . O In O accordance O with O the O license O rules O , O LKMs O using O only O a O public O subset O of O the O kernel B-Operating_System interfaces O are O non-derived O works O , O thus O Linux B-Application gives O system O administrators O the O mechanisms O to O load O out-of-tree O binary O objects O into O the O kernel B-Operating_System address O space O . O There O are O some O out-of-tree O loadable O modules B-Application that O make B-Application legitimate O use O of O the O dma_buf O kernel B-Operating_System feature O . O To O serve O the O functionality O of O the O Macintosh B-Operating_System operating I-Operating_System systems I-Operating_System ( O and O because O of O historical O differences O ) O , O the O Apple B-Device Keyboard I-Device 's O layout O differs O somewhat O from O that O of O the O ubiquitous O IBM B-Device PC I-Device keyboard I-Device , O mainly O in O its O modifier B-Device and O special O keys O . O It O was O developed O in O C++ O for O cross-platform O support O because O Windows O NT O supported O RISC O processors O and O prior O versions O of O the O game O contained O x86 B-Operating_System assembly O language O and O 16-bit O logic O . O In O July O 1998 O , O Redbus B-Application Interhouse I-Application Limited O was O incorporated O , O and O commenced O operations O in O its O first O data B-Operating_System centre I-Operating_System in O London O Docklands O in O July O 1999 O . O mg B-Application , O originally O called O MicroGnuEmacs B-Application ( O and O later O changed O at O the O request O of O Richard O Stallman O ) O , O is O a O public-domain O text B-Application editor I-Application that O runs O on O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O Also O in O the O year O 2008 O the O new O DRI2 B-Application was O introduced O to O replace O DRI B-Application , O and O with O it O a O new O model O based O in O the O Kernel B-Operating_System mode-setting I-Operating_System . O Taverna O workflows B-Operating_System do O not O need O to O be O executed O within O the O Taverna B-Application Workbench I-Application . O allows O userland O processes O to O control O PF B-Protocol through O an O interface B-Application . O provides O access O to O devices O otherwise O not O found O as O nodes O , O used O by O to O implement O RAID B-Architecture management O in O OpenBSD B-Operating_System and O NetBSD B-Device . O used O by O NetBSD B-Device 's O envsys B-Device framework O for O hardware B-Application monitoring I-Application , O accessed O in O the O userland O through O by O the O utility O . O Nodes O are O created O by O the O system B-Operating_System call I-Operating_System . O The O official O implementation O is O available O in O a O variety O of O languages O such O as O C B-Language , O C++ B-Language , O C# B-Application , O D B-Application , O Erlang B-Operating_System , O Go B-Application , O Haskell B-Language , O Java B-Language , O JavaScript B-Language ( O NodeJS B-Language ) O , O Lua B-Language , O OCaml B-Language , O Perl B-Language , O PHP B-Application , O Python B-Language , O Ruby B-Language , O Scala B-Application , O Smalltalk B-Application , O and O Swift B-Application . O A O deadlock B-Operating_System is O resolved O by O aborting O a O transaction O involved O with O such O potential O cycle O , O and O breaking O the O cycle O . O When O Chrome B-Operating_System detects O a O foreign O language O other O than O the O user O 's O preferred O language O set O during O the O installation O time O , O it O asks O the O user O whether O or O not O to O translate O . O Find B-Operating_System My I-Operating_System iPhone I-Operating_System was O enhanced O and O merged O into O the O app O Find B-Operating_System My I-Operating_System in O iOS B-Operating_System 13 I-Operating_System and O iPadOS B-Operating_System 13 I-Operating_System in O 2019 O . O The O iPhone B-Operating_System 12 I-Operating_System Mini I-Operating_System has O a O 8.57 O Wh O ( O 2,227 O mAh O ) O battery O . O Alternatively O , O in O a O write-back O or O copy-back O cache B-General_Concept , O writes O are O not O immediately O mirrored O to O the O main O memory O , O and O the O cache B-General_Concept instead O tracks O which O locations O have O been O written O over O , O marking O them O as O dirty B-Operating_System . O The O data B-General_Concept in O these O locations O is O written O back O to O the O main O memory O only O when O that O data B-General_Concept is O evicted O from O the O cache B-General_Concept . O Sly B-Application Cooper I-Application and I-Application the I-Application Thievius I-Application Raccoonus I-Application was O developed O by O Sucker O Punch O Productions O , O being O the O 2nd O game O created O by O them O following O Rocket B-Application : I-Application Robot I-Application on I-Application Wheels I-Application for O the O Nintendo B-Operating_System 64 I-Operating_System . O First O week O sales O in O Japan O were O strong O where O the O game O sold O more O than O 80,000 O copies O , O mostly O for O the B-Operating_System PS3 I-Operating_System . O Joystiq O commented O that O the O figure O " O compares O reasonably O to O the O 700,000 O copies O Dead B-Application or I-Application Alive I-Application 4 I-Application shipped O worldwide O in O its O first O two O months. O " O Its O main O rival O game O , O Tekken B-Application Tag I-Application Tournament I-Application 2 I-Application , O also O released O in O September O , O has O sold O 840,000 O units O by O November O 2 O , O 2012 O . O DIAB O was O however O an O industrial O control O system O ( O automation O ) O company O , O and O needed O a O real-time B-Operating_System operating I-Operating_System system I-Operating_System , O so O the O company O replaced O the O AT& O T-supplied O UNIX B-Application kernel B-Operating_System with O their O own O in-house O developed O , O yet O compatible O real-time B-Operating_System variant O . O Context B-Operating_System switches I-Operating_System are O usually O computationally O intensive O , O and O much O of O the O design O of O operating O systems O is O to O optimize O the O use O of O context B-Operating_System switches I-Operating_System . O A O scaled-down O version O for O the O Sega B-Operating_System Genesis I-Operating_System was O released O in O 1990 O by O Electronic O Arts O , O and O in O 1993 O it O was O released O for O the O Apple O Macintosh B-Operating_System System I-Operating_System 7 I-Operating_System by O Bethesda O Softworks O . O They O have O also O found O a O small O niche O in O the O music O production O community O , O as O SCSI-compatible O Zip B-Operating_System drives I-Operating_System can O be O used O with O vintage O samplers O and O keyboards O of O the O 1990s O . O Additionally O , O in O March O 2012 O , O in O the O context O of O donating O IBM B-Operating_System Lotus I-Operating_System Symphony I-Operating_System to O the O Apache O OpenOffice B-Application project O , O IBM O expressed O a O preference O for O permissive O licenses O , O such O as O the O Apache B-Application license I-Application , O over O copyleft B-License license I-License . O Stand-alone O versions O of O Bumper B-Operating_System Stars I-Operating_System are O also O available O on O Candystand O and O Shockwave O . O Sometimes O the O event O of O aborting O can O be O given O a O special O name O , O as O in O the O case O of O an O abort B-General_Concept involving O a O Unix B-Application kernel B-Operating_System where O it O is O known O as O a O kernel B-Operating_System panic I-Operating_System . O According O to O Zach O Huntley O of O Kakehashi O Games O ( O the O Japanese O publisher O working O with O Devolver O Digital O on O the O 2019 O remaster O ) O , O the O game O 's O long O development O period O left O its O release O near O the O end O of O the O Xbox B-Device 's O lifecycle O , O and O Microsoft O was O already O shifting O their O focus O to O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System . O A O pair O of O smartglasses B-General_Concept can O be O considered O an O augmented B-General_Concept reality I-General_Concept device O if O it O performs O pose B-Operating_System tracking I-Operating_System . O Two O important O features O of O ActionScript B-Operating_System that O distinguish O it O from O later O versions O are O its O loose O type O system O and O its O reliance O on O prototype-based B-Application inheritance B-Language . O This O version O was O later O released O for O OS B-Operating_System X I-Operating_System and O Linux B-Application in O February O 2014 O . O Episode O 3 O was O released O on O PC O and O OS B-Operating_System X I-Operating_System on O March O 29 O , O 2011 O ; O on O PlayStation B-Operating_System 3 I-Operating_System on O May O 3 O , O 2011 O ; O and O on O iOS B-Application on O May O 26 O , O 2011 O . O The O iPhone B-Operating_System SE I-Operating_System shares O the O same O physical O sizes O and O dimensions O , O so O cases O designed O to O fit O the O 5 O and O 5S B-Operating_System will O also O fit O an O . O However O , O since O May O 2003 O FightAIDS B-Operating_System @Home I-Operating_System has O not O been O associated O with O Entropia O , O and O on O November O 21 O , O 2005 O , O the O project O moved O to O World B-Operating_System Community I-Operating_System Grid I-Operating_System and O the O Entropia O software O was O abandoned O . O GameRankings O and O Metacritic O gave O it O a O score O of O 86% O for O the O Mobile O version O ; O 83.50 O % O and O 82 O out O of O 100 O for O the O PC O version O , O 82.61 O % O and O 83 O out O of O 100 O for O the O Xbox B-Application version O , O 80.77 O % O and O 82 O out O of O 100 O for O the O PlayStation B-Device 2 I-Device version O , O 79.98 O % O and O 77 O out O of O 100 O for O the O GameCube B-Application version O , O 76.44 O % O and O 74 O out O of O 100 O for O the O PSP B-Operating_System version O , O 69.45 O % O and O 72 O out O of O 100 O for O the O Game B-Device Boy I-Device Advance I-Device version O and O 65.44 O % O and O 65 O out O of O 100 O for O the O DS B-Device version O . O The O game O was O made O available O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System through O the O PlayStation B-Device Network I-Device in O December O 2015 O . O In O July O 1981 O , O PCW O reported O that O Nascom B-Operating_System had O been O bought O by O Lucas O Industries O ; O the O same O issue O contained O a O full-page O advert O under O the O name O " O Nascom B-Operating_System Microcomputers O . O The O keyboard-to-trackpad O feature O is O also O extended O to O iPhone B-Operating_System 6S I-Operating_System and I-Operating_System 6S I-Operating_System Plus I-Operating_System , O in O which O users O can O 3D O Touch O ( O force O press O ) O the O keyboard O to O enable O the O trackpad O . O Based O on O the O F# B-Operating_System programming I-Operating_System language I-Operating_System , O it O offers O an O expressive O and O integrated O way O of O developing O , O deploying O and O debugging O large-scale O computations O running O in O cloud O environments O . O This O is O similar O to O the O REENTER O command O on O the O RT-11 B-Operating_System operating B-General_Concept system I-General_Concept on O Digital O computers O . O On O November O 13 O , O 2018 O , O a O report O initiated O by O the O Government O of O the O Netherlands O concluded O that O Microsoft B-Operating_System Office I-Operating_System 2016 I-Operating_System and O Office B-Operating_System 365 I-Operating_System do O not O comply O with O GDPR O , O the O European O law O which O regulates O data O protection O and O privacy O for O all O citizens O in O and O outside O the O EU O and O EFTA O region O . O The O cores O can O be O a O combination O of O C O or O I O class O , O single-thread B-Operating_System performance O driving O the O core O choice O . O At O E3 O 2010 O , O Nintendo O announced O a O remake O of O Star B-Application Fox I-Application 64 I-Application for O the O Nintendo B-Operating_System 3DS I-Operating_System , O titled O Star B-Application Fox I-Application 64 I-Application 3D I-Application . O On O modern O machines O this O interrupt B-Application will O be O treated O by O the O BIOS B-Operating_System as O a O signal O from O the O bootloader B-Application that O it O failed O to O complete O its O task O . O Computer O and O Video O Games O 's O ( O CVG O ) O deputy O editor O Andy O Robinson O told O TechRadar O that O the O " O 4S O is O certainly O laying O down O some O serious O credibility O for O the O iPhone B-Operating_System as O a O core O gaming O device O . O Token B-Device Ring I-Device would O later O be O supported O with O a O similar O TokenTalk O product O , O which O used O the O same O Network B-Application control B-Operating_System panel I-Operating_System and O underlying O software O . O The O kernel B-Operating_System , O XNU B-Operating_System , O stops O all O processes O without O specific O entitlements O from O modifying O the O permissions O and O contents O of O flagged O files B-General_Concept and O directories B-Operating_System and O also O prevents O code O injection O , O runtime O attachment O and O DTrace B-Application with O respect O to O protected O executables B-Application . O The O Nokia B-Language 808 I-Language PureView I-Language in O 2012 O was O officially O the O last O Symbian B-Operating_System smartphone B-Application from O Nokia O . O When O a O client O wants O to O access O the O service O via O an O endpoint B-Protocol , O it O not O only O needs O to O know O the O contract O , O but O it O also O has O to O adhere O to O the O binding B-Operating_System specified O by O the O endpoint B-Protocol . O It O is O a O 20.3 O Megapixel O mirrorless B-Device interchangeable I-Device lens I-Device camera I-Device using O the O Samsung B-Algorithm NX-mount I-Algorithm . O The O NX1100 B-Device is O comparable O in O weight O and O size O with O cameras O such O as O the O Sony B-Algorithm NEX I-Algorithm , O Nikon B-Algorithm 1 I-Algorithm and O the O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System series O of O cameras O . O Xcode B-Operating_System 4.3.1 O was O released O on O March O 7 O , O 2012 O to O add O support O for O iOS O 5.1 O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O Indicates O that O the O request O could O not O be O processed O because O of O conflict O in O the O current O state O of O the O resource O , O such O as O an O edit B-Operating_System conflict I-Operating_System between O multiple O simultaneous O updates O . O A O PlayStation B-Operating_System Portable I-Operating_System version O of O the O game O was O also O in O development O before O being O canceled O . O The O NexGen O Nx586 O CPU O uses O " O hyper O code O " O Herbert O Oppmann O , O Inside O the O NexGen O Nx586 O System B-Operating_System BIOS I-Operating_System ( O x86 B-Operating_System code O sequences O unpacked O at O boot O time O and O only O accessible O in O a O special O " O hyper O mode O " O operation O mode O , O similar O to O DEC O Alpha O 's O PALcode B-General_Concept ) O for O many O complicated O operations O that O are O implemented O with O microcode O in O most O other O x86 B-Operating_System CPUs O . O Some O broadcasters B-Operating_System like O Sky3D O or O Canal+3D O are O already O using O this O technology O , O which O is O largely O thought O for O PayTV O . O 98 O came O with O McAfee B-Operating_System VirusScan I-Operating_System 3.0 O , O along O with O a O six-month O supply O of O free O updates O . O The O PlayStation B-Operating_System Portable I-Operating_System Slim O and O Lite O series O , O though O the O user O needs O to O purchase O a O specially O designed O microphone O peripheral O . O It O was O programmed O by O Newgrounds B-Operating_System founder O Tom O Fulp B-Operating_System , O with O artwork O by O Newgrounds B-Operating_System staff O member O Jeff O " O JohnnyUtah O " O Bandelin O , O and O music O by O animator O Chris O " O OneyNG O " O O'Neill O . O Microsoft O has O announced O plans O to O extend O Live O to O other O platforms O such O as O handhelds B-Application and O mobile O phones O as O part O of O the O Live B-Device Anywhere I-Device initiative O . O With O Microsoft O 's O mobile B-Operating_System operating I-Operating_System system I-Operating_System , O Windows B-Protocol Phone I-Protocol , O full O Xbox B-Application Live I-Application functionality O is O integrated O into O new O Windows B-Protocol Phones I-Protocol that O launched O since O late O 2010 O . O Malcolm O reveals O that O it O was O he O who O had O originally O sealed O the O demon B-Operating_System in O the O estate O 's O chapel O . O Criticism O has O been O aimed O at O the O tendency O of O AUTOCHK O to O automatically O modify O the O file B-Application system I-Application when O not O explicitly O solicited O by O the O user O who O may O wish O to O back B-Protocol up I-Protocol their I-Protocol data I-Protocol in O prior O , O as O an O attempted O repair O may O scramble O , O undermine O and O disown O file O and O directory O paths O , O especially O on O a O multiboot B-Operating_System installation O where O multiple O operating B-General_Concept systems I-General_Concept may O have O interferingly O written O to O the O same O partition O . O Before O the O release O of O Windows B-Device 7 I-Device , O InfoWorld O reported O an O alleged O memory B-Error_Name leak I-Error_Name in O CHKDSK O ; O according O to O the O report O , O the O chkdsk O /r O command B-Application would O cause O the O memory O consumption O to O reach O the O maximum O and O the O system O to O crash B-General_Concept . O In O the O early O months O after O the O console O 's O launching O , O Microsoft O stated O that O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System 's O failure O rate O was O within O the O consumer O electronics O industry O 's O typical O 3% O to O 5% O . O Apple O speculated O that O they O were O likely O shipped O overseas O and O unlocked O , O a O lucrative O market O before O the B-Operating_System iPhone I-Operating_System 3G B-Architecture 's O worldwide O release O . O The O Nintendo B-Operating_System 3DS I-Operating_System version O of O Scribblenauts B-Application Unlimited I-Application does O not O feature O the O object O editor O heavily O promoted O in O advertisements O for O the O game O . O grep B-Application was O originally O developed O for O the O Unix B-Application operating I-Application system I-Application , O but O later O available O for O all O Unix-like B-Operating_System systems I-Operating_System and O some O others O such O as O OS-9 B-Operating_System . O OS B-Operating_System 2200 I-Operating_System supports O all O commonly O used O , O and O many O not O so O commonly O used O , O distributed B-Architecture processing I-Architecture protocols O , O APIs O , O and O development O technology O . O Cloud B-Architecture computing I-Architecture itself O is O often O referred O to O as O the O marriage O of O software B-Architecture as I-Architecture a I-Architecture service I-Architecture ( O SaaS B-Architecture ) O and O utility B-Operating_System computing I-Operating_System . O Revised O Flash B-Operating_System Player I-Operating_System API B-General_Concept , O organized O into O packages B-Language . O Benchmarks O suggest O that O the O original O release O of O Office B-Operating_System 2008 I-Operating_System runs O slower O on O Macs O with O PowerPC O processors O , O and O does O not O provide O a O significant O speed O bump O for O Macs O with O Intel O processors O . O However O , O this O functionality O was O removed O in O macOS B-Operating_System Ventura I-Operating_System , O although O users O can O continue O to O print O and O files O by O dragging O them O into O the O printer O queue O . O In O 2016 O , O Google B-Application launched O Chrome B-Operating_System Browser B-Application Enterprise O Support O , O a O paid O service O enabling O IT O admins O access O to O Google B-Application experts O to O support O their O browser B-Application deployment O . O In O Japan O , O where O the O game O was O ported O and O published O by O Spike O for O the O PlayStation B-Operating_System 3 I-Operating_System and O Xbox B-Operating_System 360 I-Operating_System versions O on O August O 6 O , O 2009 O , O and O by O E-Frontier O for O the O PC O version O on O Christmas O Day O 2009 O , O Famitsu O gave O the O former O two O versions O a O score O of O all O four O nines O for O a O total O of O 36 O out O of O 40 O . O The O Africa O Rainfall O Project O ( O launched O October O 2019 O ) O will O use O the O computing O power O of O World B-Operating_System Community I-Operating_System Grid I-Operating_System , O data O from O The O Weather O Company O , O and O other O data O to O improve O rainfall O modelling O , O which O can O help O farmers O in O sub-Saharan O Africa O successfully O raise O their O crops O . O The O operating O system O was O branched O from O Sailfish B-Operating_System OS I-Operating_System into O its O own O version O in O 2019 O . O In O other O words O , O the O software O must O be O specifically O coded O for O the O operation B-General_Concept system I-General_Concept ; O for O example O , O Adobe B-Operating_System Photoshop I-Operating_System for O Windows B-Application running O on O Linux B-Application with O Wine B-Application does O not O fit O . O Both O of O these O standards O are O finding O applications O implementing O the B-Operating_System Internet I-Operating_System of I-Operating_System things I-Operating_System . O Netlify B-General_Concept combines O a O platform O for O apps O that O streamlines O the O workflow B-Operating_System for O a O development O team O . O The O PSP B-Operating_System version O of O the O game O features O , O among O other O changes O , O an O extra O track O based O on O the O " O Docks O " O environment O . O Beaterator B-Application is O a O music B-Application mixer O released O in O September O 2009 O by O Rockstar O Games O for O the O PlayStation B-Operating_System Portable I-Operating_System and O in O December O 2009 O for O iOS B-Application . O In O 1995 O , O Apple O and O HP O withdrew O from O the O Taligent B-Operating_System partnership O , O licensed O its O technology O , O and O left O it O as O a O wholly O owned O subsidiary O of O IBM O . O The O Hero O is O a O lifelong O native O of O the O town O of O Fishbel O ( O Pilchard O Bay O in O the O 3DS B-Operating_System remake O ) O on O Estard O Island O . O A O Sega B-Operating_System Genesis I-Operating_System version O planned O but O never O released O . O Changes O made O to O a O volume B-Application from O another O operating O system O ( O in O case O of O multi-booting B-Operating_System scenarios O ) O cannot O be O monitored O . O Sony O Computer O Entertainment O took O notice O of O the O game O at O the O 2007 O Independent O Gaming O Festival O and O published O it O for O the O PlayStation B-Operating_System 3 I-Operating_System on O October O 11 O as O a O downloadable O game O on O the O PlayStation B-Device Network I-Device . O The O enthusiast-built O " O IDE64 B-Device interface O " O was O designed O late O in O the O 1990s O , O attaching O itself O in O the O Commodore O 64 O 's O expansion O port O , O and O allowing O users O to O attach O common O IDE B-Protocol hard I-Protocol drives I-Protocol , O CD-ROM B-Device and O DVD O drives O , O ZiP B-Operating_System and O LS-120 B-Device floppy B-Device drives I-Device to O their O Commodore O 64s O . O An O enhanced O remake O of O Toki B-Application Tori I-Application was O released O for O the B-Operating_System Wii I-Operating_System via O WiiWare O in O 2008 O . O A O cost-reduced O version O , O the O Commodore B-Operating_System 116 I-Operating_System , O was O mostly O sold O in O Europe O . O Eight O years O after O the O collapse O of O the O Suoyao O Pagoda B-Application , O a O demon B-Operating_System flagbearer O named O Kong O Lin O ( 孔麟 O ) O attempted O to O revive O the O demon B-Operating_System lord O that O was O sealed O under O Shushan O . O GDB B-Language uses O a O system O call O named O ptrace B-Operating_System ( O the O name O is O an O abbreviation O of O " O process O trace O " O ) O to O observe O and O control O the O execution O of O another O process O , O and O examine O and O change O the O process O 's O memory O and O register O . O GNU B-Application Emacs I-Application supports O the O capability O to O use O it O as O an O interpreter B-Application for O the O Emacs B-Operating_System Lisp I-Operating_System language O without O displaying O the O text B-Application editor I-Application user O interface O . O TSOS B-Operating_System was O also O the O " O default O " O account O for O a O file O that O was O referenced O that O did O not O exist O locally O . O The O Xbox B-Operating_System version O was O noted O to O have O enhanced O fur O , O lighting O and O particle O effects O compared O to O the O PS2 B-Device version O . O It O was O actually O released O on O June O 20 O , O 2006 O and O was O rebranded O as O a O companion O for O Final B-Operating_System Cut I-Operating_System Studio I-Operating_System ; O as O such O , O its O price O was O dropped O from O $2999 O to O $499 O for O Mac B-Operating_System OS I-Operating_System X I-Operating_System but O remained O the O same O for O Linux B-Application . O A O Microsoft B-Application Store I-Application version O for O Windows B-Operating_System 10 I-Operating_System devices O was O released O a O few O days O later O , O on O the O 3rd O of O November O 2016 O . O Suzuki O also O had O troubles O keeping O the O texture O size O and O polygon B-Algorithm counts O low O because O the O Nintendo B-Operating_System 64 I-Operating_System had O restrictive O texture O mapping O limitations O . O On O May O 5 O , O 2010 O , O Ubisoft O announced O that O a O sequel O , O Tom B-Application Clancy I-Application 's I-Application H.A.W.X I-Application 2 I-Application , O was O being O developed O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O Wii B-Operating_System and O PC O . O The O Nokia B-Language N950 I-Language phone O uses O the O same O hardware O components O as O the O Nokia B-Operating_System N9 I-Operating_System phone O with O the O following O exceptions O : O Several O actors O from O Star B-Operating_System Trek I-Operating_System series O provided O additional O voice O acting O : O Jeffrey O Combs O ( O Weyoun O from O Star B-Operating_System Trek I-Operating_System : O Deep O Space O Nine O and O Commander O Shran O from O Star B-Operating_System Trek I-Operating_System : O Enterprise O ) O as O one O of O the O main O villains O ; O Tony O Todd O ( O Kurn O from O The O Next O Generation O ) O as O Korban O ; O J O . O G O . O Hertzler O ( O Martok O from O Deep O Space O Nine O , O plus O roles O in O Voyager O and O Enterprise O ) O as O Lurok O ; O and O Vaughn O Armstrong O ( O Admiral O Forrest O in O Enterprise O ) O who O contributed O several O character O voices O . O Most O data B-Operating_System centers I-Operating_System use O four-post O racks O . O In O December O 2014 O , O Lux B-Operating_System debuted O for O the O Android O platform O in O the O form O of O Lux B-Operating_System DLX O ( O a O free O ad O supported O ) O . O Similar O to O Apple O Computer O 's O 1997 O Newton B-Device eMate B-Device 300 I-Device ( O a O laptop B-Device running O Newton B-Device OS I-Device ) O , O the O Dana O , O FCC O ID O KV2DANA001 O , O is O a O fully O fledged O Palm B-Operating_System OS I-Operating_System Version O 4 O device O complete O with O a O touch-screen B-Device , O allowing O a O user O to O write O directly O on O the O screen O via O Graffiti B-Application in O addition O to O typing O on O its O built-in O , O full-size O keyboard B-Device . O Creatio B-Application is O a O global O vendor O of O one O platform O to O automate O workflows B-Operating_System and O CRM O with O no-code B-Architecture and O a O maximum O degree O of O freedom O . O The O first O iteration O of O the O A-Train B-Application series O was O released O in O December O 1985 O for O the O FM-7 B-Device , O NEC B-Device PC-8801 I-Device , O NEC B-Operating_System PC-9801 I-Operating_System , O X1 B-Device Turbo I-Device , O MZ-2500 B-Operating_System , O Famicom O , O and O MSX2 B-Operating_System . O Many O different O brands O of O machines O ran O the O operating B-General_Concept system I-General_Concept , O some O notable O examples O being O the O Altair B-Architecture 8800 I-Architecture , O the O IMSAI B-Device 8080 I-Device , O the O Osborne B-Device 1 I-Device and O Kaypro O luggables B-Device , O and O MSX B-Operating_System computers O . O The O best-selling O CP/M B-Application -capable O system O of O all O time O was O probably O the O Amstrad B-Device PCW I-Device . O In O the O UK O , O CP/M B-Application was O also O available O on O Research O Machines O educational O computers O ( O with O the O CP/M B-Application source O code O published O as O an O educational O resource O ) O , O and O for O the O BBC B-Device Micro I-Device when O equipped O with O a O Z80 B-General_Concept co-processor O . O Furthermore O , O it O was O available O for O the O Amstrad B-Device CPC I-Device series O , O the O Commodore B-Device 128 I-Device , O TRS-80 B-Device , O and O later O models O of O the O ZX B-Operating_System Spectrum I-Operating_System . O CP/M3 O was O also O used O on O the O NIAT O , O a O custom O handheld O computer O designed O for O A O . O C B-Language . O Nielsen O 's O internal O use O with O 1MB O of O SSD B-Device memory O . O In O 1979 O , O a O multi-user O compatible O derivative O of O CP/M B-Application was O released O . O MP/M B-Operating_System allowed O multiple O users O to O connect O to O a O single O computer O , O using O multiple O terminals B-General_Concept to O provide O each O user O with O a O screen B-General_Concept and O keyboard O . O It O may O also O include O their O configuration B-Protocol files I-Protocol of O preferred O settings O for O any O software O they O have O used O there O and O might O have O tailored O to O their O liking O : O web B-Application browser I-Application bookmarks O , O favorite O desktop B-Application wallpaper O and O themes B-Application , O stored O passwords O to O any O external O services O accessed O via O a O given O software O , O etc O . O The O user O can O install O executable O software O in O this O directory B-Application , O but O it O will O only O be O available O to O users O with O permission O to O execute O files B-Operating_System in O this O directory B-Application . O Quake B-Application 4 I-Application was O re-released O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PC O on O June O 19 O , O 2012 O , O with O publication O handled O by O Bethesda O . O The O TOPS-10 B-Operating_System scheduler O supported O prioritized O run O queues O , O and O appended O a O process O onto O a O queue O depending O on O its O priority O . O NVFS B-Operating_System uses O NAND O flash B-Device memory I-Device technology O to O retain O the O handheld O 's O data O in O the O event O of O a O battery O swap O or O if O the O battery O runs O out O of O power O . O The O idea O of O creating O such O a O game O came O about O before O the B-Operating_System Wii I-Operating_System console O 's O announcement O . O 1999 O : O Apple O releases O Rhapsody B-Operating_System DR2 O , O which O features O a O new O user O interface O called O Platinum O . O The O earliest O review O of O the O Nintendo B-Operating_System 64 I-Operating_System version O came O from O Nintendo B-Application Power I-Application , O which O gave O it O a O score O of O 5.6 O out O of O 10 O , O even O though O the O game O itself O was O not O released O until O five O months O later O . O In O August O 2012 O , O Flash B-Operating_System Player I-Operating_System 11.4 O was O released O , O which O raised O the O supported O hardware-accelerated O video B-Device cards I-Device count O to O 2006 O , O and O allowed O alpha-channels B-Algorithm for O Stage3D O compressed O textures O . O The O game O was O officially O revealed O and O previewed O to O the O press O in O January O , O initially O confirmed O for O PlayStation B-Operating_System 3 I-Operating_System ( O PS3 B-Operating_System ) O , O Xbox B-Operating_System 360 I-Operating_System and O Windows O personal B-Device computers I-Device ( O PC B-Device ) O . O Whenever O an O SM O executes O a O thread B-Operating_System block I-Operating_System , O all O the O threads B-Operating_System inside O the O thread B-Operating_System block I-Operating_System are O executed O at O the O same O time O . O Tencent O managed O the O release O of O World O for O personal O computer O users O in O China O via O its O WeGame B-Operating_System platform O . O To O avoid O these O conflicts O , O the O X B-Operating_System Server I-Operating_System became O in O practice O the O only O user B-Operating_System space I-Operating_System program O that O performed O mode-setting B-Operating_System operations O ; O the O remainder O user B-Operating_System space I-Operating_System programs O relied O on O the O X B-Operating_System Server I-Operating_System to O set O the O appropriate O mode O and O to O handle O any O other O operation O involving O mode-setting B-Operating_System . O Initially O the O mode-setting B-Operating_System was O performed O exclusively O during O the O X B-Operating_System Server I-Operating_System startup O process O , O but O later O the O X B-Operating_System Server I-Operating_System gained O the O ability O to O do O it O while O running O . O The O XFree86-VidModeExtension O extension O was O introduced O in O XFree86 B-Device 3.1.2 O to O let O any O X B-Operating_System client O request O modeline B-Device ( O resolution O ) O changes O to O the O X B-Operating_System Server I-Operating_System . O is O a O good O game O , O but O it O is O just O as O good O on O the O Genesis B-Operating_System and O SNES B-Application , O and O shows O no O signs O of O 32-bit O gaming O . O Upon O release O , O Chrome B-Operating_System was O criticized O for O storing O a O user O 's O passwords O without O the O protection O of O a O master O password O . O Concepts O from O both O Harmony B-Operating_System and O Adagio O influenced O the O design O of O the O Smalltalk-based O Eva O event O driven O user O interface O builder O . O The O Mega B-Operating_System Drive/Genesis I-Operating_System version O , O titled O Street B-Application Fighter I-Application II O ' O : O Special O Champion B-Application Edition I-Application and O released O as O ( O stylized O as O Street B-Application Fighter I-Application II′ I-Application Plus O ) O in O Japan O , O was O released O on O September28 O , O 1993 O in O Japan O , O September27 O , O 1993 O in O North O America O , O and O October29 O , O 1993 O in O Europe O . O Chip B-Architecture multiprocessors I-Architecture , O also O known O as O multi-core B-Architecture computing O , O involves O more O than O one O processor O placed O on O a O single O chip O and O can O be O thought O of O the O most O extreme O form O of O tightly O coupled O multiprocessing B-Operating_System . O The O tile O model O became O widely O used O in O specific O game O genres O such O as O platformers O and O role-playing O video O games O , O and O reached O its O peak O during O the O 8-bit B-Application and O 16-bit B-Application eras I-Application of O consoles O , O with O games O such O as O Mega B-Application Man I-Application ( O NES O ) O , O The B-Application Legend I-Application of I-Application Zelda I-Application : I-Application A I-Application Link I-Application to I-Application the I-Application Past I-Application ( O SNES B-Application ) O and O Shining B-Architecture Force I-Architecture ( O Mega B-Operating_System Drive I-Operating_System ) O being O prime O examples O of O tile-based O games O , O producing O a O highly O recognizable O look O and O feel O . O The O CSLA B-Language .NET I-Language framework O implements O a O concept O called O mobile O objects O or O mobile B-Operating_System agents I-Operating_System to O allow O objects O to O move O across O network O boundaries O using O WCF B-Application , O Web O Services O , O or O other O technologies O . O In O this O context O , O a O socket O is O externally O identified O to O other O hosts O by O its O socket O address O , O which O is O the O triad O of O transport B-Architecture protocol I-Architecture , O IP B-Protocol address I-Protocol , O and O port B-Protocol number I-Protocol . O The O term O socket O is O also O used O for O the O software O endpoint O of O node-internal O inter-process B-Operating_System communication I-Operating_System ( O IPC O ) O , O which O often O uses O the O same O API B-Application as O a O network B-Protocol socket I-Protocol . O Although O Nintendo O considered O the O possibility O of O bringing O GoldenEye B-Application 007 I-Application to O the B-Operating_System Wii I-Operating_System 's O Virtual B-Application Console I-Application in O 2006 O , O the O game O was O never O released O for O the O platform O due O to O legal O issues O involving O the O numerous O licence O holders O with O rights O to O the O game O and O to O the O James O Bond O intellectual O property O . O Houston O Instrument O and O other O manufacturers O would O follow O with O similar O plotters B-Operating_System . O It O was O first O released O for O Windows O before O being O ported O by O Konami O to O the O PlayStation B-Device 2 I-Device in O 2005 O and O the O PlayStation B-Operating_System Portable I-Operating_System in O 2006 O . O It O was O ported O to O the O SuperGrafx B-General_Concept in O 1991 O and O to O GameTap B-Operating_System . O There O are O differences O in O quality O of O hardware O ( O hand O held O devices O ) O , O software O ( O presentation O and O performance O ) O , O and O dictionary B-Operating_System content O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O This O compromise O impacted O system O sales O ; O by O this O point O TENEX B-Operating_System was O the O most O popular O customer-written O PDP-10 B-Device operating B-General_Concept systems I-General_Concept , O but O it O would O not O run O on O the O new O , O faster O KI-10s B-Device . O A O number O of O popular O portal O sites O featured O Adobe O Flash B-Operating_System animation I-Operating_System during O the O dot-com O boom O of O the O late O 1990s O , O including O Newgrounds B-Operating_System , O Icebox O , O MondoMedia O , O CampChaos O , O MediaTrip O , O Bogbeast O and O AtomFilms O . O Instead O , O SDDC O concepts O imagine O a O data B-Operating_System center I-Operating_System that O can O encompass O private O , O public O , O and O hybrid O clouds O . O Its O release O for O the O platform O was O noted O as O being O far O cheaper O than O the O 360 B-Operating_System original O . O In O early O 1996 O , O Microsoft O found O a O new O use O for O OLE B-Operating_System Custom B-Library Controls I-Library , O expanding O their O Web O browser O 's O capability O to O present O content O , O renamed O some O parts O of O OLE B-Operating_System relating O to O the O Internet O " O ActiveX B-Application " O , O and O gradually O renamed O all O OLE B-Operating_System technologies O to O ActiveX B-Application , O except O the O compound O document O technology O that O was O used O in O Microsoft B-Application Office I-Application . O Other O asynchronous O examples O exist O in O event O notification O systems O and O publish/subscribe B-Operating_System systems O . O The O title O was O developed O in O Adobe B-Operating_System Flash I-Operating_System at O their O office O in O Roubaix O by O a O small O team O , O and O ran O from O within O a O browser O . O On O November O 14 O , O 2014 O , O Kadokawa O Games O announced O that O the O home O version O of O the O game O had O switched O platforms O from O the B-Operating_System Wii I-Operating_System to O the B-Operating_System Wii I-Operating_System U O and O that O the O game O was O scheduled O to O be O released O in O Spring O 2015 O . O Garrett O Kenyon O reviewed O the B-Operating_System Dreamcast I-Operating_System version O of O the O game O for O Next O Generation O , O rating O it O three O stars O out O of O five O , O and O stated O that O " O this O is O a O bit O of O a O surprise O , O and O an O extremely O pleasant O one O " O . O Twilight O NDS B-Device World B-Device of I-Device Outlaws I-Device : I-Device Sprint I-Device Cars I-Device X360 B-Operating_System , O Win B-Application February O 10Stargate O Resistance O Win B-Application February O 11 O Percy O Jackson O & O the O Olympians O : O The O Lightning O Thief O NDS B-Device Dragon B-Application Ball I-Application : I-Application Origins I-Application 2 I-Application NDS B-Device Spaceball B-Device Revolution I-Device PSP B-Operating_System February O 12 O World O Cup O of O Pool O NDS B-Device Zorro O : O Quest O for O Justice O NDS B-Device February O 15 O Art O of O Balance O WiiWare O Phoenix B-Application Wright I-Application : I-Application Ace I-Application Attorney I-Application − I-Application Justice I-Application for I-Application All I-Application WiiWare O Spaceball B-Device Revolution I-Device DSiWare B-Device February O 16 O Tropico B-Application 3 I-Application X360 B-Operating_System SOCOM B-Application U.S. I-Application Navy I-Application SEALs I-Application : I-Application Fireteam I-Application Bravo I-Application 3 I-Application PSP B-Operating_System Aliens O vs O . O If O an O operating B-General_Concept system I-General_Concept maintains O a O standard O and O compatible O application B-Operating_System binary I-Operating_System interface I-Operating_System ( O ABI O ) O for O a O particular O ISA O , O machine B-Language code I-Language will O run O on O future O implementations O of O that O ISA O and O operating B-General_Concept system I-General_Concept . O Name O Mail B-Protocol transfer I-Protocol agent I-Protocol Mail O storage O type O IMAP B-Protocol server I-Protocol IMAP B-Protocol shared O Calendar B-Application format O Calendar B-Application shared O IM O server O WebDAV O Web O UI O Contacts O shared O Files O shared O Web O admin O UI O Antivirus O Spam O filter O Notes O Axigen B-Application Mobile O synchronizing O using O full O compliant O ActiveSync B-Operating_System , O Ajax B-General_Concept GUI B-Application , O multiplatform O , O Microsoft B-Application Outlook I-Application connector O with O online/offline O modes O Bynari O Mobile O synchronizing O using O full O compliant O ActiveSync B-Operating_System , O Ajax B-General_Concept webapp O , O Microsoft B-Application Outlook I-Application connector O Citadel/UX B-Protocol Custom O Berkeley B-Language DB I-Language Hot O backups O need O retained O recent O database O logs O EGroupware B-Protocol SMTP B-Protocol IMAP B-Protocol server I-Protocol dependent O Cyrus B-Protocol or O any O IMAP B-Protocol server I-Protocol on O Linux B-Application - O any O external O Ajax B-General_Concept GUI B-Application , O Mobile O responsive O template O , O integrates O with O : O mobile O devices O ( O Z-Push B-Protocol ) O , O any O IMAP B-Protocol client O Feng B-Protocol Office I-Protocol Community I-Protocol Edition I-Protocol Sendmail B-Application , O SMTP B-Protocol Database O or O File B-Application system I-Application Any O IMAP B-Protocol server I-Protocol Ajax B-General_Concept GUI B-Application ; O runs O on O any O operating B-General_Concept system I-General_Concept with O Apache B-Application , O PHP B-Application and O MySQL B-Application , O e.g. O , O Windows B-Application , O Linux B-Application , O macOS B-Application ) O ; O commercial O support O via O Feng O Office O Group-Office B-Language Custom B-Application Postfix I-Application IMAP B-Protocol server I-Protocol dependent O Synchronizes O with O : O Microsoft B-Application Outlook I-Application , O iPhone B-Device , O Android B-Application , O Symbian B-Operating_System , O Palm B-Operating_System OS I-Operating_System , O Pocket B-Device PC I-Device , O other O SyncML B-General_Concept or O ActiveSync B-Operating_System clients O Horde B-Language Sendmail B-Application , O SMTP B-Protocol Cyrus B-Protocol , O others O integrates O into O Kolab B-Language , O has O SyncML-interface O Jumper B-Protocol 2.0 I-Protocol Enterprise O bookmarking O engine O , O uses O peer O and O social O networking O principles O to O tag O and O link O distributed O data O resources O for O universal O search O regardless O of O vendor O , O format O , O or O location O Kolab B-Language Postfix B-Application Runs O on O almost O all O Unix/Linux O ; O integrated O Roundcube B-Language webfrontend O , O and O ActiveSync B-Operating_System ( O via O Syncroton O ) O , O and O serves O most O common O PIM-clients O such O as O Kontact B-Language , O Microsoft B-Application Outlook I-Application ( O with O connector O plug-in O ) O and O others O . O It O was O part O of O the O Power B-Application Sports I-Application Series O , O a O series O of O sports O games O released O between O 1988 O and O 1998 O . O The O game O was O released O for O the B-Operating_System Wii I-Operating_System Virtual B-Application Console I-Application on O October O 9 O , O 2007 O in O Japan O , O on O November O 5 O , O 2007 O , O in O North O America O , O and O on O November O 9 O , O 2007 O in O Europe O , O and O was O released O for O the O Windows B-Application Store I-Application on O May O 1 O , O 2014 O and O for O the B-Operating_System Wii I-Operating_System U O Virtual B-Application Console I-Application on O October O 22 O , O 2014 O in O Japan O . O " O , O was O available O for O download O to O players O who O purchased O a O first O printing O copy O of O the O PSP B-Operating_System games O . O David O Clayman O ( O IGN O ) O saw O Kameo B-Application as O a O good O demonstration O of O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System 's O graphical O possibilities O , O and O Bramwell O ( O Eurogamer O ) O considered O the O degree O of O detail O , O even O at O long O distances O and O in O processor-intensive O scenes O , O " O unprecedented O in O a O console O game O " O . O Another O version O of O seq B-Device was O written O in O 1994 O by O Ulrich O Drepper O , O for O GNU B-Operating_System , O and O is O now O available O on O all O Linux B-Application distributions O as O part O of O the O GNU B-Application Core I-Application Utilities I-Application . O In O October O 2015 O when O GoTo B-Application acquired O LastPass B-Operating_System , O founder O Joe O Siegrist O 's O blog O was O filled O with O user O comments O voicing O criticism O of O GoTo B-Application . O See O also O the O related O CONFIG.SYS B-Device directive O SWITCHAR B-Device ( O to O set B-Device the O system O 's O SwitChar B-Device setting O ) O and O the O % O / O % O system O information O variable O in O some O issues O of O DR-DOS B-Application COMMAND.COM B-Operating_System ( O to O retrieve O the O current O setting O for O portable O batchjobs B-General_Concept ) O . O %TASKMGRWINDIR% O This O variable O specifies O the O directory O , O where O the O Windows B-Application SYSTEM.INI B-Protocol to O be O used O by O the O DR-DOS B-Application TASKMGR O multitasker O is O located O , O overriding O the O default O procedure O to O locate O the O file O . O Japanese O cell O phones O increasingly O diverged O from O global O standards O and O trends O to O offer O other O forms O of O advanced O services O and O smartphone-like O functionality O that O were O specifically O tailored O to O the O Japanese O market O , O such O as O mobile O payments O and O shopping O , O near-field O communication O ( O NFC O ) O allowing O mobile O wallet B-Operating_System functionality O to O replace O smart O cards O for O transit O fares O , O loyalty O cards O , O identity O cards O , O event O tickets O , O coupons O , O money O transfer O , O etc. O , O downloadable O content O like O musical O ringtones O , O games O , O and O comics O , O and O 1seg B-Device mobile B-Application television I-Application . O In O contrast O , O Minix B-Application 3 I-Application has O about O 6,000 O lines O of O executable O kernel B-Operating_System code O , O which O can O make O problems O easier O to O find O in O the O code O . O Then O the O top O of O the O 1311 O drive O is O opened O and O the O plastic O shell O lowered O into O the O disk-drive O opening O ( O assuming O it O is O empty O ) O . O The O handle O is O turned O again O to O lock O the O disks B-Device in O place O and O release O the O plastic O shell O , O which O is O then O removed O and O the O drive O cover O closed O . O The O process O is O reversed O to O remove O a O disk B-Operating_System pack I-Operating_System . O The O same O methods O are O used O for O many O later O disk B-Operating_System packs I-Operating_System . O There O are O seven O models O of O the O 1311 O disk B-Device drive I-Device . O Master O drive O on O an O IBM B-Device 1440 I-Device , O IBM B-Device 1460 I-Device , O or O IBM O 1240 O system O and O can O control O up O to O four O Model O 2 O drives O . O Master O drive O on O IBM B-Device 1620 I-Device or O IBM B-Device 1710 I-Device system O and O can O control O up O to O three O Model O 2 O drives O . O The O Lisp B-Operating_System machines I-Operating_System developed O at O MIT O in O the O early O 1970s O pioneered O some O workstation B-Device principles O , O as O high-performance O , O networked O , O single-user B-Operating_System systems O intended O for O heavily O interactive O use O . O SteamWorld B-Application Dig I-Application Nintendo B-Operating_System 3DS I-Operating_System , O Microsoft B-Application Windows I-Application , O OS B-Operating_System X I-Operating_System , O Linux B-Application , O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device Vita I-Device , O Xbox B-Device One I-Device , O Wii B-Device U I-Device , O Nintendo B-Application Switch I-Application Image O & O Form O A O 2D O side-scrolling O , O Metroidvania O platformer O with O steam-powered O robots O . O In O IEEE B-Protocol 1394 I-Protocol , O 80% O of O the O bus B-General_Concept is O reserved O for O isochronous O cycles O , O leaving O asynchronous B-Operating_System data O with O a O minimum O of O 20% O of O the O bus B-General_Concept . O It O was O designed O to O copy O QuarkXPress B-Operating_System . O The O DOC B-Operating_System filename O extension O was O also O used O during O the O 1980s O by O WordPerfect B-Application for O its O proprietary O format O . O Even O though O Xsnow B-Application was O distributed O with O earlier O versions O of O Linux B-Application , O its O most O recent O versions O are O shareware B-License Microsoft B-Application Windows I-Application and O Mac B-Operating_System OS I-Operating_System X I-Operating_System ports O with O added O features O . O The O new O features O of O the O iPhone B-Operating_System 3GS I-Operating_System are O mainly O internal O changes O regarding O speed O . O Apple O further O introduced O the O iPad B-Device in O 2010 O , O its O tablet B-Device computer I-Device based O on O similar O design O principles O as O the O iPhone B-Operating_System . O The O Internet B-Protocol Protocol I-Protocol Version I-Protocol 4 I-Protocol ( O IPv4 B-Protocol ) O , O which O is O the O primary O networking O protocol O in O use O today O on O the O Internet O and O all O networks O connected O to O it O , O supports O broadcast B-Operating_System , O but O the O broadcast B-Architecture domain I-Architecture is O the O broadcasting B-Operating_System host O 's O subnet O , O which O is O typically O small O ; O there O is O no O way O to O do O an O Internet-wide O broadcast B-Operating_System . O Starting O with O version O 30 O , O Adobe O stopped O distributing O Flash B-Operating_System Player I-Operating_System directly O to O users O from O mainland O China O . O Distributed B-Operating_System hash I-Operating_System tables I-Operating_System store O resource O locations O throughout O the O network B-Architecture . O According O to O Thomas O Bushnell O , O the O initial O Hurd B-Application architect O , O their O early O plan O was O to O adapt O the O 4.4BSD-Lite O kernel B-Operating_System and O , O in O hindsight O , O " O It O is O now O perfectly O obvious O to O me O that O this O would O have O succeeded O splendidly O and O the O world O would O be O a O very O different O place O today. O " O This O causes O the O message O to O be O broadcast B-Operating_System when O no O group O management O mechanism O is O present O . O Each O verb O was O defined O as O an O AppleEvent B-Operating_System of O a O specific O type O and O class O , O together O with O particular O parameters O of O particular O types O that O were O expected O to O be O present O . O It O is O available O for O Wii B-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System with O PlayStation B-Device Move I-Device , O and O Xbox B-Operating_System 360 I-Operating_System with O Kinect B-Algorithm . O Unlike O its B-Application predecessor I-Application , O some O of O the O events O in O the B-Operating_System Wii I-Operating_System game O can O use O the O Balance O Board O accessory O , O but O it O is O not O a O requirement O . O An O update O during O June O 2016 O simplified O the O process O , O allowing O the O user O , O when O logging O into O their O Battle.net B-Operating_System account O from O a O computer O , O to O simply O press O a O single O button O on O their O connected O mobile O device O to O affirm O their O authenticity O . O Selene B-Device , O built O from O 280 O DGX O A100 O nodes O , O ranked O 5th O on O the O Top500 B-Operating_System list O for O most O powerful O supercomputers B-Architecture at O the O time O of O its O completion O , O and O has O continued O to O remain O high O in O performance O . O Reel B-Application Fishing I-Application : O Angler O 's O Dream O , O known O in O Japan O as O Fish O Eyes O Wii B-Operating_System , O is O a O fishing B-Application video I-Application game I-Application for O the B-Operating_System Wii I-Operating_System platform O . O Playing O the O game O with O a O Sega B-Device Mega-CD/Sega I-Device CD I-Device attached O to O the O Mega B-Operating_System Drive/Genesis I-Operating_System works O with O the O second O CD O model O . O The O IBM B-Device RS/6000 I-Device Notebook B-Device 860 O , O sometimes O incorrectly O to O referred O as O ThinkPad B-Operating_System 860 O can O be O seen O as O the O successor O of O the O ThinkPad B-Operating_System 850 O . O A O sequel O titled O Atelier B-Application Ryza I-Application 3 O : O Alchemist O of O the O End O & O the O Secret O Key O was O released O for O Microsoft B-Application Windows I-Application , O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O and O PlayStation B-Device 5 I-Device in O March O 2023 O . O The O design O of O Bean B-Operating_System was O heavily O influenced O by O Marten O Van O De O Kraats O ' O article O " O Lean O Word B-General_Concept Processor I-General_Concept Specifics O " O . O At O the O time O of O the O 2010 O reveal O , O Blow O had O anticipated O releasing O The B-Device Witness I-Device on O Windows O and O iOS B-Application devices O , O and O on O an O unspecified O set O of O consoles O , O including O possibly O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PlayStation B-Operating_System 3 I-Operating_System . O Specifications O for O the O Toughbook B-Operating_System CF-31 O include O a O shock-mounted O hard B-Device drive I-Device , O removable O through O locking O reinforced O port O doors O . O Xcode B-Operating_System 4.2 O is O the O last O version O to O support O Mac B-Device OS I-Device X I-Device 10.6 I-Device " I-Device Snow I-Device Leopard I-Device " I-Device , O but O is O available O only O to O registered O developers O with O paid O accounts O ; O without O a O paid O account O , O 3.2.6 O is O the O latest O download O that O appears O for O Snow B-Device Leopard I-Device . O After O three O years O , O ISO B-General_Concept changed O the O status O of O the O group O to O a O formal O Working O Group O : O WG O 4 O COBOL O . O A O year O later O , O DEC O released O a O VAX/VMS B-Operating_System COBOL-80 O , O and O noted O that O conversion O of O COBOL-74 O programs O posed O few O problems O . O The O initial O two-week O sales O of O Office B-Operating_System 2010 I-Operating_System were O lower O than O those O previously O observed O with O the O suite O 's O predecessor O , O Office B-Application 2007 I-Application , O a O fact O considered O by O Stephen O Baker O of O NPD O Group O to O be O “ O disappointing. O ” O Baker O attributed O this O lack O of O sales O to O " O a O seasonally O slow O period O for O PC O purchases O " O and O an O " O increasingly O saturated O installed O base. O " O Rain B-Application World I-Application is O a O 2017 O survival B-Application platform O game O developed O by O Videocult O and O published O by O Adult B-Application Swim I-Application Games I-Application for O PlayStation B-Operating_System 4 I-Operating_System and O Microsoft B-Application Windows I-Application in O March O 2017 O , O and O for O Nintendo B-Application Switch I-Application in O late O 2018 O . O Kodi B-Application is O a O multi-platform B-Operating_System home-theater O PC O ( O HTPC O ) O application O . O Pop O ! O _OS O 22.04 O was O released O on O 25 O April O 2022 O and O is O based O upon O Ubuntu B-Operating_System 22.04 O LTS O . O It O maintains O a O strict O policy O of O ensuring O all O code O in O the O standard O installs O will O be O from O FOSS B-License solutions O , O including O Linux B-Operating_System kernel I-Operating_System Modules O . O It O is O comparable O to O Apple O Inc. O ' O s O iPhoto B-Operating_System and O Adobe B-Operating_System Photoshop I-Operating_System . O PSP B-Operating_System users O could O communicate O with O PC O users O through O Go B-Protocol ! I-Protocol Messenger I-Protocol if O the O PC O was O running O BT O Softphone O 2 O . O This O version O is O based O on O the O Sega B-Operating_System Genesis I-Operating_System version O and O features O the O teams O and O players O from O the O 2020-21 O NHL O season O . O Parts O of O NeXT O 's O software O became O the O foundation O for O macOS B-Application , O among O the O most O commercially O successful O BSD B-Operating_System variants O in O the O general O market O . O He O became O interested O in O the O improvements O that O the O team O for O the O language O Self B-Operating_System had O achieved O , O and O envisioned O the O same O methods O used O to O improve O Smalltalk B-Application . O As O such O , O the O device O may O offer O a O means O to O disable O high O refresh O rates O , O or O be O configured O to O automatically O reduce O the O refresh O rate O when O there O is O low O on-screen O motion O . O An O early O implementation O of O multiple O simultaneous O tasks O on O a O smartphone B-Application display O are O the O picture-in-picture O video O playback O mode O ( O " O pop-up O play O " O ) O and O " O live O video O list O " O with O playing O video O thumbnails O of O the O 2012 O Samsung B-Application Galaxy I-Application S3 I-Application , O the O former O of O which O was O later O delivered O to O the O 2011 O Samsung B-Application Galaxy I-Application Note I-Application through O a O software B-Operating_System update I-Operating_System . O This O vulnerability O might O allow O a O guest O to O execute O code O on O the O operating B-General_Concept system I-General_Concept that O runs O VMware B-Operating_System Workstation I-Operating_System 12 O Pro O . O It O included O a O full O virtual B-Operating_System memory I-Operating_System system I-Operating_System — O that O is O , O not O only O could O programs O access O a O full O 18 B-General_Concept bit I-General_Concept address O space O of O 262144 O words O of O virtual B-Architecture memory I-Architecture , O every O program O could O do O so O at O the O same O time O . O Survivors B-Application ( O also O known O as O The B-Application Survivors I-Application ) O is O a O game O published O by O Atlantis O Software O in O 1986 O for O the O ZX B-Operating_System Spectrum I-Operating_System . O In O 2017 O , O Gamesradar O listed O the O game O 48th O on O their O " O Best O Sega B-Operating_System Genesis/Mega I-Operating_System Drive I-Operating_System games O of O all O time. O " O Condemned B-Application 2 I-Application : I-Application Bloodshot I-Application received O " O generally O favorable O reviews O " O , O with O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O holding O a O score O of O 80 O out O of O 100 O on O Metacritic O , O based O on O 76 O reviews O , O and O the O PlayStation B-Operating_System 3 I-Operating_System version O holding O a O score O of O 82 O out O of O 100 O , O based O on O 37 O reviews O . O The O remaster O 's O features O include O enhanced O HD O graphics O , O 3D O support O and O shared O save O support O with O the O PSP B-Operating_System . O The O main O challenge O in O porting O VMS B-Operating_System to O a O new O architecture O was O that O VMS B-Operating_System and O the O VAX B-Device were O designed O together O , O meaning O that O VMS B-Operating_System was O dependent O on O certain O details O of O the O VAX B-Device architecture O . O Finally O , O it O is O also O possible O to O export O Hollywood B-Operating_System scripts O as O AVI O videos O . O Unreal B-Application Tournament I-Application 2004 I-Application was O built O with O Unreal B-Operating_System Engine I-Operating_System 2.5 O and O the O content O of O its O predecessor O , O Unreal B-Application Tournament I-Application 2003 I-Application . O Space B-Application Hawk I-Application is O a O multidirectional O shooter O released O by O Mattel O for O its O Intellivision B-Operating_System console O in O 1982 O . O In O this O approach O , O it O is O assumed O that O a O deadlock B-Operating_System will O never O occur O . O Tombs B-Application & I-Application Treasure I-Application , O known O in O Japan O as O , O is O an O adventure O game O originally O developed O by O Falcom O in O 1986 O for O the O PC-8801 B-Device , O PC-9801 B-Operating_System , O FM-7 B-Device , O MSX B-Operating_System 2 I-Operating_System and O X1 B-Device Japanese O computer O systems O . O Lost B-Operating_System Dungeons I-Operating_System of I-Operating_System Norrath I-Operating_System introduced O broad-based O instanced O dungeons O to O Norrath B-Protocol , O revolving O around O tales O of O the O Wayfarers O — O an O NPC O adventuring O organization O . O Augments O were O introduced O in O Lost B-Operating_System Dungeons I-Operating_System of I-Operating_System Norrath I-Operating_System and O allow O players O to O enhance O existing O items O by O adding O an O augment O to O them O . O Lost B-Operating_System Dungeons I-Operating_System of I-Operating_System Norrath I-Operating_System holds O a O 82% O rating O on O GameRankings O . O The O initial O Macintosh B-Device text-to-speech B-Application engine I-Application , O MacinTalk B-Operating_System ( O named O by O Denise O Chandler O ) O , O was O used O by O Apple O in O the O 1984 O introduction O of O the O Macintosh B-Device in O which O the O computer O announced O itself O to O the O world O ( O and O poked O fun O at O the O weight O of O an O IBM O computer O ) O . O Lightroom B-Operating_System Classic O CC O and O Lightroom B-Operating_System CC I-Operating_System feature O the O following O workflow O steps O : O TitleDeveloper(s ) O Wii B-Operating_System PointsRelease O Date O " O Aha O ! O EverQuest B-Operating_System : I-Operating_System Prophecy I-Operating_System of I-Operating_System Ro I-Operating_System was O released O on O February O 21 O , O 2006 O , O and O introduced O new O content O , O zones O , O monsters O , O revamps O , O and O features O . O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Serpent I-Operating_System 's I-Operating_System Spine I-Operating_System was O released O as O the O twelfth O expansion O on O September O 19 O , O 2006 O . O The O openSUSE B-Operating_System Leap O KDE B-Application experience O is O built O on O long-term O support O versions O of O KDE B-Language Plasma I-Language , O starting O with O openSUSE B-Operating_System Leap O 42.2 O . O BIOS B-Operating_System sets O EBX O to O zero O if O all O done O . O iTunes B-Operating_System Originals I-Operating_System – O R.E.M. O On O a O ccNUMA O multiprocessor B-Operating_System system O ( O Opteron B-General_Concept ) O this O includes O the O memory O which O is O installed O in O the O remote O nodes O , O because O the O CPUs O can O directly O address O ( O and O cache B-General_Concept ) O all O memory O regardless O if O it O is O on O the O home O node O or O remote O . O It O is O an O upgraded O version O of O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System with O improved O hardware O to O enable O 4K B-Architecture rendering O and O improved O PlayStation B-Device VR I-Device performance O , O including O an O upgraded O GPU B-Architecture with O 4.198 O teraflops O of O processing O power O and O hardware O support O for O checkerboard O rendering O , O and O a O higher O CPU O clock O . O Official O model O accessories O of O a O miniature O Mega-CD B-Device , O a O miniature O Super B-Device 32X I-Device , O a O miniature O Sonic B-Application & I-Application Knuckles I-Application lock-on O Genesis O cartridge O , O and O a O miniature O Sonic B-Application the I-Application Hedgehog I-Application standard O Mega B-Operating_System Drive I-Operating_System cartridge O were O also O sold O separately O in O Japan O . O MVCO O compliance O of O every O autonomous O database O system O ( O or O transactional O object O ) O in O a O mixed O multidatabase O environment O of O single-version O and O multi-version O databases O is O a O necessary O condition O for O guaranteeing O Global O one-copy-serializability O ( O 1SER O ) O . O Locking-based O global O deadlocks B-Operating_System are O resolved O automatically O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O of O the O demo O allows O the O use O of O Hayabusa O and O Hitomi O , O while O the O PlayStation B-Operating_System 3 I-Operating_System version O makes O Hayate O and O Ayane O playable O . O Mozilla B-Operating_System also O uses O it O in O their O Thunderbird B-Application email-client I-Application . O The O Windows O versions O of O VeraCrypt B-Operating_System can O create O and O run O a O hidden O encrypted O operating O system O whose O existence O may O be O denied O . O The O implementations O of O dynamic B-Operating_System loading I-Operating_System on O UNIX-like B-Operating_System operating I-Operating_System systems I-Operating_System and O Windows B-Application allow O programmers O to O extract O symbols O from O the O currently O executing O process O . O Support O for O Maemo B-Operating_System was O later O dropped O . O There O are O multiple O algorithms O that O are O directly O based O or O at O least O inspired O by O the O original O Parareal B-Operating_System algorithm O . O It O also O was O the O first O T O Series O notebook B-Device to O adopt O widescreen O resolution O as O a O mainstream O option O ; O the O traditional O 4:3 O aspect B-Device ratio I-Device screens O was O also O offered O as O an O alternative O at O the O time O but O mass O industry O adoption O of O the O widescreen O standard O meant O that O it O was O the O last O ThinkPad B-Operating_System of O its O kind O to O use O the O 4:3 O standard O . O Its O indirect O successor O is O Office B-Operating_System Forms I-Operating_System , O is O free O to O anyone O with O a O Microsoft O Account O . O Gentoo/FreeBSD O brings O the O Gentoo B-Application Linux I-Application design O , O structure O , O and O tools O such O as O Portage B-Application and O the O Gentoo B-Application Linux I-Application base O layout O to O the O FreeBSD B-Operating_System operating B-General_Concept system I-General_Concept . O Version O 4.01 O ( O OEM O ) O – O Microsoft O rewritten O Version O 4.00 O released O under O MS-DOS B-Application label O but O not O IBM B-Operating_System PC I-Operating_System DOS I-Operating_System . O Version O 5.0 O ( O Retail O ) O – O includes O a O full-screen B-Application text I-Application editor I-Application . O CO O , O its O special O cases O , O and O its O generalizations O are O interoperable O and O achieve O global B-Operating_System serializability I-Operating_System while O transparently O being O utilized O together O in O a O single O heterogeneous O distributed O environment O comprising O objects O with O possibly O different O concurrency B-Operating_System control I-Operating_System mechanisms O . O The B-Operating_System Wii I-Operating_System Rod O is O bundled O with O the O game O Rapala O 's O Fishing O Frenzy O with O Rod O . O Chipsets B-Device and O motherboards B-Device allowing O more O than O 4GiB O of O RAM O with O x86 B-Operating_System processors O do O exist O , O but O in O the O past O , O most O of O those O intended O for O other O than O the O high-end O server O market O could O access O only O 4GiB O of O RAM O . O On O August O 2 O , O 2012 O , O GreenSpace B-Operating_System received O a O major O update O . O Amiibo B-Application Festival I-Application is O a O party O video O game O for O the B-Operating_System Wii I-Operating_System U O released O in O November O 2015 O that O heavily O utilizes O Amiibo B-Device . O The O daemon O will O invoke O pre-configured O SysRq B-Device triggers O when O system B-Operating_System load I-Operating_System average I-Operating_System exceeds O a O certain O threshold O . O There O are O no O differences O in O content O between O the O two O versions O of O the O game O , O with O the O only O exception O being O that O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System version O looks O better O on O a O large O screen O due O to O resolution O issues O . O DVCPRO O HD O ) O , O VC-1 B-Operating_System ( O a.k.a. O WMV3 B-Device ) O , O VC-2 B-Application ( O a.k.a. O Other O algorithms O have O been O proposed O that O make O use O of O divide O and O conquer O , O indices O , O MapReduce B-Operating_System and O general-purpose B-Architecture computing I-Architecture on I-Architecture graphics I-Architecture cards I-Architecture . O Improved O RPC B-Operating_System communication O between O the O PHP B-Application application O and O its O server O processes O gives O Roadrunner B-Language the O ability O to O offload O some O of O the O heavy O communication O from O PHP B-Application to O Go O . O This O was O apparently O never O published O " O as O is O " O , O but O was O further O developed O into O Concurrent B-Operating_System CP/M I-Operating_System -286 O , O which O seems O to O have O formed O the O basis O for O the O later O Concurrent B-Operating_System DOS I-Operating_System 286 I-Operating_System in O 1985 O and O FlexOS B-Operating_System 286 I-Operating_System in O 1986 O . O The O following O list O of O commands B-Application are O supported O by O the O MP/M B-Operating_System II I-Operating_System Console B-Application Command I-Application Processor O CCP O : O 411Mania O gave O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O a O score O of O 8.7 O out O of O 10 O and O called O it O " O the O kind O of O shooter O that O I O enjoy O . O Mobicip B-Application is O supported O on O various O types O of O devices O used O by O families O such O as O the O iPhone B-Device , O iPod B-Device Touch I-Device , O iPad B-Device , O Android B-Application , O Windows B-Application , O macOS B-Application and O Chromebook B-Operating_System . O The O game O was O inspired O by O the O 2011 O film O Contagion O and O the O 2008 O Adobe B-Operating_System Flash I-Operating_System game O Pandemic O 2 O . O Java O applications O that O use O AMQP B-Operating_System are O typically O written O in O Java O JMS B-Language . O Plants B-Application vs. I-Application Zombies I-Application : I-Application Battle I-Application for I-Application Neighborville I-Application is O a O third-person O shooter O developed O by O PopCap O Games O and O published O by O Electronic O Arts O for O PlayStation B-Operating_System 4 I-Operating_System , O Windows O , O Xbox B-Device One I-Device and O Nintendo B-Application Switch I-Application . O Apple O Inc O . O used O Adium B-Protocol X I-Protocol 0.89.1 O ' O s O build O time O in O Xcode B-Operating_System 2.3 O as O a O benchmark O for O comparing O the O performance O of O the O Mac B-Device Pro I-Device and O Power B-Device Mac I-Device G5 I-Device Quad I-Device , O and O Adium B-Protocol 1.2 O ' O s O build O time O in O Xcode B-Operating_System 3.0 O as O a O benchmark O for O comparing O the O performance O of O the O eight-core O Mac B-Device Pro I-Device and O Power B-Device Mac I-Device G5 I-Device Quad I-Device . O These O included O new O APIs O for O the O file B-Application system I-Application and O the O bundling O of O the O Carbon B-Operating_System library O that O apps O could O link O against O instead O of O the O traditional O API O libraries O — O apps O that O were O adapted O to O do O this O could O be O run O natively O on O Mac B-Operating_System OS I-Operating_System X I-Operating_System as O well O . O As O with O the O first O instalment O in O the O series O , O outside O of O Europe O the O game O was O distributed O in O North O America O by O Interplay O Entertainment O and O in O Japan O by O Arrow O Micro-Techs O Corp O , O which O once O again O developed O and O published O Japanese-exclusive O versions O for O the O PC-98 B-Operating_System and O FM B-Device Towns I-Device computers O . O GameRankings O and O Metacritic O gave O it O a O score O of O 55.52 O % O and O 54 O out O of O 100 O for O the O PlayStation B-Operating_System 3 I-Operating_System version O ; O 55.37 O % O and O 52 O out O of O 100 O for O the O PlayStation B-Device 2 I-Device version O ; O and O 54.67 O % O and O 49 O out O of O 100 O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O . O IGTV B-Operating_System is O a O vertical O videoapplication O launched O by O Instagram B-Application in O June O 2018 O . O Unlike O most O other O Adobe O products O , O such O as O members O of O Adobe B-Operating_System Creative I-Operating_System Suite I-Operating_System family O , O the O Acrobat O products O do O not O have O icons O that O display O two O letters O on O a O colored O rectangle O . O In O the O 21st O century O , O the B-Operating_System Internet I-Operating_System of I-Operating_System things I-Operating_System is O leading O to O the O connection O of O new O types O of O devices O to O the O Internet O , O bringing O reality O to O Cerf O 's O vision O of O " O IP B-Protocol on O Everything O " O . O According O to O Lonergan O , O the O term O IoT O was O coined O before O smart B-Application phones I-Application , O tablets O , O and O devices O as O we O know O them O today O existed O , O and O there O is O a O long O list O of O terms O with O varying O degrees O of O overlap O and O technological O convergence O : O Internet O of O things O , O Internet O of O everything O ( O IoE O ) O , O Internet O of O goods O ( O supply O chain O ) O , O industrial B-Device Internet I-Device , O pervasive B-Architecture computing I-Architecture , O pervasive O sensing O , O ubiquitous B-Architecture computing I-Architecture , O cyber-physical B-General_Concept systems I-General_Concept ( O CPS O ) O , O wireless B-Architecture sensor I-Architecture networks I-Architecture ( O WSN B-Architecture ) O , O smart B-General_Concept objects I-General_Concept , O digital B-General_Concept twin I-General_Concept , O cyberobjects O or O avatars O , O cooperating O objects O , O machine O to O machine O ( O M2M O ) O , O ambient B-Operating_System intelligence I-Operating_System ( O AmI B-Operating_System ) O , O Operational O technology O ( O OT O ) O , O and O information B-General_Concept technology I-General_Concept ( O IT O ) O . O IaC B-Architecture grew O as O a O response O to O the O difficulty O posed O by O utility B-Operating_System computing I-Operating_System and O second-generation O web O frameworks O . O The O toolkit O comes O bundled O with O Creative B-Operating_System Suite I-Operating_System and O Technical B-Application Communication I-Application Suite I-Application editions O and O can O access O tools O within O applications O like O Photoshop B-Operating_System , O FrameMaker B-Device , O InDesign B-Operating_System or O After B-Operating_System Effects I-Operating_System for O batch-processing O projects O . O Interplay O had O intended O to O port O the O game O to O Sega B-Operating_System Genesis I-Operating_System but O instead O did O so O for O the O Sega B-Device 32X I-Device . O For O example O , O with O the O new O app O thinning O technology O , O when O a O user O downloads O a O new O app O onto O their O new O iPhone B-Operating_System 6S I-Operating_System , O the O download O would O only O include O the O images O and O data O that O are O required O on O that O device O , O so O that O no O space O is O required O for O the O images O and O data O that O would O not O be O used O on O the O device O . O NCAA B-Application Football I-Application 07 I-Application was O released O on O July O 18 O , O 2006 O , O and O was O the O series O ' O first O release O on O both O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PSP B-Operating_System . O The O future O of O the B-Operating_System Wii I-Operating_System U O was O left O unclear O with O Nintendo O 's O announcement O of O a O new O console O platform O codenamed O NX B-Application , O which O was O scheduled O to O be O launched O worldwide O in O March O 2017 O . O Hinge B-Operating_System marketing O focuses O on O its O " O designed O to O be O deleted O " O theme O ; O when O two O Hinge B-Operating_System users O fall O in O love O , O the O app O 's O mascot O Hingie O is O shown O being O destroyed O in O various O ways O such O as O getting O roasted O in O a O campfire O , O encased O in O ice O , O run O over O by O a O taxi O , O or O flattened O by O an O air O conditioning O unit O . O Due O to O the O small O size O of O the O FutureSplash B-Operating_System Viewer O , O it O was O particularly O suited O for O download O on O the O Web O . O On O the B-Operating_System Wii I-Operating_System U O Virtual B-Application Console I-Application , O however O , O the O Restore O Point O feature O saves O scores O for O both O games O . O In O response O , O LaunchBar B-Operating_System was O changed O to O display O its O window O at O the O center O of O the O screen O , O below O the O menu O bar O . O The O Composite O ( O ru O : O Композит O ) O was O a O Russian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System introduced O in O 1993 O by O NTK O ( O ru O : O НТК O ) O , O with O 48KB O RAM B-Architecture . O It O is O a O modified O version O of O Leningrad B-Device 2 O , O produced O by O the O Composite O co-op O . O Dubna B-Device 48K I-Device ( O ru O : O Дубна B-Device 48К I-Device ) O was O a O 1991 O Soviet O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System home O computer O , O named O after O the O town O of O Dubna O , O where O it O was O produced O . O It O used O Zilog B-General_Concept Z80 I-General_Concept processor O clone B-General_Concept . O The O Duet O ( O ru O : O Дуэт O ) O was O a O ZX B-Operating_System Spectrum I-Operating_System 48K O clone B-General_Concept produced O at B-Operating_System the O Lianozovsky O Electromechanical O Plant O ( O LEMZ O , O Moscow O ) O . O The O Ella O Ra O , O Also O known O as O the O Elara-Disk O 128 O , O this O was O a O Russian O clone B-General_Concept , O made O in O 1991 O , O of O the O ZX B-Operating_System Spectrum I-Operating_System 128K O . O It O featured O a O 58-key O keyboard O , O floppy B-Device disk I-Device drive I-Device , O and O ports O for O both O Kempston O and O Sinclair O joysticks B-Device . O All O the O devices O that O supported O iPadOS B-Operating_System 13 I-Operating_System also O support O iPadOS B-Operating_System 14 I-Operating_System . O Shows O iPod B-Operating_System battery O level O in O source O list O ( O iPod B-Device Nano I-Device 3G O , O iPod B-Operating_System Classic O , O iPod B-Device Touch I-Device , O and O iPhone B-Operating_System with O 1.1.2 O software O ) O . O In O 1989 O Lynne O Jolitz O and O William O Jolitz O began O porting O BSD B-Operating_System Unix I-Operating_System to O run O on O 386 B-General_Concept class O processors O , O but O to O create O a O free O distribution O they O needed O to O avoid O any O AT& O T-contaminated O code O , O including O Joy O 's O vi B-Application . O However O , O Mike O LeChevallier O of O Slant O Magazine O gave O it O two O stars O out O of O five O , O saying O , O " O With O a O full-bodied O hike O in O attention O to O detail O , O The O Chase O Begins O could O have O been O a O satisfying O alternative O for O Lego O fans O who O have O n't O yet O obtained O a O Wii O U O , O or O simply O gamers O who O 've O been O bellowing O for O a O well-made O 3DS B-Operating_System addition O to O the O franchise O . O Resident B-Application Evil I-Application : I-Application The I-Application Umbrella I-Application Chronicles I-Application was O released O in O 2007 O for O the B-Operating_System Wii I-Operating_System , O with O a O sequel O , O Resident B-Application Evil I-Application : I-Application The I-Application Darkside I-Application Chronicles I-Application released O in O 2009 O ( O both O were O later O ported O to O the O PlayStation B-Operating_System 3 I-Operating_System in O 2012 O ) O . O The O game O was O released O after O eight O years O of O development O for O Apple O Arcade O on O 10 O July O 2020 O with O the O PC O , O Playstation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device versions O being O announced O for O later O in O the O month O . O Cliqz B-Operating_System GmbH I-Operating_System acquired O Ghostery B-Operating_System from O Evidon O Inc O . O in O February O 2017 O . O Nintendo B-Operating_System 3DS I-Operating_System sister O title O Power B-Application of I-Application Illusion I-Application ( O renamed O as O Mickey B-Application ’s O Marvelous O Adventure O ) O arrived O with O The O Power O of O Two O on O the O same O day O in O Japan O . O If O not O written O correctly O , O programs O using O non-blocking O sockets O are O particularly O susceptible O to O race B-Operating_System conditions I-Operating_System due O to O variances O in O network O link O speed O . O A O socket B-Protocol is O typically O set O to O blocking B-Operating_System or O non-blocking O mode O using O the O functions O fcntl B-Application and O ioctl B-Operating_System . O The O increase O in O transmissions O could O be O important O for O Internet B-Operating_System of I-Operating_System Things I-Operating_System devices O , O where O many O nodes O connect O throughout O a O whole O house O . O Mobile O versions O refer O to O versions B-Operating_System of I-Operating_System Windows I-Operating_System that O can O run O on O smartphones O or O personal O digital O assistants O . O SnasciOS O Snasci O OS O is O a O general O purpose O operating B-General_Concept system I-General_Concept built O upon O OpenBSD B-Operating_System and O the O Lumina B-Application Desktop I-Application Environment I-Application . O Evolution B-Application 2 I-Application : I-Application Far I-Application Off I-Application Promise I-Application was O also O released O for O the O European O market O in O 2001 O as O one O of O the O last O European O Dreamcast B-Operating_System games O . O A O unit O of O work O representing O one O of O the O steps O in O a O process B-Operating_System . O The O developer O , O Shawn O Hitchcock O , O announced O that O he O will O be O releasing O Emily B-Application Wants I-Application to I-Application Play I-Application on O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device , O creating O a O VR O update O and O a O sequel O titled O Emily B-Application Wants I-Application to I-Application Play I-Application Too I-Application . O It O was O provided O in O standard O standalone O edition O and O studio O edition O , O which O adds O plug-ins B-Application for O Photoshop B-Operating_System , O Elements O , O and O Lightroom B-Operating_System . O RISC B-Operating_System OS I-Operating_System 3.60 O followed O in O 1995 O . O Contrary O to O standby O power O , O which O is O a O low O power O mode O of O devices O such O as O TVs B-Operating_System to O maintain O system O functions O such O as O responding O to O remote B-Protocol control I-Protocol , O true O no-load O energy O does O nothing O of O use O . O The O food O was O then O delivered O to O the O address O the B-Operating_System Wii I-Operating_System user O has O registered O on O the O channel O . O Implemented O as O an O extension B-Operating_System for O the O Mozilla B-Application Firefox I-Application browser O , O it O records O user O actions O and O saves O them O in O semi-natural O language O scripts B-Language . O In O reviewing O the O ZX B-Operating_System Spectrum I-Operating_System version O , O reviewer O James O Leach O of O Your O Sinclair O was O critical O of O the O game O 's O graphics O as O being O too O fast O , O but O praised O the O game O as O being O fun O . O Elminage B-Application Gothic O 3DS B-Operating_System Remix O : O Ulm O Zakir O to O Yami O no O Gishiki O ( エルミナージュ O ゴシック O 3D O REMIX O 〜ウルム・ザキールと闇の儀式〜 O ) O was O developed O by O Starfish O SD O and O released O in O September O 2013 O for O the O Nintendo B-Operating_System 3DS I-Operating_System . O In O August O 1983 O , O Bruce O Skidmore O , O Raymond O D O . O Pedrizetti O , O Dave O Brown O and O Gordon O Edmonds O teamed O up O to O create O PC-MODE O , O an O optional O module O for O Concurrent O CP/M B-Operating_System -86 I-Operating_System 3.1 O ( O with O BDOS B-Operating_System 3.1 O ) O to O provide O basic O compatibility O with O PC B-Operating_System DOS I-Operating_System 1.1 O ( O and O MS-DOS B-Application 1.1 O ) O . O This O was O shown O publicly O at O COMDEX O in O December O 1983 O and O shipped O in O March O 1984 O as O Concurrent O DOS B-Device 3.1 O ( O a.k.a. O CDOS O with O BDOS B-Operating_System 3.1 O ) O to O hardware O vendors O . O In O 2011 O , O BlackBerry B-Operating_System shipped O 43% O of O all O smartphones B-Application to O Indonesia O . O In O the O case O of O users O uploading B-Application files B-Operating_System over O the O internet O , O uploading B-Application is O often O slower O than O downloading B-Application as O many O internet O service O providers O ( O ISPs O ) O offer O asymmetric O connections O , O which O offer O more O network B-Architecture bandwidth O for O downloading B-Application than O uploading B-Application . O Noiseless B-Operating_System CK O ( O former O Pro O ) O offers O presets O for O fast O one-click O results O ( O 10 O Pro O Presets O + O 2 O Presets O for O RAW O ) O , O custom O noise O reduction O presets O , O adjustable O level O of O noise O reduction O , O automatic O smart O noise O identification O technology O , O advanced O technology O for O GoPro B-Device & O other O action O cameras O , O advanced O noise O reduction O for O smartphone O photos O , O adjust O panel O for O fine-tuning O the O noise O reduction O , O multiple O compare O modes O , O free O trainings O with O pro O photographers O , O advanced O RAW O noise O reduction O technology O , O adobe O RGB O / O Pro O Photo O color O space O support O , O navigation O view O for O easy O image O navigation O , O advanced O controls O for O powerful O detail O recovery O , O plug-in O support O for O Lightroom B-Operating_System , O Aperture B-Operating_System and O Adobe B-Operating_System PS I-Operating_System . O GameSpy O closed O its O review O by O putting O Elite O Force O as O one O of O the O year O 's O best O first-person O shooters O , O and O " O almost O certainly O the O best O Star B-Operating_System Trek I-Operating_System game O period O , O a O franchise O infamous O for O its O string O of O bad O titles O " O . O Join B-Language Java I-Language is O a O programming O language O based O on O the O join-pattern B-Operating_System that O extends O the O standard O Java B-Language programming I-Language language I-Language with O the O join O semantics O of O the O join-calculus B-Language . O The O joystick B-Device port O was O changed O to O one O which O was O Kempston-compatible O , O and O the O keyboard O was O much O improved O . O The O Master O ( O ru O : O MACTEP O ) O was O a O Soviet O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System made O in O 1990 O . O It O ran O at B-Operating_System 2.5MHz O with O 48KB O RAM B-Architecture , O and O It O had O ports O for O both O Sinclair O and O Kempston O joysticks B-Device . O Master O K O is O a O Russian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System made O in O Ivanovo O in O 1991 O . O iOS B-Operating_System 8 I-Operating_System introduced O Spotlight B-Application Suggestions I-Application , O a O new O search O feature O that O integrates O with O many O websites O and O services O to O show O more O detailed O search O results O , O including O snippets O of O Wikipedia O articles O , O local O news O , O quick O access O to O apps O installed O on O the O device O , O iTunes B-Operating_System content O , O movie O showtimes O , O nearby O places O , O and O info O from O various O websites O . O Lippert O designed O the O game O around O a O 3D O cabin O model O he O made O while O learning O to O use O the O Unreal B-Operating_System Engine I-Operating_System . O In O 2005 O , O two O years O after O the O introduction O of O the O iTunes O platform O , O the O show O was O also O offered O there O as O a O bona O fide O podcast B-Operating_System . O BSD/OS B-Operating_System had O a O reputation O for O reliability O in O server B-Application roles O ; O the O renowned O Unix O programmer O and O author O W O . O Richard O Stevens O used O it O for O his O own O personal O web B-Application server I-Application . O Assassin B-Application 's I-Application Creed I-Application Odyssey I-Application was O released O in O October O 2018 O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O Windows O , O and O Nintendo B-Application Switch I-Application , O and O in O November O 2019 O for O the O Stadia B-Application . O The O modern-day O narrative O continues O from O the O events O of O Origins O , O as O Layla O , O after O being O recruited O to O the O Assassins O , O searches O for O Atlantis B-Application , O which O is O rumored O to O house O a O powerful O artifact O : O the O Staff O of O Hermes O Trismegistus O . O Large O programs O could O be O broken O up O into O various O pieces O by O use O of O the O " O CHAIN B-Operating_System " O instruction O . O The O main O series O of O controllers O utilized O by O the B-Operating_System PlayStation I-Operating_System series O is O the O DualShock B-Device , O which O is O a O line O of O vibration-feedback B-Device gamepad B-Device having O sold O 28 O million O controllers O by O June O 2008 B-Application . O The O PlayStation B-Operating_System 3 I-Operating_System ( O PS3 B-Operating_System ) O is O a O home B-Device video I-Device game I-Device console I-Device developed O by O Sony O Interactive O Entertainment O . O The O user O can O enter O input O into O multiple O fields O in O a O form O on O the O screen O ( O defined O to O the O terminal O by O the O receiving O system O ) O , O moving O the O cursor B-Application around O the O screen O using O keys O such O as O and O the O arrow B-Device keys I-Device and O performing O editing O functions B-Operating_System locally O using O , O , O and O so O forth O . O Whilst O the O key O will O cause O an O input O line O to O be O sent O to O the O host B-Device in O line-at-a-time O mode O , O the O key O will O rather O cause O the O terminal O to O transmit O the O contents O of O the O character O row O where O the O cursor B-Application is O currently O positioned O to O the O host B-Device , O host-issued O prompts O and O all O . O The O BIOS B-Operating_System revenue O stream O was O heavily O leveraged O through O fully O paid-up O licenses O , O and O by O early O 2006 O this O business O model O was O no O longer O sustainable O . O The O NoScript B-Operating_System extension O for O Firefox B-Application mitigates O CSRF B-Protocol threats O by O distinguishing O trusted O from O untrusted O sites O , O and O removing O authentication O & O payloads O from O POST B-Protocol requests I-Protocol sent O by O untrusted O sites O to O trusted O ones O . O In O Tcl B-Operating_System , O values O are O " O dual-ported O " O such O that O the O value O representation O is O used O at O the O script O level O , O and O the O language O itself O manages O the O corresponding O data B-General_Concept structure I-General_Concept , O if O one O is O required O . O With O the O 2007 O version O , O Microsoft B-Operating_System Office I-Operating_System InterConnect I-Operating_System was O released O in O two O languages O : O Current O FreeBSD B-Operating_System shar B-General_Concept . O , O this O database O aggregates O 807 O IoT-related O terms O , O while O keeping O material O " O transparent O and O comprehensive. O " O Despite O a O shared O belief O in O the O potential O of O the O IoT B-Operating_System , O industry O leaders O and O consumers O are O facing O barriers O to O adopt O IoT B-Operating_System technology O more O widely O . O Examples O include O Cream B-Application , O which O makes O Vim B-Application behave O like O a O click-and-type O editor O , O or O VimOutliner O , O which O provides O a O comfortable O outliner B-Application for O users O of O Unix-like B-Operating_System systems I-Operating_System . O When O the B-Operating_System Wii I-Operating_System Remote O is O pointed O towards O the O screen O , O the O angle O switches O into O a O first-person O perspective O , O where O players O can O lock O onto O targets O and O fire O missiles O ; O however O , O players O cannot O move O in O this O perspective O . O As O a O cooperatively O multitasked O system O relies O on O each O process O regularly O giving O up O time O to O other O processes B-Operating_System on O the O system O , O one O poorly O designed O program O can O consume O all O of O the O CPU O time O for O itself O , O either O by O performing O extensive O calculations O or O by O busy B-Operating_System waiting I-Operating_System ; O both O would O cause O the O whole O system O to O hang B-General_Concept . O Differences O exist O between O platforms O : O the O DS B-Device and O GBA B-Device versions O have O some O different O playable O characters O than O the O other O versions O , O and O the O DS B-Device and O PSP B-Operating_System versions O support O a O " O Wireless O Lobby O " O for O multiplayer O gameplay O . O Initially O , O iBooks O was O not O pre-loaded O onto O iOS B-Operating_System devices I-Operating_System , O but O users O could O install O it O free O of O charge O from O the O App B-Application Store I-Application . O With O the O release O of O iOS B-Operating_System 8 I-Operating_System , O it O became O an O integrated O app O . O Mr. O Karoshi B-Operating_System has O a O rating O of O 86% O on O Metacritic O , O based O on O 11 O reviews O . O With O version O 1.0 O of O PCDOS B-Operating_System ( O 1981 O ) O , O only O single-sided O 160KB O floppies B-Device were O supported O . O In O 1988 O , O the O budget O software O publisher O Mastertronic O released O a O commercial O port O of O Rogue B-Application for O the O Amstrad B-Device CPC I-Device , O Commodore O 64 O , O Atari B-Device 8-bit I-Device , O and O ZX B-Operating_System Spectrum I-Operating_System computers O . O Shell B-Operating_System commands O to O run O CMake O on O a O Linux B-Application system O ( O to O be O entered O in O the O directory O that O contains O the O two O files O above O ) O : O In O order O to O make O necessary O engine O improvements O , O service O for O the O PlayStation B-Operating_System 3 I-Operating_System game O client O was O terminated O with O the O expansion O 's O early O access O period O . O brings O up O the O Force B-Operating_System Quit I-Operating_System window O in O Apple O 's O macOS B-Application , O see O Option B-Device key I-Device . O The O HP B-Device 7470 I-Device was O a O small O low-cost O desktop O pen O plotter B-Operating_System introduced O by O Hewlett O Packard O 's O San O Diego O division O in O 1982 O . O The O following O diagram O follows O how O the O parallel B-Operating_System list B-Operating_System ranking I-Operating_System algorithm O uses O pointer B-Operating_System jumping I-Operating_System for O a O linked B-Data_Structure list I-Data_Structure with O 11 O elements O . O A O port O for O DOS B-Device using O DJGPP B-Application is O also O available O . O Versions O for O the B-Operating_System Wii I-Operating_System Homebrew O Channel O and O Amazon O Kindle O have O also O been O developed O . O The O original O author O , O Hungarian O Árpád O Gereöffy O , O started O the O project O because O he O was O unable O to O find O any O satisfactory O video O players O for O Linux B-Application after O XAnim O stopped O development O in O 1999 O . O These O classes O can O also O be O used O as O OLE B-Application Automation I-Application objects O outside O the O Lotus B-Operating_System Notes I-Operating_System environment O , O from O Visual B-Language Basic I-Language . O which O runs O on O Linux B-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System , O Microsoft B-Application Windows I-Application , O and O iOS B-Operating_System . O In O addition O , O it O avoids O the O whole O class O of O time-of-check-to-time-of-use B-Error_Name ( O TOCTTOU B-Error_Name ) O vulnerabilities O , O other O race B-Operating_System conditions I-Operating_System , O and O is O compatible O with O duck B-Application typing I-Application . O Thanks O to O the O copy-on-write O nature O of O Btrfs B-Operating_System , O the O original O versions O of O the O file B-Operating_System data O blocks O are O preserved O during O all O file B-Operating_System modifications O . O The O SG-1000 B-Operating_System port O was O released O in O 1983 O in O Japan O , O and O by O March O 1984 O in O Europe O . O Also O , O if O an O expansion B-Device ROM I-Device wishes O to O change O the O way O the O system B-Operating_System boots I-Operating_System unilaterally O , O it O can O simply O hook O INT O 19h O or O other O interrupts O normally O called O from O interrupt O 19h O , O such O as O INT B-Device 13h I-Device , O the O BIOS B-Operating_System disk O service O , O to O intercept O the O BIOS B-Operating_System boot B-Operating_System process I-Operating_System . O Originally O , O simple O Petri B-Operating_System nets I-Operating_System were O created O through O graphic O design O , O but O research O conducted O internally O at O LIP6 O revealed O that O it O was O needed O to O automate O such O tasks O . O The O remaining O three O m O bits O are O reserved O for O future O use O , O such O as O specifying O vector B-Operating_System lengths O >256 O bits O , O specifying O different O instruction O lengths O , O or O extending O the O opcode B-Language space O ; O however O , O as O of O 2013 O , O Intel O decided O to O introduce O a O new O encoding O scheme O , O the O EVEX B-General_Concept prefix I-General_Concept , O rather O than O expand O the O remaining O m O bits O . O Surface O runs O Windows B-Operating_System RT I-Operating_System , O which O is O preloaded O with O Windows O Mail O , O Calendar O , O Contacts O , O Sports O , O News O , O Travel O , O Finance O , O Camera O , O Weather O , O Reader O , O SkyDrive O , O Store O , O Photos O , O Skype O ( O no O longer O supported O ) O , O Maps O , O Games O , O Messaging O , O Bing B-Application , O Desktop O , O and O Xbox B-Application Music I-Application and O Xbox O Video O Windows B-Application Store I-Application applications O , O and O supports O Microsoft B-Application Office I-Application Home O and O Student O 2013 O RT O , O which O includes O Word O , O PowerPoint O , O Excel O , O and O OneNote O within O the O Desktop O application O . O In O Version B-Operating_System 7 I-Operating_System ( O 1979 O ) O each O numbered O trap B-Application received O a O symbolic O name O . O Plan B-Operating_System 9 I-Operating_System from I-Operating_System Bell I-Operating_System Labs I-Operating_System ( O mid O 80s O ) O replaced O signals O with O notes O , O which O permit O sending O short O , O arbitrary O strings O . O The O system B-Operating_System call I-Operating_System sends O a O specified O signal O to O a O specified O process B-Operating_System , O if O permissions O allow O . O The O library O function O sends O the O specified O signal O to O the O current O process B-Operating_System . O Exceptions B-General_Concept such O as O division B-Algorithm by I-Algorithm zero I-Algorithm , O segmentation B-Error_Name violation I-Error_Name ( O SIGSEGV B-Error_Name ) O , O and O floating B-Algorithm point I-Algorithm exception B-General_Concept ( O SIGFPE B-General_Concept ) O will O cause O a O core B-Error_Name dump I-Error_Name and O terminate B-Operating_System the O program B-Application . O With O the O announcement O and O development O of O the O Compilation B-Application of I-Application Final I-Application Fantasy I-Application VII I-Application , O speculation O spread O that O a O remake O of O the O original O Final B-Application Fantasy I-Application VII I-Application would O be O released O for O the O PlayStation B-Operating_System 3 I-Operating_System . O Our O first O attempt O which O we O will O see O is O non-linearizable O has O the O following O implementation O using O one O shared B-Operating_System register I-Operating_System among O the O processes O . O The O first O process B-Operating_System reads O the O value O in O the O register O as O 0 O . O The O game O received O an O aggregated O score O of O 94 O out O of O 100 O from O Metacritic O for O its O PlayStation B-Operating_System 3 I-Operating_System version O , O 93 O out O of O 100 O for O its O Xbox B-Operating_System 360 I-Operating_System version O , O and O 91 O out O of O 100 O for O its O Microsoft B-Application Windows I-Application version O . O In O terms O of O project O management O , O Aperture B-Operating_System offers O extensive O metadata O and O searching O support O , O as O well O as O the O ability O to O group O photos B-Application using O autostacking O based O on O the O time O between O shutter O clicks O . O On O March O 1 O , O 2016 O , O the O Mozilla B-Operating_System VR O team O and O the B-Application Google I-Application Chrome B-Application team O announced O the O version O 1.0 O release O of O the O WebVR O API B-General_Concept proposal O . O New O purchases O of O the O game O for O Xbox B-Operating_System 360 I-Operating_System and O PlayStation B-Operating_System 3 I-Operating_System are O provided O with O a O unique O code O that O unlocks O the O " O Catwoman B-Application " O DLC B-Protocol , O enabling O a O series O of O missions O for O Catwoman B-Application , O with O unique O weapons O and O moves O . O A O Warner O Bros O . O rep O confirmed O that O playing O as O Catwoman B-Application would O not O be O required O to O complete O the O game O . O Dark B-Application Devotion I-Application released O for O Windows O on O 25 O April O 2019 O and O for O PlayStation B-Operating_System 4 I-Operating_System and O Nintendo B-Application Switch I-Application on O 24 O October O 2019 O . O nohup B-Device is O a O command O to O make O a O command O ignore O the O signal O . O The O SIGILL O signal O is O sent O to O a O process B-Operating_System when O it O attempts O to O execute O an O illegal O , O malformed O , O unknown O , O or O privileged O instruction O . O The O SIGINT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O a O user O wishes O to O interrupt B-Application the O process B-Operating_System . O This O is O typically O initiated O by O pressing O , O but O on O some O systems O , O the O " O delete B-Device " O character O or O " O break B-Device " O key O can O be O used O . O The O SIGKILL O signal O is O sent O to O a O process B-Operating_System to O cause O it O to O terminate B-Operating_System immediately O ( O kill B-Operating_System ) O . O In O contrast O to O SIGTERM O and O SIGINT O , O this O signal O cannot O be O caught O or O ignored O , O and O the O receiving O process B-Operating_System cannot O perform O any O clean-up O upon O receiving O this O signal O . O Releases O were O timed O to O be O approximately O one O month O after O Ubuntu B-Operating_System releases O ( O which O in O turn O are O about O one O month O after O GNOME B-Application releases O and O two O months O after O X B-Operating_System Window I-Operating_System System I-Operating_System releases O ) O . O It O was O also O re-released O for O the B-Operating_System Wii I-Operating_System Virtual B-Application Console I-Application in O 2009 O , O on O the O PlayStation B-Operating_System 3 I-Operating_System via O PlayStation B-Device Network I-Device and O Xbox B-Operating_System 360 I-Operating_System via O Xbox B-Device Live I-Device Arcade I-Device download O services O in O 2012 O , O and O for O iOS B-Application and O Android B-Application devices O in O 2017 O via O Sega O Forever.The O game O also O appears O on O the O Sega B-Operating_System Genesis I-Operating_System Classics O ( O released O as O Sega B-Operating_System Mega I-Operating_System Drive I-Operating_System Classics O in O PAL O regions O ) O for O Windows O , O Linux O , O macOS O , O PlayStation O 4 O , O Xbox B-Operating_System One O and O Nintendo O Switch O . O Solaris B-Application also O supports O the O Linux B-Application platform O application B-Operating_System binary I-Operating_System interface I-Operating_System ( O ABI O ) O , O allowing O Solaris B-Application to O run O native O Linux B-Application binaries B-Application on O x86 O systems O . O Africa B-Operating_System @home I-Operating_System is O a O website O that O allow O users O to O use O their O home O computers O to O contribute O for O humanitarian O causes O at O Africa O . O Like O a O physical O computer O , O a O hypervisor B-Operating_System is O merely O a O platform O for O running O an O operating O system O environment O and O does O not O provide O application B-Application software I-Application itself O . O The O KERNAL B-Operating_System ROM B-Device occupies O the O last O 8 O KB O of O the O 8-bit O CPU O 's O 64 O KB O address O space O ( $E000 O – O $FFFF O ) O . O Despite O the O phone O 's O smaller O size O which O may O lead O to O increased O thermal O throttling O , O the O SE O 's O A13 O SoC O runs O at O the O same O peak O CPU O frequencies O as O the O iPhone B-Operating_System 11 I-Operating_System . O Java B-Language is O a O set O of O computer B-Application software I-Application and O specifications O developed O by O James O Gosling O at O Sun O Microsystems O that O provides O a O system O for O developing O application B-Application software I-Application and O deploying O it O in O a O cross-platform B-Operating_System computing O environment O . O Apple B-Operating_System iTunes I-Operating_System ( O music O player O ) O Windows O , O macOS B-Application 10.1 O + O Has O full O HLS O support O . O It O featured O a O 58-key O keyboard O , O floppy B-Device disk I-Device drive I-Device , O and O ports O for O both O Kempston O and O Sinclair O joysticks B-Device . O The O GrandRomMax O was O a O Russian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System made O in O Moscow O in O 1993 O . O It O is O very O similar O to O the O Pentagon B-Device , O but O was O designed O to O be O more O like O the O original O ZX B-Operating_System Spectrum I-Operating_System . O One O version O has O an O improperly O configured O Beta B-Device Disk I-Device Interface I-Device , O resulting O in O all O information O on O the O disk O being O destroyed O when O an O attempt O to O write O to O it O is O made O on O a O different O machine O . O Grandboard O 2+ O was O a O Russian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System , O based O on O the O GrandRomMax O GRM2+ O board O . O James B-Application Pond I-Application returned O in O James B-Operating_System Pond I-Operating_System in I-Operating_System the I-Operating_System Deathly I-Operating_System Shallows I-Operating_System for O the O iPhone O and O the O iPad O on O June O 30 O , O 2011 O . O Chariot B-Application is O a O co-op O platform O game O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Device One I-Device , O Wii B-Device U I-Device and O Microsoft B-Application Windows I-Application developed O and O published O by O Frima O Studio O , O with O the O participation O of O the O Canada O Media O Fund O . O The O Web O store O shows O the O same O content O as O the O Software O Center O application O , O with O a O download O button O that O opens O the O application O if O running O Ubuntu B-Operating_System or O a O link O to O download O the O Ubuntu B-Operating_System operating I-Operating_System system I-Operating_System installer O if O running O a O different O operating O system O . O In O contrast O , O the O full O potential O of O Multics’ O flexibility O for O even O mundane O tasks O was O not O easy O to O comprehend O in O that O era O and O its O features O were O generally O outside O the O skill O set O of O contemporary O business O analysts O . O When O asked O when O the O process B-Operating_System could O be O completed O , O the O Multician O replied O , O " O It O 's O done. O " O Crypto B-Application API I-Application is O a O cryptography O framework B-Architecture in O the O Linux B-Operating_System kernel I-Operating_System , O for O various O parts O of O the O kernel B-Operating_System that O deal O with O cryptography O , O such O as O IPsec B-Protocol and O dm-crypt O . O Version O 3.0 O was O released O in O January O 2016 O after O a O major O rewrite O of O the O application O , O installer O , O and O kernel B-Operating_System building O framework O . O The O GIOP B-Operating_System is O an O abstract O protocol O by O which O Object B-General_Concept request I-General_Concept brokers I-General_Concept ( O ORBs O ) O communicate O . O In O September O 2005 O , O Capcom O ported O the O game O to O the O PlayStation B-Operating_System Portable I-Operating_System but O it O was O only O published O in O Japan O . O A O valid O leader B-Operating_System election I-Operating_System algorithm O must O meet O the O following O conditions O : O The O FreeNAS B-Application project O was O started O in O October O 2005 O by O Olivier B-Application Cochard-Labbé I-Application who O based O it O on O the O m0n0wall B-Protocol embedded B-Architecture firewall O and O FreeBSD B-Operating_System 6.0 I-Operating_System . O A O public O multiplayer O beta O containing O two O maps O ( O " O Museum O " O and O " O Airport O " O ) O and O two O game O modes O ( O " O Crash O Site O " O and O " O Hunter O " O ) O was O available O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PlayStation B-Operating_System 3 I-Operating_System console O platforms O , O as O well O as O for O the O PC O through O Origin B-Operating_System . O Asynchronous O messaging O requires O additional O capabilities O for O storing O and O retransmitting O data O for O systems O that O may O not O run O concurrently O , O and O are O generally O handled O by O an O intermediary O level O of O software O ( O often O called O middleware B-General_Concept ) O ; O a O common O type O being O Message-oriented O middleware B-General_Concept ( O MOM O ) O . O A O blocked O sender O may O lead O to O deadlock B-Operating_System . O The O gameplay O function O of O " O drawing O " O or O " O painting O " O strokes O on O the O screen O led O several O journalists O and O gamers O alike O to O believe O that O Ōkami B-Application would O be O well-suited O for O the O Nintendo B-Device DS I-Device or O Wii B-Operating_System , O both O of O which O feature O controls O capable O of O creating O drawing O motions O freely O . O With O few O exceptions O , O non-blocking B-Operating_System algorithms I-Operating_System use O atomic B-General_Concept read-modify-write B-Operating_System primitives O that O the O hardware O must O provide O , O the O most O notable O of O which O is O compare B-Operating_System and I-Operating_System swap I-Operating_System ( O CAS B-Operating_System ) O . O In O December O 1986 O he O joined O Apple O Computer O , O and O work O on O PackIt B-Operating_System ended O . O Virtual O assistants O are O all O the O more O important O that O their O integration O in O small O and O middle-sized O enterprises O often O consists O in O an O easy O first O step O through O the O more O global O adaptation O and O use O of O Internet B-Operating_System of I-Operating_System Things I-Operating_System ( O IoT B-Operating_System ) O . O It O is O part O of O the O Just O Dance B-Application video I-Application game I-Application series O published O by O Ubisoft O originally O on O the B-Operating_System Wii I-Operating_System and O the O third O main O installment O of O the O series O . O Review B-Application aggregator I-Application website O Metacritic O gave O the O PlayStation B-Operating_System 3 I-Operating_System version O 78/100 O , O and O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O 75/100 O . O Much O of O the O performance O problem O normally O associated O with O microkernel B-Operating_System systems O are O due O to O the O context B-Operating_System switches I-Operating_System as O messages O are O passed O back O and O forth O between O applications O . O Beats B-Application is O a O rhythm-based O video O game O for O the O Sony B-Operating_System PlayStation I-Operating_System Portable I-Operating_System handheld O gaming O system O . O ZeroMQ B-Operating_System is O developed O by O a O large O community O of O contributors O , O founded O by O iMatix B-Application , O which O holds O the O domain O name O and O trademarks O . O A O modern O Wintel-compatible O computer O provides O a O setup O routine O essentially O unchanged O in O nature O from O the O ROM-resident O BIOS B-Operating_System setup O utilities O of O the O late O 1990s O ; O the O user O can O configure O hardware B-Architecture options O using O the O keyboard B-Device and O video B-Device display I-Device . O A O remastered O version O of O the O game O titled O Mortal B-Application Shell I-Application : O Enhanced O Edition O , O for O PlayStation B-Device 5 I-Device and O Xbox B-Device Series I-Device X/S I-Device was O released O on O 4 O March O 2021 O , O and O was O made O available O for O Amazon B-Operating_System Luna I-Operating_System on O 18 O November O 2021 O . O iOS B-Operating_System 12 I-Operating_System added O turn-by-turn O guidance O , O including O searching O for O points O of O interests O and O navigating O to O a O destination O , O as O well O as O support O for O third-party O navigation O apps O like O Google B-Application Maps I-Application or O Waze B-Application . O The O original O protected B-Application mode I-Application FlexOS B-Operating_System 286 I-Operating_System version O 1.3 O was O designed O for O host O machines O equipped O with O 286 B-General_Concept CPUs O , O and O with O adaptations O for O NEC B-Device V60 I-Device , O NEC B-Device V70 I-Device and O Motorola B-Device 68000 I-Device processors I-Device planned O . O FlexOS B-Operating_System 286 I-Operating_System executables O using O the O system O 's O native O INT O DCh O ( O INT O 220 O ) O application B-Application program I-Application interface I-Application had O the O filename O extension O .286 B-Operating_System . O The B-Operating_System Wii I-Operating_System version O utilizes O the B-Operating_System Wii I-Operating_System Remote O pointer O and O buttons O to O aim O and O fire O , O while O assigning O movement O and O bombs O to O the O Nunchuk O 's O analog B-Device stick I-Device and O buttons O respectively O . O Azure O functions O are O used O in O serverless B-General_Concept computing I-General_Concept architectures O where O subscribers O can O execute O code O as O an O event O driven O Function-as-a-Service O ( O FaaS B-Application ) O without O managing O the O underlying O server O resources O . O Azure O IoT B-Operating_System Hub O lets O you O connect O , O monitor O , O and O manage O billions O of O IoT B-Operating_System assets O . O Over O the O course O of O 2009 O – O 10 O , O Motorola O , O Samsung B-Application , O LG O , O and O Sony O Ericsson O announced O their O withdrawal O from O Symbian B-Operating_System in O favour O of O alternative O platforms B-Device including O Google B-Application 's I-Application Android I-Application , O Microsoft O 's O Windows B-Protocol Phone I-Protocol . O Interacting O with O the O data B-General_Concept lake I-General_Concept meant O one O had O to O have O expertise O in O Java O with O map B-Operating_System reduce I-Operating_System and O higher-level O tools O like O Apache B-Language Pig I-Language , O Apache B-Language Spark I-Language and O Apache B-General_Concept Hive I-General_Concept ( O which O by O themselves O were O originally O batch-oriented O ) O . O The O first O symbols O that O are O read O are O local O debug O symbols O if O any O , O then O private O symbols O , O then O external O symbols O , O and O finally O the O undefined O symbols O that O link O to O another O binary O symbol O table O containing O the O external O symbol O address O in O another O Mach-O B-Operating_System binary O . O Using O CrossBridge B-Language , O Adobe O ported O OpenGL B-Application for O use O within O Flash B-Operating_System Player I-Operating_System Stage3D B-Operating_System and O released O it O as O an O open-source O project O in O 2012 O . O This O is O an O example O of O fine-grained O parallelism B-Operating_System . O The O original O version O of O Adblock B-Operating_System ( O 0.1 O ) O was O written O as O a O side O project O for O Firefox B-Application by O Danish O software O developer O Henrik O Aasted O Sørensen O , O a O university O student O at O the O time O , O in O 2002 O . O Mark O Cerny O , O an O executive O at O Universal O Interactive O Studios O and O the O game O 's O producer O , O advised O that O the O team O create O a O game O with O more O mass O market O appeal O , O as O the O demographics O of O the O PlayStation B-Device were O decreasing O and O its O selection O of O children O 's O titles O were O greatly O outnumbered O by O the O Nintendo B-Operating_System 64 I-Operating_System 's O . O Hyper-threading B-Operating_System is O Intel O 's O proprietary O simultaneous B-Operating_System multithreading I-Operating_System ( O SMT O ) O implementation O used O to O improve O parallelization O of O computations O ( O doing O multiple O tasks O at O once O ) O performed O on O x86 B-Operating_System processors O . O Windows B-Operating_System 10 I-Operating_System was O available O in O 190countries O and O 111 O languages O upon O its O launch O , O and O as O part O of O efforts O to O " O re-engage O " O with O users O in O China O , O Microsoft O also O announced O that O it O would O partner O with O Qihoo O and O Tencent O to O help O promote O and O distribute O Windows10 B-Operating_System in O China O , O and O that O Chinese O PC O maker O Lenovo O would O provide O assistance O at O its O service B-Architecture centers O and O retail O outlets O for O helping O users O upgrade O to O Windows10 B-Operating_System . O A O remake O of O Lode B-Application Runner I-Application , O developed O by O Tozai O and O Southend O Interactive O , O was O released O on O April O 22 O , O 2009 O . O Lode B-Application Runner I-Application Classic O was O made O available O as O an O Xbox B-Operating_System Live O enhanced O game O for O Windows B-Protocol Phone I-Protocol 7 O series O of O phones O on O July O 18 O , O 2012 O . O In O this O case O , O it O makes O no O sense O to O leave O it O backwards O ( O as O there O is O no O data B-Operating_System dependence I-Operating_System ) O , O but O where O dependences O exist O , O caution O must O be O taken O to O revert O the O access O as O well O , O as O it O could O disrupt O the O order O of O assignments O . O The O underlying O vulnerability O is O a O state O management O problem O : O shared O state O , O race B-Operating_System condition I-Operating_System , O ambiguity O in O use O or O plain O unprotected O modifications O of O state O values O . O Federated B-Operating_System search I-Operating_System provides O a O real-time O view O of O all O sources O ( O to O the O extent O they O are O all O online O and O available O ) O . O The O boot B-Operating_System reference O carried O over O to O all O subsequent O types O of O computers O . O Later O , O ProDOS B-Operating_System arranged O the O sectors O in O this O order O : O After O a O drive O has O been O mapped O , O a O software B-Application application I-Application on O a O client B-Protocol 's O computer O can O read O and O write O files B-Operating_System from O the O shared B-General_Concept storage I-General_Concept area I-General_Concept by O accessing O that O drive O , O just O as O if O that O drive O represented O a O local O physical O hard B-Device disk I-Device drive I-Device . O ECHOERR O and O PAUSEERR O existed O as O internal O commands B-Application in O DRDOS O 6.0 O ( O and O in O Multiuser B-Operating_System DOS I-Operating_System ) O , O but O were O not O normally O enabled O . O The O Commodore B-Device Amiga I-Device was O released O in O 1985 O , O and O was O among O the O first O and O certainly O most O successful O home O computers O to O feature O an O advanced O kernel B-Operating_System architecture O . O Marvelous O Entertainment O released O the O PlayStation B-Operating_System 3 I-Operating_System version O exclusively O in O Japan O . O A O ROM O image O of O the O Mega B-Operating_System Drive I-Operating_System version O was O leaked O online O in O 2014 O by O a O former O programmer O of O the O port O . O In O 1994 O , O after O AT&T O had O sold O UNIX B-Operating_System System I-Operating_System V I-Operating_System to O Novell O and O the O rival O Unix B-Application International O consortium O had O disbanded O , O the O Open B-Application Software I-Application Foundation I-Application ceased O funding O of O research O and O development O of O OSF/1 B-Operating_System . O Historically O , O OpenZFS B-Operating_System has O been O implemented O as O a O core O ZFS B-Application code O , O with O each O operating O system O 's O team O adapting O it O to O fit O into O their O projects O . O Sony O Computer O Entertainment O of O Japan O released O Spelunker B-Application HD I-Application for O the O PlayStation B-Operating_System 3 I-Operating_System on O the O PlayStation B-Device Network I-Device Store O . O The O game O was O also O be O released O on O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System on O February O 24 O , O 2021 O . O SWFAddress O is O a O JavaScript B-Language and O ActionScript O library B-Language that O allows O Flash B-Operating_System websites I-Operating_System to O support O deep O linking O , O and O can O automatically O integrate O with O SWFObject B-Operating_System . O Solutions O to O this O problem O include O the O updated O SMB O 2.0 O protocol O , O Offline O Files B-Operating_System , O TCP B-Protocol window I-Protocol scaling I-Protocol and O WAN B-Protocol optimization I-Protocol devices O from O various O network O vendors O that O cache B-General_Concept and O optimize O SMB O 1.0 O and O 2.0 O . O Kemp O for O GameSpot O praised O the O game O for O its O " O host O of O improvements O to O its O core O gameplay O that O immensely O improves O the O experience O of O demon B-Operating_System hunting O and O exploration O " O . O A O customization O system O was O developed O where O players O can O create O custom O layers O over O sections O of O the O car O , O similar O to O layers O in O professional O image O programs O such O as O Adobe B-Operating_System Photoshop I-Operating_System . O Wearable B-Operating_System heart O rate O monitors O for O athletes O were O available O in O 1981 O . O Wearable B-Operating_System fitness O tracking O devices O , O including O wireless O heart O rate O monitoring O that O integrated O with O commercial-grade O fitness O equipment O found O in O gyms O , O were O available O in O consumer-grade O electronics O by O at O least O the O early O 2000s O . O It O is O an O alternative O to O lock-based B-Operating_System synchronization I-Operating_System . O Access O to O memory O areas O is O often O controlled O by O semaphores B-Operating_System , O which O allows O a O pathological O situation O called O a O deadlock B-Operating_System , O when O different O threads B-Operating_System or O processes B-Operating_System try O to O allocate O resources O already O allocated O by O each O other O . O Rachael O , O a O girl O whose O father O is O in O charge O of O a O resistance O hideout O against O the O demons B-Operating_System in O the O Land O of O Fire O . O The O Acer B-Operating_System N I-Operating_System series I-Operating_System is O well O known O for O the O USB B-Protocol hosts O in O the O newer O models O . O The O planned O " O DRDOS O 7.0 O " O , O internally O named O " O Panther O " O , O intended O to O trump O Microsoft O 's O troubled O MS-DOS B-Application 6.0 O , O was O repeatedly O delayed O , O while O Novell O was O working O on O an O optionally O loadable O Unix-like O multi-user O security O extension O ( O with O , O if O loaded O , O file O commands B-Application like O BACKUP B-Application , O DELPURGE O , O MOVE B-Device , O TOUCH B-Application , O TREE B-Device , O UNDELETE O , O XATTRIB O , O XCOPY O , O XDEL O and O XDIR B-Device supporting O an O otherwise O disabled O /U:name O command B-Application line I-Application option O to O select O specific O users O or O groups O , O compatible O with O Multiuser B-Operating_System DOS I-Operating_System ) O and O two O new O graphical B-Application user I-Application interfaces I-Application ( O ViewMAX B-Application 3 O , O a O derivative O of O GEM B-Application , O and O " O Star B-Operating_System Trek I-Operating_System " O , O a O true O port O of O Apple O 's O System B-Operating_System 7.1 I-Operating_System to O run O under O the O new O DRDOS O multitasker O named O " O Vladivar O " O ) O . O When O DRDOS O eventually O arrived O in O December O 1993 O ( O with O localized O versions O released O in O March O 1994 O ) O , O renamed O Novell O DOS B-Device 7 O ( O a.k.a. O It O was O larger O and O lacked O some O finishing O touches O , O but O was O nevertheless O seen O as O best O DOS B-Device by O many O industry O experts O . O In O Germany O , O Novell O DOS B-Device 7 O was O aggressively O marketed O with O the O slogan O "" O ( O Do O n't O trust O any O DOS B-Device below O 7 O ) O in O the O press O and O with O free O demo O floppies O in O computer O magazines O . O Snake B-Application Xenzia O – O Included O on O later-model O monochrome O phones O ( O and O most O cheaper O colour O phones O , O such O as O the O Series B-Operating_System 30 I-Operating_System and O Series B-Operating_System 30+ I-Operating_System budget O mobile O devices O ) O . O The O term O " O jiffy B-Operating_System " O is O sometimes O used O in O computer O animation O as O a O method O of O defining O playback O rate O , O with O the O delay O interval O between O individual O frames O specified O in O 1/100 O of O a O second O ( O 10ms O ) O jiffies B-Operating_System , O particularly O in O Autodesk B-Application Animator I-Application .FLI B-Application sequences O ( O one O global O frame O frequency O setting O ) O and O animated O Compuserve O .GIF O images O ( O each O frame O having O an O individually O defined O display O time O measured O in O 1/100s O ) O . O Eighteen O launch O games O were O available O in O the O US O Sega O set O a O new O sales O record O by O selling O more O than O 225,132 O Dreamcast B-Operating_System units O in O 24 O hours O , O earning O in O what O Moore O called O " O the O biggest O 24 O hours O in O entertainment O retail O history O " O . O AppleScript B-Application was O implemented O as O a O scripting B-Language component B-Operating_System , O and O the O basic O specs O for O interfacing O such O components O to O the O OSA O were O public O , O allowing O other O developers O to O add O their O own O scripting B-Language components O to O the O system O . O Typically O , O critical B-Operating_System sections I-Operating_System prevent O thread O and O process B-Operating_System migration I-Operating_System between O processors O and O the O preemption B-Operating_System of O processes O and O threads O by O interrupts B-Application and O other O processes O and O threads O . O An O analogy O might O be O where O a O message O broker O is O like O an O Academic O conference O , O where O each O presenter O has O the O stage O , O and O presents O in O the O order O they O are O scheduled O ; O whereas O a O tuple B-Operating_System space I-Operating_System is O like O an O Unconference O , O where O all O participants O can O write O on O a O common O whiteboard O concurrently O , O and O all O can O see O it O at O the O same O time O . O The O following O applications O are O included O in O online O and O the O apps O for O desktops O , O laptops O and O mobile O ( O tablets O , O smartphones O and O Chromebooks B-Operating_System ) O . O Scars B-Operating_System of I-Operating_System Velious I-Operating_System also O reintroduced O Ethereal O Planes O such O as O the O Plane O of O Growth O , O home O of O Tunare O ( O goddess O of O nature O ) O and O the O Plane O of O Mischief O . O In O the O United O States O , O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System sold O 66,496 O units O from O February O 2001 O through O the O first O week O of O November O . O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System holds O a O 85% O rating O on O GameRankings O . O The O third O expansion O pack O , O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System , O was O released O on O December O 4 O , O 2001 O , O a O year O after O the O second O . O It O was O released O worldwide O on O November O 13 O , O 2020 O , O for O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device 5 I-Device , O Windows O , O Xbox B-Device One I-Device , O and O Xbox B-Device Series I-Device X/S I-Device . O Rewrite B-Application was O ported O to O the O PlayStation B-Operating_System Portable I-Operating_System , O PlayStation B-Device Vita I-Device , O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Operating_System 4 I-Operating_System , O while O Harvest O festa O ! O Up O to O 8 O friends O can O join O Backbone B-Operating_System parties O , O which O function O as O private O voice B-Protocol chat I-Protocol rooms O . O Model O III O TRSDOS B-Operating_System ( O culminating O in O version O 1.3 O ) O supported O 40-track O disks O formatted O in O double O density O ( O using O modified B-Protocol frequency I-Protocol modulation I-Protocol ) O . O The O 2305 B-Device was O also O used O for O high O activity O small O data O sets O such O as O catalogs O and O job O queues O . O The O 2305-1 O runs O at O 3.0MB/second O when O attached O using O the O 2-byte O channel O interface O , O and O the O larger O 2305-2 O runs O at O 1.5MB/second O . O The O 2305 B-Device provides O large-scale O IBM O computers O with O fast O , O continuous O access O to O small-sized O quantities O of O information O . O The O IBM O 2311 O Disk B-Device Storage I-Device Drive O was O introduced O with O the O 2841 O Control O Unit O in O 1964 O for O use O throughout O the O IBM B-Application System/360 I-Application ; O the O combination O was O also O available O on O the O IBM B-Device 1130 I-Device and O the O IBM B-Device 1800 I-Device . O The O drive O also O directly O attaches O to O the O IBM B-Device System/360 I-Device Model I-Device 20 I-Device and O the O IBM B-Device System/360 I-Device Model I-Device 25 I-Device . O All O drives O used O the O IBM B-Operating_System 1316 I-Operating_System Disk I-Operating_System Pack I-Operating_System introduced O with O the O IBM O 1311 O . O Versions O running O Windows B-Application 10 O and O Google O 's O ChromeOS B-Operating_System were O options O . O The O most O powerful O configuration O had O a O Skylake O Core B-Device i7 I-Device processor O and O a O 512GB O SSD O . O The O Kobo B-Application Aura I-Application also O includes O integration O with O the O read-it-later O service O Pocket B-Operating_System . O Game O Console O Release O date O Description O GameRankings O Metacritic O Sales O Wii B-Application Fit I-Application Wii B-Operating_System The O first O game O to O use O the B-Operating_System Wii I-Operating_System Balance O Board O peripheral O , O which O it O was O bundled O with O . O The O user O can O choose O other O shells O available O with O macOS B-Application , O such O as O the O KornShell B-Language , O tcsh B-Language , O and O bash B-Operating_System . O As O of O 2008 O , O the O project B-Operating_System supports O conversion O between O ODF B-Application and O Office B-Operating_System Open I-Operating_System XML I-Operating_System file O formats O for O all O three O applications O . O Early O models O pre-installed O with O 1.xx O firmware O were O made O in O Japan O but O in O order O to O cut O costs O , O Sony O has O farmed O out O PSP B-Operating_System production O to O non-Japanese O manufacturers O , O mainly O in O China O for O units O pre-installed O with O firmware O version O 2.00 O and O above O . O It O is O supported O by O most O Unix B-Application and O Unix-like B-Operating_System systems I-Operating_System , O including O Linux B-Application and O macOS B-Application , O though O the O available O request O codes O differ O from O system O to O system O . O Role-playing O StudioGIW O Mediascape O Velocity B-Application 2X I-Application Shoot O ' O em O up O FuturLab O FuturLab O Venture O Towns O Kairosoft O Kairosoft O Vera O Blanc O : O Full O Moon O Visual O novel O Winter O Wolves O Ratalaika O Games O Verdun B-Application First-person O shooter O CP O P O VEV O : O Viva O Ex O Vivo O Truant O Pixel O Truant O Pixel O VR O Victor B-Application Vran I-Application Action B-Application role-playing I-Application Haemimont O Games O Haemimont O Games O P O Videoball B-Operating_System Sports O Action B-Application Button O Entertainment O Iron O Galaxy O Vigil O : O The O Longest B-Application Night I-Application Glass O Heart O Games O Another O Indie O Viking O Squad O Slick O Entertainment O Slick O Entertainment O P O Vikings B-Application : I-Application Wolves I-Application of I-Application Midgard I-Application Action B-Application role-playing I-Application Games I-Application Farm O Kalypso O Media O P O Virginia B-Application Adventure O Variable O State O 505 O Games O Virtua B-Application Fighter I-Application 5 I-Application : I-Application Ultimate I-Application Showdown I-Application Fighting O Sega O Virtuous O Western O Puzzle O Platformer O Ratalaika O Games O Ratalaika O Games O Visage B-Application Survival B-Application horror B-Application SadSquare O Studio O SadSquare O Studio O VizionEck O Cube O Royale O First-person O shooter O VizionEck O VizionEck O Voice O of O Cards O : O The O Forsaken O Maiden O Role-playing O Alim O Square O Enix O Voice B-Application of I-Application Cards I-Application : I-Application The I-Application Isle I-Application Dragon I-Application Roars I-Application Role-playing O Alim O Square O Enix O Void B-Application Bastards I-Application Blue O Munchu O Humble O Bundle O Void O Terrarium O Nippon O Ichi O Software O Nippon O Ichi O Software O Volgarr B-Application the I-Application Viking I-Application Platform O Crazy O Viking O Studios O Crazy O Viking O Studios O Volume B-Application Stealth O Mike O Bithell O Games O Mike O Bithell O Games O VR O V-Rally B-Application 4 I-Application Racing O Kylotonn O Bigben O Interactive O P O VVVtunia O Role-playing O Compile O Heart O Idea O Factory O VVVVVV B-Application 2D O platform O Terry O Cavanagh O Nicalis O The B-Application Walking I-Application Dead I-Application : I-Application Michonne I-Application Graphic O adventure O Telltale O Games O Telltale O Games O The B-Application Walking I-Application Dead I-Application : I-Application Season I-Application One I-Application Graphic O adventure O Telltale O Games O Telltale O Games O The B-Application Walking I-Application Dead I-Application : I-Application Season I-Application Two I-Application Graphic O adventure O Telltale O Games O Telltale O Games O The B-Application Walking I-Application Dead I-Application : I-Application Season I-Application Three I-Application Graphic O adventure O Telltale O Games O Telltale O Games O The B-Application Walking I-Application Dead I-Application : I-Application The I-Application Final I-Application Season I-Application Graphic O adventure O Telltale O Games O Telltale O Games O Wand O Wars O Moonradish O Moonradish O Wandersong B-Application Greg B-Application Lobanov I-Application Humble O Bundle O War O Mongrels O Real-time B-Application tactics I-Application Destructive B-Application Creations I-Application All O in O ! O Dante O learns O that O he O and O Vergil O are O not O only O long-lost O twin O brothers O but O also O Nephilim B-Operating_System , O the O children O of O an O angel O and O a O demon O and O the O only O beings O capable O of O killing O the O cruel O demon O king O Mundus O . O It O is O powered O by O an O ARM9 B-Architecture processor O clocked O at O 156MHz O and O runs O the O Symbian B-Operating_System OS I-Operating_System with O the O UIQ B-Language graphical O user O interface O . O In O 2017 O , O Josh O Prod O published O a O Dreamcast B-Operating_System version O with O all O the B-Operating_System Wii I-Operating_System updates O titled O titled O Rush B-Application Rush I-Application Rally I-Application Reloaded O . O Each O level O features O several O interconnected O platforms O holding O a O number O of O " O dominoes B-Operating_System " O . O The B-Operating_System Wii I-Operating_System version O of O the O game O features O more O stylised O graphics O and O utilises O a O nuanced O physics O system O to O allow O for O more O casual O , O arcade-style O gameplay O . O The O key O aspect O is O " O the O ability O of O an O MPI O process O to O participate O in O the O creation O of O new O MPI O processes B-Operating_System or O to O establish O communication O with O MPI O processes B-Operating_System that O have O been O started O separately. O " O The O model O lineup O announced O at O launch O included O only O Xeon B-General_Concept Phi I-General_Concept of O bootable O form-factor O , O but O two O versions O of O it O : O standard O processors O and O processors O with O integrated O Intel O Omni-Path B-Operating_System architecture I-Operating_System fabric O . O Disney O has O released O multiple O versions O for O different O game O systems O including O Nintendo B-Operating_System Wii I-Operating_System , O PC O , O Xbox B-Operating_System 360 I-Operating_System , O and O PlayStation B-Device 2 I-Device and O 3 O . O The O project O would O have O been O the O first O instance O of O Nintendo O using O glasses-free B-Algorithm 3D I-Algorithm in O their O products O and O pre-dated O the O Nintendo B-Operating_System 3DS I-Operating_System by O nine O years O . O It O also O features O a O 5-megapixel O , O rear-facing O camera B-Protocol capable O of O 1080p O video O recording O ; O and O a O 720p O HD O front-facing O videophone B-Application camera B-Protocol designed O for O FaceTime B-Operating_System . O In O Japan O , O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System version O of O Kuro B-Device no I-Device Kiseki I-Device was O the O highest O selling O physical O game O of O its O release O week O , O selling O an O estimated O 50,100 O copies O . O In O August O 2012 O , O a O Nokia O employee O demonstrated O the O OS O running O on O a O Raspberry B-Operating_System Pi I-Operating_System . O Apple O and O HP O sold O out O their O holdings O in O the O company O , O making O Taligent B-Operating_System Inc I-Operating_System . I-Operating_System a O wholly O owned O subsidiary O of O IBM O alone O . O The O North O American O version O was O released O in O September O 1999 O as O a O launch O game O for O the B-Operating_System Dreamcast I-Operating_System and O was O part O of O the O successful O launch O of O the O new O console O . O The O underlying O Theory O of O Commitment B-Architecture ordering I-Architecture , O part O of O Serializability B-Operating_System theory I-Operating_System , O is O both O sound O and O elegant O ( O and O even O " O mathematically O beautiful O " O ; O referring O to O structure O and O dynamics O of O conflicts O , O graph O cycles O , O and O deadlocks B-Operating_System ) O , O with O interesting O implications O for O transactional O distributed B-Architecture applications I-Architecture . O All O the O qualities O of O CO O in O the O list O above O , O except O the O first O three O , O are O also O possessed O by O SS2PL B-Operating_System , O which O is O a O special O case O of O CO O , O but O blocking O and O constraining O . O Still O , O this O is O a O damn O good O basketball B-Application game O and O your O best O option O on O the O 360 B-Operating_System this O season. O " O In O 2011 O , O Mikel O Reparaz O of O GamesRadar O ranked O the O Game.com B-Operating_System at O number O 3 O on O a O list O of O 7 O failed O handheld B-Application consoles I-Application , O writing O that O while O the O Game.com B-Operating_System had O several O licensed O games O , O it O " O does O n't O actually O mean O much O when O they O all O look O like O cruddy O , O poorly O animated O Game B-Device Boy I-Device ports. O " O In O September O 2006 O , O Playphone B-Operating_System raised O $9.1 O million O dollars O in O Series O B O funding O from O Menlo O Ventures O and O Cardinal O Venture O Capital O . O Both O SAFERTOS O and O FreeRTOS B-Operating_System share O the O same O scheduling O algorithm O , O have O similar O application O programming O interfaces O ( O APIs B-General_Concept ) O , O and O are O otherwise O very O similar O , O but O they O were O developed O with O differing O objectives O . O The O first O home B-Device console I-Device port O of O Gauntlet B-Application Legends I-Application was O released O for O the O Nintendo B-Operating_System 64 I-Operating_System on O August O 31 O , O 1999 O in O North O America O . O FireMonkey B-Language ( O abbreviated O FMX O ) O is O a O cross-platform B-Operating_System GUI B-Application framework O developed O by O Embarcadero O Technologies O for O use O in O Delphi B-Language or O C++Builder B-Language , O using O Object B-Language Pascal I-Language or O C++ B-Language to O build O cross B-Operating_System platform I-Operating_System applications O for O Windows B-Application , O macOS B-Application , O iOS B-Application , O and O Android B-Application . O On O October O 23 O , O 2012 O , O Apple O announced O iBooks B-Device 3 O . O On O June O 10 O , O 2013 O , O Apple O announced O iBooks B-Device for O OS B-Operating_System X I-Operating_System Mavericks I-Operating_System . O Weeks O after O E3 O , O he O announced O that O 3D O Realms O had O switched O to O Unreal B-Operating_System Engine I-Operating_System , O a O new O engine O with O better O rendering O capabilities O for O large O spaces O , O requiring O a O reboot O of O the O project O . O Other O features O include O H.264 B-Application encoding O for O cameras O , O Native O JSON B-General_Concept support O , O Cubic O Bézier O Curves O , O a O secure O random O number O generator O , O LZMA B-General_Concept compression O for O swf O files O , O workers O to O offload O some O code O execution O to O other O processor O threads O , O graphics O card O accelerated O camera O feed O rendering O , O memory O intrinsics O and O performance O analysis O , O and O the O ActionScript B-Operating_System Compiler O 2.0 O , O as O well O as O some O other O minor O additions O . O While O explaining O this O Ada O also O theorizes O that O a O future O version O of O herself O sent O the O letter O to O Rose O using O the O research O she O was O developing O on O the O Helios B-Operating_System . O Plug-ins O are O available O for O Quick B-Operating_System Look I-Operating_System so O that O users O can O also O view O other O files O , O such O as O Installer O Packages O . O According O to O Terry O Myerson O , O there O were O over O 110million O devices O running O Windows10 B-Operating_System as O of O October O 6 O , O 2015 O . O It O gained O features O to O integrate O it O with O the O rest O of O the O iLife B-Application suite O , O with O toolbox O buttons O allowing O the O importing O of O images O from O iPhoto B-Operating_System , O music O from O iTunes B-Operating_System and O the O setting O of O chapter O markers O ready O for O exporting O to O iDVD O . O Digital O Spy O reviewed O the O new O uDraw B-Device GameTablet I-Device for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PlayStation B-Operating_System 3 I-Operating_System : O " O the O range O of O functionality O makes O it O a O good O option O for O families O and O the O casual O market. O " O Passing O a O numeric O value O ( O ) O back O to O the O operating O system O when O the O program O terminates B-Operating_System . O WebAssembly B-Application System I-Application Interface I-Application ( O WASI O ) O is O a O simple O interface O ( O ABI B-Operating_System and O API B-Application ) O designed O by O Mozilla B-Operating_System intended O to O be O portable B-Architecture to O any O platform O . O Quartz O programming O through O Quartz B-Operating_System Composer I-Operating_System works O by O implementing O and O connecting O patches O . O In O November O 2015 O the O Chickasaw O Nation O , O through O the O Chickasaw O Language O Revitalization O Program O established O in O 2007 O , O contracted O with O Rosetta B-Operating_System Stone I-Operating_System to O customize O language O learning O content O to O preserve O and O introduce O the O Chickasaw O language O to O its O 60,000 O + O members O worldwide O . O IBM O added O a O RAM B-Application drive I-Application named O VDISK.SYS B-Application to O PC B-Operating_System DOS I-Operating_System ( O version O 3.0 O ) O in O August O 1984 O , O which O was O the O first O DOS O component O to O use O extended B-Device memory I-Device . O In O 2010 O , O Chinese O anti-virus O company O , O Qihoo O 360 O , O analyzed O the O QQ B-Operating_System protocol O and O accused O QQ B-Operating_System of O automatically O scanning O users O ' O computers O and O uploading O their O personal O information O to O QQ B-Operating_System 's O servers O without O the O users O ' O consent O . O According O to O the O NPD O Group O , O Modern B-Application Warfare I-Application 2 I-Application sold O approximately O 4.2million O units O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O 1.87million O units O for O the O PlayStation B-Operating_System 3 I-Operating_System in O the O U.S. O during O the O month O of O November O 2009 O . O Congo B-Application Bongo I-Application was O ported O to O the O Apple B-Device II I-Device , O SG-1000 B-Operating_System , O MSX B-Operating_System , O Intellivision B-Operating_System , O ColecoVision B-Device , O Commodore O 64 O ( O first O as O a O cartridge O , O then O later O to O disk O ) O , O VIC-20 B-Device , O IBM B-Device PC I-Device , O Atari B-General_Concept 2600 I-General_Concept , O Atari B-General_Concept 5200 I-General_Concept , O Atari B-Device 8-bit I-Device family I-Device , O and O the O TI-99/4A B-Device . O It O was O released O for O the B-Operating_System Wii I-Operating_System Virtual B-Application Console I-Application in O Japan O on O March O 6 O , O 2007 O , O in O Europe O on O March O 9 O , O 2007 O , O and O in O North O America O on O March O 12 O , O 2007 O . O The O basic O priority B-Operating_System inheritance I-Operating_System protocol O promotes O the O priority O of O the O task O that O holds O the O resource O to O the O priority O of O the O task O that O requests O that O resource O at O the O time O the O request O is O made O . O The O game O was O followed O by O a O version O for O the O PlayStation B-Operating_System Portable I-Operating_System , O NBA B-Application Ballers I-Application : I-Application Rebound I-Application and O two O sequels O , O NBA B-Application Ballers I-Application : I-Application Phenom I-Application and O NBA B-Application Ballers I-Application : I-Application Chosen I-Application One I-Application . O These O ran O the O VME B-General_Concept and O DME B-Operating_System ( O emulation O ) O operating B-General_Concept systems I-General_Concept , O and O were O available O in O both O single O and O multi-processor O configurations O , O the O later O being O known O as O Duals O and O SuperDuals O ( O 2966 O and O 2988 O only O ) O . O The O SX-3/44R O became O the O fastest B-Operating_System supercomputer I-Operating_System in O the O world O in O 1990 O . O On O April O 30 O , O 2014 O , O Disney O announced O a O follow-up O game O , O Disney B-Application Infinity I-Application 2.0 I-Application , O for O release O on O Xbox B-Operating_System 360 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Device Vita I-Device , O Wii B-Device U I-Device , O iOS B-Application , O Android B-Application , O Microsoft B-Application Windows I-Application , O Xbox B-Device One I-Device , O and O PlayStation B-Operating_System 4 I-Operating_System in O Q4 O 2014 O , O featuring O characters O from O the O Marvel O Comics O universe O . O SIMD B-Device instruction B-General_Concept sets I-General_Concept lack O crucial O features O when O compared O to O vector B-Operating_System processor I-Operating_System instruction B-General_Concept sets I-General_Concept . O It O can O be O used O with O either O Qt B-Language Creator I-Language , O or O Carbide O ( O the O older O IDE B-Application previously O used O for O Symbian B-Operating_System development O ) O . O By O the O mid-1990s O , O most O Mac O software O was O written O in O C++ B-Language using O CodeWarrior B-Operating_System . O In O 2014 O , O a O high-definition O remastered O version O was O released O to O critical O and O commercial O success O for O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System 4 I-Operating_System , O Windows O , O Xbox B-Operating_System 360 I-Operating_System , O and O Xbox B-Device One I-Device , O then O later O for O Nintendo B-Application Switch I-Application in O 2019 O . O It O is O widely O used O for O burning O Dreamcast B-Operating_System disc B-Application images I-Application , O known O by O having O a O .cdi B-Application file O extension O . O Lulu B-Operating_System has O an O that O allows O both O male O and O female O users O to O delete O their O account O at O their O request O and O " O blacklist O " O their O mobile O phone O numbers O . O In O a O 2009 O report O , O Dr O Jun O Ni O showed O that O if O a O single O core O is O close O to O being O memory-bandwidth O limited O , O then O going O to O dual-core B-Architecture might O give O 30% O to O 70% O improvement O ; O if O memory O bandwidth O is O not O a O problem O , O then O a O 90% O improvement O can O be O expected O ; O however O , O Amdahl B-Operating_System 's I-Operating_System law I-Operating_System makes O this O claim O dubious O . O Because O of O the O small O size O of O the O processors O and O the O significant O reduction O in O the O requirements O for O bus B-General_Concept bandwidth O achieved O by O large O caches O , O such O symmetric B-Operating_System multiprocessors I-Operating_System are O extremely O cost-effective O , O provided O that O a O sufficient O amount O of O memory O bandwidth O exists O . O In O very O old O versions O of O DOS O such O as O DOS O 1.x O , O the O VBR O would O load O the O whole O IO.SYS/IBMBIO.COM O file O into O memory O at O : O . O In O later O issues O , O it O would O locate O and O store O the O contents O of O the O first O two O entries O in O the O root O directory O at O : O and O if O they O happen O to O reflect O the O correct O boot B-Operating_System files O as O recorded O in O the O VBR O , O the O VBR O would O load O the O first O 3 O consecutive O sectors O of O the O IO.SYS/IBMBIO.COM O file O into O memory O at O : O . O Second O generation O " O S3E O " O ( O microcoded B-Device ) O versions O of O the O larger O New B-Device Range I-Device systems O ( O such O as O the O 2960/2966 O from O West O Gorton O , O and O the O later O 2940/50 O from O Stevenage O ) O , O could O run O 1900 O series O code O under O DME O ( O Direct B-Operating_System Machine I-Operating_System Environment I-Operating_System ) O as O an O emulation B-Application as O well O as O the O New B-Device Range I-Device instruction O set O under O the O newer O VME B-General_Concept ( O Virtual O Machine O Environment O ) O . O Later O CME O ( O Concurrent O Machine O Environment O ) O microcode B-Device was O developed O , O which O allowed O DME O and O VME B-General_Concept to O co-exist O ( O and O run O ) O concurrently O on O the O same O platform O , O similar O to O the O functionality O offered O by O virtualisation B-General_Concept software O such O as O VMware O today O . O The O FP6000 O ran O under O the O control O of O operators O executive O , O a O simple O operating O system O that O allowed O the O operator O using O the O system O console O to O load O programs O from O magnetic O tape O , O cards B-Architecture or O paper O tape O , O allocate O peripherals O to O programs O and O attribute O priorities O to O running O programs O . O Despite O its O simplicity O executive O was O , O for O the O time O , O quite O powerful O , O allocating O memory O to O programs O as O needed O ( O rather O than O the O fixed O partitions O provided O by O OS/360 B-Application ) O . O GameRankings O and O Metacritic O gave O it O a O score O of O 83.57 O % O and O 83 O out O of O 100 O for O the O PlayStation B-Operating_System 3 I-Operating_System version O ; O 83.49 O % O and O 81 O out O of O 100 O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O ; O 75.30 O % O and O 75 O out O of O 100 O for O the B-Operating_System Wii I-Operating_System U O version O ; O 72.50 O % O and O 73 O out O of O 100 O for O the B-Operating_System Wii I-Operating_System version O ; O and O 63.33 O % O and O 63 O out O of O 100 O for O the O PlayStation B-Device Vita I-Device version O . O The O service O also O provides O the O secure O channel O used O by O Microsoft O to O automatically O download O and O install O Azure B-Operating_System Sphere I-Operating_System OS O updates O and O customer O application O updates O to O deployed O devices O . O Now O Utilities O was O a O file O utility O product O for O Mac B-Operating_System System I-Operating_System 7 I-Operating_System . O As O of O Version O 4 O ( O released O in O 1993 O ) O , O Now O Utilities O includes O NowSave O , O an O automatic O document O saving O facility O ( O save O after O a O configurable O number O of O keystrokes O or O mouse-clicks O ) O ; O Super O Boomerang O ( O puts O most O recently O used O files O into O a O menu O ) O ; O Now O Profile O ( O a O system O information O collector O ) O ; O NowMenus O ( O adds O subfolders O to O the O Apple O menu O ) O ; O WYSIWYG O Menus O ( O Font O , O Size O , O Style O menus O render O text O as O they O would O appear O in O a O document O ) O ; O and O Now O Scrapbook B-Application ( O a O replacement O for O the O Scrapbook B-Application desk I-Application accessory I-Application ) O . O It O was O developed O by O Sidhe O for O the O PlayStation B-Device 2 I-Device and O PlayStation B-Operating_System Portable I-Operating_System , O while O the O Nintendo B-Device DS I-Device version O was O developed O by O Sensory O Sweep O Studios O . O Examples O include O GNU B-Application Parted I-Application ( O and O its O various O GUI O frontends O such O as O GParted B-Application and O the O KDE B-Language Partition I-Language Manager I-Language ) O and O the O Disk B-Application Utility I-Application application O on O Mac B-Operating_System OS I-Operating_System X I-Operating_System . O Graham B-Application Gooch I-Application 's I-Application Test I-Application Cricket I-Application is O a O 1985 B-Application cricket O game O released O for O the O Acorn B-Device Electron I-Device , O BBC B-Device Micro I-Device , O Commodore O 64 O and O ZX B-Operating_System Spectrum I-Operating_System by O Audiogenic O . O Strong B-Operating_System strict I-Operating_System two-phase I-Operating_System locking I-Operating_System ( O SS2PL O ) O is O a O common O mechanism O utilized O in O database O systems O since O their O early O days O in O the O 1970s O ( O the O " O SS O " O in O the O name O SS2PL O is O newer O , O though O ) O to O enforce O both O conflict O serializability B-Operating_System and O strictness O ( O a O special O case O of O recoverability O which O allows O effective O database O recovery O from O failure O ) O of O a O schedule B-General_Concept . O A O high-end O Axim B-Operating_System X5 I-Operating_System came O with O a O 400MHz O Intel B-Application XScale I-Application processor B-General_Concept , O 64MB O RAM O , O and O 48MB O flash O ROM O for O US$349 O . O It O was O also O noted O that O the O DevEco B-Operating_System Studio I-Operating_System software O built O based O on O JetBrains O open O source O IntelliJ B-Language IDEA I-Language IDE B-Application " O shared O components O and O tool O chains O " O with O Android B-Application Studio I-Application . O Safari B-Application 1.0 O was O included O in O an O update O in O Jaguar B-Operating_System but O was O used O as O the O default O browser B-Application in O Panther B-Operating_System . O While O Edit B-Operating_System was O a O tool O and O demonstration O program O for O developers O , O TeachText B-Operating_System was O used O mainly O by O users O to O display O ReadMe O documents O . O In O December O 2016 O , O Google B-Application announced O that O — O starting O in O 2017 O — O it O would O purchase O enough O renewable O energy O to O match O 100% O of O the O energy O usage O of O its O data B-Operating_System centers I-Operating_System and O offices O . O The O ninja B-Application is O always O armed O with O the O katana B-Operating_System named O Muramasa O ( O meaning O Righteous O Cloud O ) O , O which O can O be O fluidly O used O to O attack O in O all O directions O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System continues O to O have O an O active O player O base O years O after O the O system O 's O discontinuation O . O Following O a O public B-Operating_System beta I-Operating_System , O the O first O version O of O Mac B-Device OS I-Device X I-Device , O version O 10.0 B-Operating_System Cheetah I-Operating_System , O was O released O in O March O 2001 O . O Autodesk O released O a O plugin O that O allows O the B-Operating_System Wii I-Operating_System Remote B-Protocol to O control O orientation O of O 3D O models O in O Autodesk O Design O Review O . O ESWAT B-Application : I-Application City I-Application Under I-Application Siege I-Application , O released O in O Japan O as O , O is O a O 1990 O side O scrolling O action B-Application platform O video O game O developed O and O published O by O Sega O for O the O Sega B-Operating_System Genesis I-Operating_System and O Sega O Master O System O video O game O consoles O . O Multitasking B-Operating_System on O BareMetal B-Operating_System is O unusual O for O modern O operating O systems O . O It O was O released O for O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System 4 I-Operating_System , O Windows O , O Xbox B-Operating_System 360 I-Operating_System , O and O Xbox B-Device One I-Device on O May O 24 O , O 2016 O . O VGA-Copy B-Device Pro O 5.3 O was O the O last O version O to O work O on O an O Intel B-General_Concept 286 I-General_Concept ( O AT B-Operating_System class O ) O computer O with O 1MB O of O RAM B-Architecture , O as O well O as O on O Micro B-Device Channel I-Device architecture I-Device systems O . O On O August O 6 O , O 2014 O , O support O for O Windows B-Application 8 I-Application touchscreen O devices O was O added O to O the O game O , O although O not O for O Windows B-Operating_System RT I-Operating_System devices O . O The O collection O was O released O for O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O Windows O , O and O Xbox B-Device One I-Device on O 29 O May O 2018 O , O although O it O was O delayed O in O Japan O to O address O fan O feedback O . O In O October O 2008 O , O Apple O created O its O first O MacRuby B-Operating_System page O on O its O Developer O Connection O website O . O Because O of O version O 2.0 O ' O s O patent O license O requirements O , O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System recommends O it O over O other O non-copyleft B-License licenses O . O It O searches O through O a O prebuilt O database O of O files O generated O by O the O updatedb B-Application command B-Application or O by O a O daemon B-Operating_System and O compressed O using O incremental B-Data_Structure encoding I-Data_Structure . O running O the O Linux B-Application operating I-Application system I-Application as O well O as O the O Symbian B-Operating_System operating I-Operating_System system I-Operating_System . O dmg2img O was O originally O written O in O Perl B-Language ; O however O , O the O Perl B-Language version O is O no O longer O maintained O , O and O the O project O was O rewritten O in O C B-Language . O It O extracts O the O raw O disk B-Application image I-Application from O a O DMG B-Operating_System , O without O handling O the O file B-Application system I-Application inside O . O In O Japan O , O the O Nintendo B-Application Switch I-Application version O of O Little B-Application Nightmares I-Application II I-Application was O the O third O bestselling O retail O game O during O its O first O week O of O release O , O with O 24,470 O copies O being O sold O , O while O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System version O sold O 11,163 O copies O in O Japan O throughout O the O same O week O , O making O it O the O seventh O bestselling O retail O game O of O the O week O in O the O country O . O RT-11 B-Operating_System ( O Real-time O 11 O ) O is O a O discontinued O small O , O low-end O , O single-user O real-time B-Operating_System operating I-Operating_System system I-Operating_System for O the O full O line O of O Digital O Equipment O Corporation O PDP-11 B-Device 16-bit B-Device computers I-Device . O However O , O ChromeOS B-Operating_System is O proprietary B-Application software I-Application . O Audition O 4 O was O shipped O as O part O of O the O Adobe B-Operating_System Creative I-Operating_System Suite I-Operating_System 5.5 O Master O Collection O and O Adobe B-Operating_System Creative I-Operating_System Suite I-Operating_System 5.5 O Production O Premium O , O replacing O the O discontinued O Adobe B-Operating_System Soundbooth I-Operating_System . O One O of O CouchDB B-Application 's O distinguishing O features O is O multi-master B-Operating_System replication I-Operating_System , O which O allows O it O to O scale O across O machines O to O build O high-performance O systems O . O Interactively O , O the O user O at O the O terminal B-Application can O send O control O characters O that O suspend O the O currently O running O job O , O reverting O to O the O interactive O job B-Operating_System control I-Operating_System shell O that O spawned O the O job O , O and O can O run O commands O that O place O jobs O in O the O " O background O " O or O that O switch O another O , O background O , O job O into O the O foreground O ( O unsuspending O it O if O necessary O ) O . O Strictly O speaking O , O in O Unixes O a O terminal B-Application device O comprises O the O underlying O tty O device O driver O , O responsible O for O the O physical O control O of O the O device O hardware O via O I/O O instructions O and O handling O device O interrupt O requests O for O character O input O and O output O , O and O the O line O discipline O . O In O modern O terminology O used O by O software O developers O , O the O collection O of O these O functions O is O usually O referred O to O as O a O kernel B-Operating_System , O while O an O ' O operating O system O ' O is O expected O to O have O a O more O extensive O set O of O programmes O . O By O 2008 O , O both O Nokia O and O BlackBerry B-Application announced O touch-based O smartphones B-Application to O rival O the O iPhone B-Operating_System 3G I-Operating_System , O and O Android B-Application 's O focus O eventually O switched O to O just O touchscreens B-Device . O For O non-X11 O managed O devices O ( O such O as O the O Mac B-Operating_System OS I-Operating_System X I-Operating_System graphics O display O ) O different O programming O interfaces O must O be O used O . O Support O for O OS B-Operating_System X I-Operating_System El I-Operating_System Capitan I-Operating_System and O macOS B-Operating_System Sierra I-Operating_System ended O in O August O 2022 O with O the O release O of O Chrome B-Operating_System 104 O . O Using O Tracker B-Application desktop B-Application search I-Application , O the O desktop B-Application search I-Application feature O was O very O similar O to O Mac O OS O 's O AppleSearch B-Operating_System and O Sherlock B-Operating_System . O Data B-General_Concept files B-Operating_System with O the O same O file O format O as O a O DLL O , O but O with O different O file O extensions O and O possibly O containing O only O resource O sections O , O can O be O called O resource O DLLs O . O Novell O NetWare B-Operating_System Novell B-Application Storage I-Application Services I-Application ( O NSS B-Application ) O 6Ch O MBR B-Device CHS B-Device , O LBA B-Device x86 O Container O DragonFly B-Application BSD I-Application BSD O BSD B-Application slice I-Application ( O DragonFly B-Application BSD I-Application ) O DragonFly B-Application BSD I-Application commit O 794d80a O : O Change O legacy O MBR B-Device partition B-Application type I-Application from O 0xA5 O to O 0x6C O 70h O Service O DiskSecure O DiskSecure O multiboot O 71h O Microsoft O , O IBM O Reserved O 72h O MBR B-Device , O EBR B-Application CHS B-Device x86 O Policy O FS O APTI O conformant O systems O APTI O alternative O FAT12 B-Application ( O CHS B-Device , O SFN O ) O ( O corresponds O with O 01h O ) O File B-Application system I-Application Nordier O Unix O V7/x86 O V7/x86 O 73h O Microsoft O , O IBM O Reserved O 74h O MBRCHS O Hidden O FS O Storage O Dimensions O SpeedStor O Hidden O FAT16B B-Application ( O corresponds O to O F4h O ) O 75h O File B-Application system I-Application IBM O PC/IX B-Operating_System 76h O Storage O Dimensions O SpeedStorHidden O read-only O FAT16B B-Application ( O corresponds O to O F6h O ) O 77h O File B-Application system I-Application Novell O VNDI O , O M2FS O , O M2CS O 78h O File B-Application system I-Application Geurt O Vos O XOSL B-Application bootloader B-Application file B-Application system I-Application 79h O MBR B-Device , O EBR B-Application CHS B-Device x86 O Policy O FS O APTI O conformant O systems O APTI O alternative O FAT16 B-Application ( O CHS B-Device , O SFN O ) O ( O corresponds O with O 04h O ) O 7Ah O MBR B-Device , O EBR B-Application LBA B-Device x86 O Policy O FS O APTI O conformant O systems O APTI O alternative O FAT16 B-Application ( O LBA B-Device , O SFN O ) O ( O corresponds O with O 0Eh O ) O 7Bh O MBR B-Device , O EBR B-Application CHS B-Device x86 O Policy O FS O APTI O conformant O systems O APTI O alternative O FAT16B B-Application ( O CHS B-Device , O SFN O ) O ( O corresponds O with O 06h O ) O 7Ch O MBR B-Device , O EBR B-Application LBA B-Device x86 O Policy O FS O APTI O conformant O systems O APTI O alternative O FAT32 B-Application ( O LBA B-Device , O SFN O ) O ( O corresponds O with O 0Ch O ) O 7Dh O MBR B-Device , O EBR B-Application CHS B-Device x86 O Policy O FS O APTI O conformant O systems O APTI O alternative O FAT32 B-Application ( O CHS B-Device , O SFN O ) O ( O corresponds O with O 0Bh O ) O 7Eh O MBR B-Device , O EBR B-Application Cache O Romex O Software O PrimoCache O Level O 2 O cache O 7Fh O MBR B-Device , O EBR B-Application Alternative O OS O Development O Partition O Standard O Reserved O for O individual O or O local O use O and O temporary O or O experimental O projects O 80h O File B-Application system I-Application Andrew O Tanenbaum O Minix B-Operating_System 1.1-1.4a O MINIX B-Application file I-Application system I-Application ( O old O ) O 81h O File B-Application system I-Application Andrew O Tanenbaum O Minix B-Operating_System 1.4b O + O MINIX B-Application file I-Application system I-Application ( O corresponds O with O 41h O ) O 82h O Swap O Linux B-Application Linux B-Application Linux B-Application swap O space O ( O corresponds O with O 42h O ) O x86 O Container O Sun O Microsystems O Solaris B-Application x86 O ( O for O Sun O disklabels B-Application up O to O 2005 O ) O ( O see O BFh O ) O 83h O File B-Application system I-Application Linux B-Application Linux B-Application Any O native O Linux B-Application file B-Application system I-Application ( O see O 93h O , O corresponds O with O 43h O ) O 84h O Hibernation O Microsoft O ? O All O numbers O in O ISO B-General_Concept 9660 O file B-Application systems I-Application except O the O single O byte O value O used O for O the O GMT O offset O are O unsigned O numbers O . O As O the O length O of O a O file O 's O extent B-Application on O disc O is O stored O in O a O 32 O bit O value O , O it O allows O for O a O maximum O length O of O just O over O 4.2GB O ( O more O precisely O , O one O byte O less O than O 4GiB O ) O . O It O is O possible O to O circumvent O this O limitation O by O using O the O multi-extent O ( O fragmentation O ) O feature O of O ISO B-General_Concept 9660 O Level O 3 O to O create O ISO B-General_Concept 9660 O file B-Application systems I-Application and O single O files B-Operating_System up O to O 8TB O . O With O this O , O files B-Operating_System larger O than O 4GiB O can O be O split O up O into O multiple O extents B-Application ( O sequential O series O of O sectors O ) O , O each O not O exceeding O the O 4 O GiB O limit O . O Super B-Application Mario I-Application 3D I-Application Land I-Application utilizes O the O Nintendo B-Operating_System 3DS I-Operating_System 's O autostereoscopic B-Algorithm technology O , O allowing O players O to O perceive O depth O when O viewing O the O game O screen O . O For O example O , O OpenBSD B-Operating_System 's O nc B-Protocol supports O TLS B-Protocol , O and O GNU B-Protocol netcat I-Protocol natively O supports O a O tunneling B-Protocol mode O supporting O UDP B-Protocol and O TCP B-Protocol ( O optionally O allowing O one O to O be O tunneled O over O the O other O ) O in O a O single O command B-Application , O where O other O versions O may O require O piping O data O from O one O netcat B-Protocol instance O to O another O . O Since O then O the O X11R6.9 O branch O is O maintained O frozen O and O all O the O ongoing O development O is O done O to O the O modular O branch O . O The O new O build O system O also O brought O the O use O of O dlloader O standard O dynamic B-Application linker I-Application to O load O plugins O and O drivers O , O deprecating O the O old O own O method O . O As O a O consequence O of O the O modularization O , O the O X11 B-Operating_System binaries O were O moving O out O of O their O own O /usr/X11R6 O subdirectory O tree O and O into O the O global O /usr O tree O on O many O Unix B-Application systems I-Application . O Concurrent O CP/M B-Operating_System -86 I-Operating_System 3.1 O ( O BDOS B-Operating_System 3.1 O ) O shipped O on O 21 O February O 1984 O . O In O February O 1984 O Digital O Research O also O offered O a O version O of O Concurrent O CP/M B-Operating_System -86 I-Operating_System with O windowing O capabilities O named O Concurrent O CP/M B-Application with O Windows O for O the O IBM B-Device Personal I-Device Computer I-Device and O Personal O Computer O XT O . O This O was O an O adaptation O of O Concurrent O CP/M B-Operating_System -86 I-Operating_System for O the O LSI-M4 O , O LSI O Octopus O and O CAL O PC O computers O . O These O machines O had O both O 16-bit B-Device and O 8-bit O processors O , O because O in O the O early O days O of O 16-bit B-Device personal O computing O , O 8-bit O software O was O more O available O and O often O ran O faster O than O the O corresponding O 16-bit B-Device software O . O Concurrent B-Operating_System CP/M-86/80 I-Operating_System allowed O users O to O run O both O CP/M B-Application ( O 8-bit O ) O and O CP/M B-Operating_System -86 I-Operating_System ( O 16-bit B-Device ) O applications O . O Multithreading B-General_Concept is O mainly O found O in O multitasking B-Operating_System operating I-Operating_System systems I-Operating_System . O Once O a O film O is O purchased O , O the O player O is O then O able O to O shoot O a O photo O with O the O 3DS B-Operating_System 's O built O in O camera O . O Chibi-Robo B-Application ! I-Application Zip B-Application Lash I-Application is O a O Nintendo B-Operating_System 3DS I-Operating_System game O . O Finnish O start-up O Jolla B-Operating_System , O formed O by O former O Nokia O employees O , O announces O that O MeeGo B-Operating_System 's O community-driven O successor O Mer B-Application would O be O the O basis O of O their O new O Sailfish B-Operating_System smartphone B-Application OS O . O The O player O ( O one O player O only O on O the O Master O System O version O , O up O to O two O players O on O the O Mega B-Operating_System Drive I-Operating_System version O , O three O on O the O arcade B-Application version O ) O selects O from O the O three O different O characters O to O embark O upon O a O quest O to O save O the O Earth O from O an O alien O invasion O . O In O a O retrospective O , O PC O Magazines O Jeffrey O L O . O Wilson O referred O to O Dreamcast B-Operating_System 's O " O killer O library O " O and O said O that O Sega O 's O creative O influence O and O visual O innovation O had O been O at O its O peak O . O The O project O collects O data O monthly O from O any O BSD B-Operating_System system O administrators O willing O to O participate O , O and O currently O records O the O BSD B-Operating_System market O share O of O participating O FreeBSD B-Operating_System , O OpenBSD B-Operating_System , O NetBSD B-Device , O DragonflyBSD B-Application , O Debian O GNU/kFreeBSD O , O TrueOS B-Application , O and O MirBSD B-Application systems O . O GCN B-Application , O PS2 B-Device , O Xbox B-Application GBA B-Device , O NDS B-Device , O LocoRoco B-Application PSP B-Operating_System Spy B-Application Hunter I-Application : I-Application Nowhere I-Application to I-Application Run I-Application PS2 B-Device , O Xbox B-Application September O 6 O Bad B-Device Day I-Device L.A. I-Device The O reviewer O noted O its O developers O ' O design O background O , O their O influence O from O Mac B-Application OS I-Application X I-Application , O and O their O philosophy O of O prioritizing O strict O design O rules O and O applications O that O follow O these O rules O . O Loki O was O built O atop O the O Ubuntu B-Operating_System " O long-term O support O " O version O released O earlier O in O the O year O and O its O updated O kernel B-Operating_System ( O 4.4 O ) O . O Dialogs O , O designed O to O publish O new O " O skills O " O and O connect O them O to O Alice B-Operating_System . O Although O graphics-capable O S-100 O systems O existed O from O the O commercialization O of O the O S-100 B-Architecture bus I-Architecture , O CP/M B-Application did O not O provide O any O standardized O graphics O support O until O 1982 O with O GSX B-Application ( O Graphics B-Application System I-Application Extension I-Application ) O . O Owing O to O the O small O amount O of O available O memory O , O graphics O was O never O a O common O feature O associated O with O 8-bit O CP/M B-Application operating I-Application systems I-Application . O Most O systems O could O only O display O rudimentary O ASCII B-Protocol art O charts O and O diagrams O in O text B-Application mode I-Application or O by O using O a O custom O character B-General_Concept set I-General_Concept . O Some O computers O in O the O Kaypro O line O and O the O TRS-80 B-Device Model I-Device 4 I-Device had O video O hardware O supporting O block O graphics O characters O , O and O these O were O accessible O to O assembler B-Application programmers O and O BASIC O programmers O using O the O CHR$ O command O . O Some O companies O made O official O enhancements O of O CP/M B-Application based O on O Digital O Research O source O code O . O An O example O is O IMDOS B-Operating_System for O the O IMSAI B-Device 8080 I-Device computer O made O by O IMS O Associates O , O Inc. O , O a O clone O of O the O famous O Altair B-Architecture 8800 I-Architecture . O MSX-DOS B-Operating_System for O the O MSX B-Operating_System range O of O computers O is O CP/M B-Application -compatible O and O can O run O CP/M B-Application programs O . O The O Epson B-Device QX-10 I-Device shipped O with O a O choice O of O CP/M B-Application or O the O compatible O TPM-II O or O TPM-III O . O A O gang O of O ruthless O thugs O have O broken O into O the O establishment O , O the O Eye O of O Isis B-Operating_System ( O an O Egyptian O statue O ) O has O been O stolen O , O and O a O mysterious O fog O has O overtaken O a O number O of O areas O of O the O museum O , O killing O and O transforming O all O it O comes O into O contact O with O . O The O Open O Document O Format O for O Office O Applications O , O commonly O known O as O OpenDocument O , O was O based O on O OpenOffice.org B-Operating_System XML I-Operating_System , O as O used O in O OpenOffice.org B-Application 1 O , O and O was O standardised O by O the O Organization O for O the O Advancement O of O Structured O Information O Standards O ( O OASIS O ) O consortium O . O In O October O 1993 O , O Atari O Corporation O filed O a O lawsuit O against O Sega O for O an O alleged O infringement O of O a O patent O originally O created O by O Atari O Corp O . O in O the O 1980s O , O with O the O former O seeking O a O preliminary O injunction O to O stop O manufacturing O , O usage O and O sales O of O hardware O and O software O for O both O Sega B-Operating_System Genesis I-Operating_System and O Game O Gear O . O Windows B-Operating_System XP I-Operating_System Professional I-Operating_System x64 I-Operating_System EditionWindows O Server O 2003 O 2005-04-25Microsoft O raises O the O speed O limit O with O the O availability O of O 64-bit O editions O of O Windows B-Application Server I-Application 2003 I-Application and O Windows B-Operating_System XP I-Operating_System Professional I-Operating_System x64 I-Operating_System MBR B-Device takes O precedence O in O hybrid O configuration O . O However O , O the O Sega B-Operating_System Mega I-Operating_System Drive/Genesis I-Operating_System version O only O has O the O fighter O and O mage O as O playable O characters O , O as O the O priestess O and O ninja B-Application characters O are O missing O . O The O game O received O above-average O reviews O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O The O New O York O Daily O News O said O that O the O game O " O Actually O can O make O you O a O better O ball-handler O " O , O while O Official O Xbox B-Operating_System Magazine O said O that O players O " O definitely O learn O moves O and O increase O your O skills O even O if O you O never O graduate O past O the O Rookie O difficulty O level O " O , O and O a O reviewer O for O GameZone O wrote O that O the O game O " O will O undoubtedly O help O you O with O ball O control. O " O SMP O uses O a O single O shared O system B-Architecture bus I-Architecture that O represents O one O of O the O earliest O styles O of O multiprocessor B-Operating_System machine O architectures O , O typically O used O for O building O smaller O computers O with O up O to O 8 O processors O . O RUNOFF O was O written O in O 1964 O for O the O CTSS B-Operating_System operating B-General_Concept system I-General_Concept by O Jerome O H O . O Saltzer O in O MAD B-Language and O FAP O . O The O target O is O considered O a O pattern O for O matching O file B-Operating_System names O : O the O can O match O any O substring O of O zero O or O more O characters O , O while O other O characters O match O only O themselves O . O GameCube B-Device controllers I-Device continued O to O be O supported O via O backward B-General_Concept compatibility I-General_Concept on O Nintendo O 's O next O consoles O , O the B-Operating_System Wii I-Operating_System U O , O and O Nintendo B-Application Switch I-Application , O with O the O GameCube B-Device controller I-Device adapter O in O 2014 O 's O Super B-Application Smash I-Application Bros I-Application . I-Application for I-Application Wii I-Application U I-Application and O 2018 O 's O Super B-Application Smash I-Application Bros I-Application . I-Application Howard O Cheng O , O technical O director O of O Nintendo O technology O development O , O said O the O company O 's O goal O was O to O select O a O " O simple O RISC B-Architecture architecture O " O to O help O speed O the O development O of O games O by O making O it O easier O on O software O developers O . O Microsoft O does O not O list O its O cross-platform O apps O for O Xbox B-Protocol , O Solitaire B-Application Collection I-Application , O Money O , O Sports O , O News O , O Weather O , O Sway B-Operating_System , O Delve O , O Office O Lens O , O GroupMe B-Protocol , O or O Bing B-Application on O the O Phone B-Application Companion I-Application . O The O Game.com B-Operating_System was O a O commercial O failure O , O with O less O than O 300,000 O units O sold O , O although O the O idea O of O a O touchscreen B-Device would O later O be O used O successfully O in O the O Nintendo B-Device DS I-Device , O released O in O 2004 O . O In O advance O of O the O conference O , O Microsoft O rebranded O the O existing O Xbox B-Protocol app I-Protocol on O Windows B-Operating_System 10 I-Operating_System as O Xbox B-Protocol Console I-Protocol Companion I-Protocol . O As O a O result O , O the O application O makes O progress O at O the O rate O of O at O most O one O interprocess B-Operating_System interaction I-Operating_System per O time O slice O , O and O will O have O low O throughput O and O high O latency O . O The O most O common O way O of O implementing O a O user B-Operating_System mode I-Operating_System separate O from O kernel B-Operating_System mode O involves O operating B-General_Concept system I-General_Concept protection B-Operating_System rings I-Operating_System . O Version O 2 O was O released O at O the O end O of O 2013 O , O requires O ( O since O v2.14 O ) O OS B-Operating_System X I-Operating_System 10.11 I-Operating_System ( O El O Capitan O ) O and O is O a O 64 O bit O application O . O The O boot O loader O hands O control O over O to O the O kernel B-Operating_System , O which O initializes O the O various O devices O to O a O known O state O and O makes O the O computer O ready O for O general O operations O . O The O role-playing O journey O was O inspired O by O Homer B-Protocol 's O epic O poem O Odyssey B-Device , O and O the O dialogue O system O introduced O in O the O game O was O inspired O by O the O dialogues O of O Plato B-Operating_System . O It O is O distinct O from O other O nanokernels O in O that O it O is O not O only O a O low O level O layer O for O an O outer O kernel B-Operating_System . O It O was O released O on O 11 O September O 1989 O for O the O Commodore O 64 O and O ZX B-Operating_System Spectrum I-Operating_System with O Amiga B-Device , O Amstrad B-Device CPC I-Device , O Atari B-Device ST I-Device , O MS-DOS B-Application and O MSX B-Operating_System versions O following O soon O after O . O The O BIOS B-Operating_System provides O a O small O library B-Library of O basic O input/output B-General_Concept functions O to O operate O peripherals O ( O such O as O the O keyboard B-Device , O rudimentary O text O and O graphics O display O functions O and O so O forth B-Application ) O . O Workbench B-Operating_System – O The O new O Startup O preferences O means O no O more O copying O files O to O WBStartup O . O It O also O retained O the B-Device iPod I-Device 's O integration O with O iTunes B-Operating_System and O the O iTunes B-Operating_System Store O , O allowing O for O syncing O between O the O software O application O and O the B-Device iPod I-Device Mini O . O Jumping B-Application Flash I-Application ! I-Application 2 O was O re-released O as O a O downloadable O game O for O the O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Operating_System Portable I-Operating_System via O the O PlayStation B-Device Network I-Device in O 2009 O , O with O the O same O controls O and O interface O as O the O 1996 O release O . O Retroshare B-Application is O an O instant B-Application messaging I-Application and O file-sharing O network O that O uses O a O distributed B-Operating_System hash I-Operating_System table I-Operating_System for O address O discovery O . O The O second O sequel O to O Puzzle B-Application Bobble I-Application , O it O was O released O for O arcades O in O September O 1996 O and O later O ported O to O the O Sega B-Device Saturn I-Device , O PlayStation B-Device , O Game B-Device Boy I-Device , O Nintendo B-Operating_System 64 I-Operating_System and O Microsoft B-Application Windows I-Application . O Further O ports O for O the O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device were O released O in O February O 2023 O by O City O Connection O alongside O Puzzle B-Application Bobble I-Application 2 I-Application . O 2.0.4 O 419.3 O January O 10 O , O 2006 O Most O widely O distributed O version O of O Safari B-Application 2 O , O available O only O as O part O of O Mac B-Operating_System OS I-Operating_System X I-Operating_System Update O 10.4.4 O . O FaceTrack O has O configurable O packages O that O include O : O facial B-Operating_System tracking I-Operating_System , O face B-General_Concept and I-General_Concept facial I-General_Concept landmarks/features I-General_Concept detection I-General_Concept , O head B-Application tracking I-Application , O and O eye B-General_Concept tracking I-General_Concept . O The O Xerox B-Operating_System Operating I-Operating_System System I-Operating_System ( O XOS O ) O , O intended O as O an O IBM O DOS/360 O replacement O ( O not O to O be O confused O with O PC B-Operating_System DOS I-Operating_System of O a O latter O era O ) O , O also O runs O on O Sigma O 6/7/9 O systems O , O but O never O gained O real O popularity O . O The O Xerox O software O , O called O processors O , O available O for O CP-V B-Operating_System in O 1978 O included O : O Officially O Jolla B-Operating_System declares O supporting O the O following O 14 O languages O for O the O user B-Application interface I-Application : O every O file B-Operating_System in O the O sequence O is O unfragmented O , O i.e. O Racket B-Operating_System hash O table O comprehensions O generate O Racket B-Operating_System hash O tables O ( O one O implementation O of O the O Racket B-Operating_System dictionary B-Application type O ) O . O Ayrton O Senna O is O not O included O in O the O game O as O his O license O was O held O by O his O own O game O produced O on O the O Sega B-Operating_System Genesis/Mega I-Operating_System Drive I-Operating_System . O In O June O 2016 O , O 505 O Games O began O distributing O a O physical O retail O version O for O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device , O with O Warner O Bros O . O Interactive O Entertainment O taking O over O those O duties O by O the O end O of O 2017 O . O The O metadata O server B-Architecture cluster I-Architecture can O expand O or O contract O , O and O it O can O rebalance O the O file B-Application system I-Application dynamically O to O distribute O data O evenly O among O cluster O hosts O . O Clients O mount O the O POSIX-compatible O file B-Application system I-Application using O a O Linux B-Operating_System kernel I-Operating_System client O . O Can O also O open O .flp O files O Logic B-Application Pro I-Application Mixcraft B-Application mp3DirectCut B-Application MuLab B-Device MusE B-Language N-Track B-Device WMA B-Application , O EDL O , O WAV64 O Nuendo B-Device NU-Tech B-Application Podium B-Device Pro B-Application Tools I-Application ( O 7.4 O ) O SDII O ( O Mac B-Application OS I-Application X O Only O ) O Qtractor B-Language CAF O , O HTK O , O IFF/8SVX O , O MAT4/5 O , O PAF O , O PVF O , O RAW O , O SDII O , O SDS O , O SF O , O VOC O , O W64 O , O XI O REAPER B-Application APE B-Language , O BWF O , O MOOG O , O W64 O , O WavPack O Reason B-Application SF2 O , O ReFill O Record B-Device SF2 O , O ReFill O OMF B-General_Concept AAF O MIDI O WAV O MP3 B-Application AAC B-Application Ogg O REX2 O AIFF O FLACOthers O Renoise B-Application MP4 O , O MP4A B-Application , O CAF O , O SFZ O RiffWorks B-Application Rosegarden B-Language Csound O , O Mup O , O MuxicXML O , O h2song O Samplitude B-Device WMA B-Application , O RealAudio O Sound B-Application Forge I-Application SWF O ( O open O only O ) O , O RealAudio O & O RealVideo O ( O export O only O ) O , O WMA B-Application and O WMV O , O AVI O , O AIF O , O SND O , O MPEG-1 O and O MPEG-2 O , O AU B-Operating_System , O DIG O , O IVC O , O PCA O , O W64 O , O FRG O , O VOX O , O AA3 O , O OMA O , O CDA O , O AC-3 O studio B-Application ( O save O only O ) O , O RAW O Soundbooth B-Operating_System Soundscape B-Device 32 I-Device SoX B-Operating_System External O LAME O AU B-Operating_System and O other O audio O file O formats O SpectraLayers B-Application .caf O , O .alac O , O RAW/PCM O , O .rm O , O .au O , O .snd O , O AVI O , O MXF O , O MP1 O , O MP2 O , O MP4 O , O MKV O , O Quicktime O , O .vob O , O .wmv O , O WMAStudio O One O OpenTL O , O BWF O , O RF64 O , O PreSonus O Capture O Session O , O Steinberg B-Application Cubase I-Application Track O Archive O , O Steinberg O Sequel O Project O , O Kristal B-Application Audio I-Application Engine I-Application Project O Sweep B-Language Various O versions O of O WAV O ( O integer O , O floating O point O , O GSM O , O and O compressed O formats O ) O ; O Microsoft O PCM B-Algorithm , O A-law O and O u-law O formats O ; O AIFC O and O RIFX O ; O various O AU/SND O formats O ( O Sun/NeXT O , O Dec O AU B-Operating_System , O G721 O and O G723 O ADPCM O ) O ; O RAW O header-less O PCM B-Algorithm files O ; O Amiga O IFF/8SVX/16SV O PCM B-Algorithm files O ; O Ensoniq O PARIS O ( O .PAF O ) O ; O Apple O 's O Core O Audio O Format O ( O CAF O ) O and O others O . O In O March O 2009 O , O Ubisoft O released O a O director O 's O cut O of O The B-Application Shadow I-Application of I-Application the I-Application Templars I-Application entitled O Broken B-Application Sword I-Application : I-Application The I-Application Shadow I-Application of I-Application the I-Application Templars I-Application – I-Application Director I-Application 's I-Application Cut I-Application for O the B-Operating_System Wii I-Operating_System and O Nintendo B-Device DS I-Device . O Originally O developed O as O a O PlayStation B-Device and O Dreamcast B-Operating_System project O , O it O was O reworked O into O a O PlayStation B-Device 2 I-Device and O Microsoft B-Application Windows I-Application title O in O early O production O . O It O is O licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O sdcv B-Application runs O under O Linux B-Application , O FreeBSD B-Operating_System , O and O Solaris B-Application . O Julia B-Application uses O green B-Operating_System threads I-Operating_System for O its O . O Ubuntu B-Operating_System 14.04 O , O eglibc B-Language 2.19 O used O in O Debian O 8 O ( O Jessie O ) O , O openSUSE B-Operating_System 13 O , O SLES O 12 O 2.20 O September O 2014 O Support O for O file O description O locks O Fedora O 21 O 2.21 O February O 2015 O New O semaphore O implementation O Ubuntu B-Operating_System 15.04 O , O Fedora O 22 O 2.22 O August O 2015 O Support O to O enable O Google B-Application Native I-Application Client I-Application ( O NaCl B-Application ) O , O that O originally O ran O on O x86 B-Operating_System , O running O on O ARMv7-A O , O Unicode O 7.0 O Fedora O 23 O 2.23 O February O 2016 O Unicode O 8.0 O Fedora O 24 O , O Ubuntu B-Operating_System 16.04 O 2.24 O August O 2016 O Some O deprecated O features O have O been O removed O Fedora O 25 O , O Ubuntu B-Operating_System 16.10 O and O 17.04 O , O Debian O 9 O ( O Stretch O ) O 2.25 O February O 2017 O The O getentropy O and O getrandom O functions O , O and O the O O header O file O have O been O added O . O The O booting B-Operating_System process O typically O happens O at O a O speed O where O individual O messages O scroll O off O the O top O of O the O screen O before O an O operator O can O read/digest O them O . O Delta O state O CRDTs B-Operating_System ( O or O simply O Delta O CRDTs B-Operating_System ) O are O optimized O state-based O CRDTs B-Operating_System where O only O recently O applied O changes O to O a O state O are O disseminated O instead O of O the O entire O state O . O When O invoking O a O method B-Language using O : O , O the O object O being O indexed O will O be O implicitly O given O as O the O first O argument O to O the O function O being O invoked O . O Lua O itself O is O not O object-oriented B-Language , O but O when O combined O with O another O feature O called O metatables O , O the O use O of O self B-Operating_System lets O programmers O define O functions O in O a O manner O resembling O object-oriented B-Language programming I-Language . O On O the O other O hand O , O their O Danish O members O – O David O Guldbrandsen O , O Karsten O Hvidberg O , O Jens O Bo O Albretsen O , O Michael O Balle O , O Jesper O Jørgensen O and O Jesper O Kyd O – O decided O to O form O Zyrinx O and O develop O games O for O the O Mega B-Operating_System Drive I-Operating_System , O mainly O because O they O were O impressed O by O the O amount O of O sprites O that O Sega O 's O console O was O able O to O handle O compared O to O the O Amiga B-Device . O The O Join-Calculus B-Language is O both O a O name O passing O calculus O and O a O core O language O for O concurrent B-Operating_System and O distributed B-Architecture programming I-Architecture . O Releases O of O Solaris B-Application 10 I-Application , O Solaris B-Application Express I-Application , O OpenSolaris B-Operating_System , O and O other O open O source O variants O of O the O Solaris B-Application operating I-Application system I-Application later O supported O bootable B-Operating_System ZFS B-Application . O According O to O public O sales O information O published O by O Gamasutra O , O Atelier B-Application Rorona I-Application was O the O best-selling O PlayStation B-Operating_System 3 I-Operating_System title O on O the O Japanese O Amazon B-Application website O for O the O week O ending O on O July O 9 O , O 2009 O . O In O Avernum B-Operating_System , O adventurers O meet O with O many O who O wish O to O get O revenge O on O the O Empire O for O the O wrongs O it O has O done O to O the O Avernites O . O O3Spaces B-Language Workplace O is O available O for O different O platforms O like O for O instance O Linux B-Application , O Solaris B-Application , O Windows B-Application and O Mac B-Operating_System OS I-Operating_System X I-Operating_System . O The O X.Org B-Application Foundation I-Application leads O the O X B-Operating_System project O , O with O the O current O reference O implementation O , O X.Org B-Operating_System Server I-Operating_System , O available O as O free B-Application and O open-source B-Application software I-Application under O the B-License MIT I-License License I-License and O similar O permissive O licenses O . O Richacls B-Operating_System use O ext4 B-Application extended B-Application file I-Application attributes I-Application ( O xattrs B-Application ) O to O store O ACLs O . O Any O multitasking O is O scheduled O by O the O host O controller O system O which O is O a O regular O computer O using O a O large O amounts O of O Ethernet O ports O connecting O to O the O QCDOC B-Operating_System . O In O a O monolithic B-Operating_System kernel I-Operating_System this O is O impossible O . O As O instructions O vary O from O one O to O six O bytes B-Application , O fetch O and O execution O are O made O concurrent B-Operating_System and O decoupled O into O separate O units O ( O as O it O remains O in O today O 's O x86 B-Operating_System processors O ) O : O The O bus O interface O unit O feeds O the O instruction O stream O to O the O execution O unit O through O a B-Application 6-byte O prefetch O queue O ( O a B-Application form O of O loosely O coupled O pipelining B-General_Concept ) O , O speeding O up O operations O on O registers B-General_Concept and O immediates O , O while O memory O operations O became O slower O ( O four O years O later O , O this O performance O problem O was O fixed O with O the O 80186 B-Device and O 80286 B-General_Concept ) O . O Efficient O parallel B-Operating_System programming I-Operating_System is O at O the O heart O of O PCN O . O PC-DC O Server O using O Dreamcast B-Operating_System Now O software O on O a O Raspberry B-Operating_System Pi I-Operating_System . O Beowulf B-Application : I-Application The I-Application Game I-Application is O a O hack B-Application and I-Application slash I-Application video I-Application game I-Application for O Microsoft B-Application Windows I-Application , O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System Portable I-Operating_System and O Xbox B-Operating_System 360 I-Operating_System . O The O command O is O available O in O MS-DOS B-Application versions O 5 O and O later O . O MS-DOS B-Application version O 5 O introduced O the O quick O format O option O ( O Format O /Q O ) O which O removes O the O disk O 's O file O table O without O deleting O any O of O the O data O . O An O internal O DOS B-Operating_System command I-Operating_System , O that O reports O the O DOS B-Device version O presently O running O , O and O since O MS-DOS B-Application 5 O , O whether O DOS B-Device is O loaded O high O . O An O X B-Operating_System server O has O a O tremendous O amount O of O functionality O that O must O be O implemented O to O support O the O X B-Operating_System core O protocol O . O It O is O written O in O C B-Language and O published O under O the B-License MIT I-License License I-License . O Weston O has O official O support O for O only O the O Linux B-Application operating I-Application system I-Application due O to O Weston O 's O dependence O on O certain O features O of O the O Linux B-Operating_System kernel I-Operating_System , O such O as O kernel B-Application mode-setting I-Application , O Graphics O Execution O Manager O ( O GEM O ) O , O and O udev B-Application , O which O have O not O been O implemented O in O other O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O When O running O on O Linux B-Application , O handling O of O the O input O hardware O relies O on O evdev B-Application , O while O the O handling O of O buffers O relies O on O Generic B-Application Buffer I-Application Management I-Application ( O GBM O ) O . O Hackers O and O other O homebrew B-Application enthusiasts O then O encountered O the O first O trojan O for O the O PSP B-Operating_System . O Aria O released O a O PlayStation B-Operating_System Portable I-Operating_System port O titled O Yoake B-Application Mae I-Application yori I-Application Ruriiro I-Application na I-Application : O Portable O on O February O 25 O , O 2010 O . O Most O Intel O Ethernet O controllers O for O servers O support O iSCSI B-Protocol boot B-Operating_System . O With O iOS B-Operating_System 9 I-Operating_System , O Apple O changed O the O font O to O San O Francisco O , O an O Apple-designed O font O aimed O at O maximum O legibility O and O font O consistency O across O its O product O lineup O . O iOS B-Operating_System 4 I-Operating_System introduced O folders O , O which O can O be O created O by O dragging O an O application B-Application on O top O of O another O , O and O from O then O on O , O more O items O can O be O added O to O the O folder O using O the O same O procedure O . O In O an O interview O on O November O 23 O , O 2019 O , O Romero O claimed O he O was O still O working O on O Blackroom B-Operating_System . O Micro/RSX O – O a O pre-generated O full O version O of O RSX-11M-Plus O with O hardware O autoconfiguration O , O implemented O specifically O for O the O Micro/PDP O -11s O , O a O low-cost O multi-user B-Operating_System system I-Operating_System in O a O box O , O featuring O ease O of O installation O , O no O system B-Application generation I-Application , O and O a O special O documentation O set O . O Global O ( O voting O ) O deadlocks B-Operating_System are O resolved O automatically O ( O and O all O are O serializability B-Operating_System related O ( O with O non-blocking O conflicts O ) O rather O than O locking B-Operating_System related O ( O with O blocking O and O possibly O also O non-blocking O conflicts O ) O ) O . O Its O development O is O closely O tied O to O the O development O of O networking B-Architecture components O of O the O Linux B-Operating_System kernel I-Operating_System . O However O , O regarding O the O general O hypothesis O testing O , O as O pointed O out O by O Greene O , O “ O simply O computing O a O robust O covariance O matrix B-Architecture for O an O otherwise O inconsistent O estimator O does O not O give O it O redemption O . O S-1 B-Language Lisp I-Language was O a O Lisp B-Language implementation O written O in O Lisp B-Language for O the O 36-bit O pipelined B-General_Concept S-1 O Mark O IIA O supercomputer B-Architecture computer B-General_Concept architecture I-General_Concept , O which O has O 32 O megawords O of O RAM B-Architecture . O MoarVM B-Language is O a O virtual B-Architecture machine I-Architecture built O especially O for O Rakudo B-Language and O the O NQP O Compiler O Toolchain O . O Serial O port O multiplication O using O ISC O 's O Z-80 B-General_Concept based O VMEbus B-Architecture communications O boards O . O In O loudspeaker O systems O that O rely O on O resonant O augmentation O of O the O output O of O the O active O driver O ( O these O include O bass-reflex O systems O , O passive B-Architecture radiator I-Architecture systems O , O bandpass O systems O , O and O transmission-line O systems O ) O , O the O resonant O system O absorbs O the O acoustic O load O from O the O active O loudspeaker O driver O , O decreasing O the O necessary O cone O excursion O to O achieve O high O output O at O low B-Algorithm frequencies I-Algorithm . O Hybrid B-Architecture fiber-coaxial I-Architecture ( O HFC O ) O is O a O telecommunications O industry O term O for O a O broadband B-General_Concept network O that O combines O optical B-Architecture fiber I-Architecture and O coaxial O cable O . O Some O cognitive B-Architecture architectures I-Architecture or O models O are O based O on O a O set O of O generic O rules O , O as O , O e.g. O , O the O Information B-Language Processing I-Language Language I-Language ( O e.g. O , O Soar B-Architecture based O on O the O unified O theory O of O cognition O , O or O similarly O ACT-R B-Language ) O . O RAID B-Architecture 6 O extends O RAID5 O by O adding O another O parity B-Error_Name block I-Error_Name ; O thus O , O it O uses O block-level O striping B-General_Concept with O two O parity B-Error_Name blocks I-Error_Name distributed O across O all O member O disks O . O On O 8 O April O 2014 O , O 3.7GHz O speed-binned B-Architecture parts O became O available O in O response O to O the O introduction O of O new O Xeon B-Device E5 O and O E7 O models O by O Intel O ; O and O the O impending O introduction O of O the O POWER8 B-Device by O IBM O . O It O is O used O in O the O Fujitsu O PRIMEHPC O FX100 O supercomputer B-Architecture , O which O succeeded O the O PRIMEHPC O FX10 O . O Frequently O abstraction B-Architecture layers I-Architecture can O be O composed O into O a O hierarchy O of O abstraction B-Architecture levels I-Architecture . O The O last O versions O of O Internet B-Protocol Explorer I-Protocol for I-Protocol Mac I-Protocol OS I-Protocol X I-Protocol ( O PPC B-Architecture ) O had O a O distinguishing O blue O logo O that O was O the O base O for O the O logo O used O in O Internet B-Application Explorer I-Application 6 I-Application for O Windows B-Application ( O the O Windows B-Application one O just O had O a O lighter O blue O , O and O it O was O less O three-dimensional O ) O . O The O core O of O the O languages O consists O of O modular B-Architecture graph B-Application rewrite I-Application rules I-Application , O which O are O built O on O declarative B-Language graph O pattern O matching O and O rewriting O ; O they O are O supplemented O by O many O of O the O constructs O that O are O used O in O imperative B-Application and O object-oriented B-Language programming I-Language , O This O reduces O the O possible O useful O terahertz B-Architecture devices O . O Users O of O systems O with O only O one O burning O device O , O however O , O do O not O need O to O specify O the O SCSI B-Architecture device O since O cdrtools B-Language is O able O to O find O it O . O The O batteries O used O are O usually O esoteric O types O rarely O found O outside O missiles O , O such O as O silver-zinc B-Algorithm or O thermal B-Architecture batteries I-Architecture . O The O phone O has O a O 1.8GHz O Octa-core O CPU O , O a O Qualcomm O Snapdragon O 450 O SoC O , O and O will O come O with O 32GB O of O storage O ( O which O can O be O expanded O using O a O microSD O card O up O to O 512GB O , O for O a O max O total O of O 544GB O ) O and O either O 2 O or O 3GB O of O RAM B-Architecture . O The O compilers O for O Mac B-Application OS I-Application created O such O UPPs O automatically O when O the O proper O macros O were O used O , O and O the O PowerPC B-Architecture system O libraries O contained O native O stubs O to O transparently O call O through O to O native O or O still-68k O functions O as O needed O . O In O this O generalization O , O the O derivative B-Algorithm is O reinterpreted O as O a O linear B-Architecture transformation I-Architecture whose O graph O is O ( O after O an O appropriate O translation O ) O the O best O linear B-Algorithm approximation I-Algorithm to O the O graph O of O the O original O function O . O In O both O machines O , O the O high-level O instruction O set O generated O by O compilers O is O not O interpreted O , O but O translated O into O a O lower-level O machine O instruction O set O and O executed O ; O the O original O lower-level O instruction O set O was O a O CISC B-Architecture instruction O set O with O some O similarities O to O the O System/360 B-Application instruction O set O . O , O all O LRA O members O have O fully O rolled O out O their O 4G B-Architecture LTE O networks O . O Developers O design O views O for O each O state O of O an O application O , O and O React B-Application updates O and O renders O components B-Architecture when O data O changes O . O Modules B-Architecture can O hide O implementation O details O such O as O helper O functions O , O and O group O related O code O together O . O This O situation O resulted O in O the O creation O of O an O alt B-Architecture . I-Architecture While O the O C64 O had O the O advertised O of O RAM B-Architecture installed O , O only O about O was O available O for O BASIC B-Language programs O . O Their O options O are O to O employ O software-as-a-service B-Architecture or O another O application O that O offers O them O similar O accessibility O from O multiple O locations O over O the O internet O . O The O Government O of O Hong O Kong O mandates O the O use O of O BIM B-Architecture for O all O government O projects O over O HK$30M O since O 1 O January O 2018 O . O AVX-512 O VNNI O , O 4VNNIW O , O or O AVX-VNNI O : O fast O multiply-accumulation O mainly O for O convolutional B-Architecture neural I-Architecture networks I-Architecture . O Dillo B-Application is O a O minimalistic O web B-Application browser I-Application particularly O intended O for O older O or O slower O computers O and O embedded B-Architecture systems I-Architecture . O It O has O arisen O from O the O convergence O of O communications O and O Ubiquitous B-Architecture Computing I-Architecture , O intelligent O and O adaptable O user O interfaces O , O and O the O common O infrastructure O of O the O intelligent O or O mixed O pavement O . O Instead O of O the O single O 6510 B-General_Concept microprocessor B-Architecture of O the O C64 O , O the O C128 O incorporates O a O two-CPU O design O . O The O primary O CPU O , O the O 8502 B-General_Concept , O is O a O slightly O improved O version O of O the O 6510 B-General_Concept , O capable O of O being O clocked O at O 2MHz O . O - O created O by O Oliver O Kowalke O , O is O the O official O released O portable O coroutine B-Architecture library O of O since O version O 1.53 O . O With O support O for O " O broadcast O quality O graphics O at O 32 O bits O per O pixel O " O , O hardware O support O for O windows B-Application and O sprites O , O emphasising O real-time O image O combination O and O manipulation O , O the O product O was O aimed O at O professional O users O and O priced O accordingly O , O with O the O version O providing O 4MB O of O RAM B-Architecture projected O to O cost O £2750 O . O The O relational B-Architecture model I-Architecture , O as O expressed O through O relational O calculus O and O relational O algebra O , O does O not O distinguish O between O primary B-Application keys I-Application and O other O kinds O of O keys O . O Primary B-Application keys I-Application were O added O to O the O SQL B-Language standard O mainly O as O a O convenience O to O the O application O programmer O . O The O associated O linear B-Architecture operator I-Architecture on O V O is O independent O of O the O choice O of O bases O and O is O by O definition O the O partial B-Algorithm trace I-Algorithm . O Message-passing B-Architecture systems O use O either O distributed O or O local O objects O . O The O reaction O chamber O walls O in O a O cold-wall O reactor O , O however O , O may O be O indirectly O heated O by O heat O radiating O from O the O hot O pedestal/susceptor O , O but O will O remain O cooler O than O the O pedestal/susceptor O and O the O substrate B-Architecture the O pedestal/susceptor O supports O . O Most O notable O change O was O the O so-called O MSX-video B-General_Concept chip I-General_Concept -- O an O upgraded O version O of O the O TMS9918 B-Architecture VDP B-General_Concept used O in O MSX-1 O machines O -- O and O its O upgraded O version O the O Yamaha B-General_Concept V9958 I-General_Concept , O and O a O corresponding O memory O upgrade O . O With O the O advent O of O FPGA B-Architecture technology O an O international O team O of O hardware O developers O have O re-created O the O 68000 B-Device with O many O enhancements O as O an O FPGA B-Architecture core O . O It O includes O technical O tutorials O and O information O on O the O Frankfurt O local O school O network O , O operating O systems O , O software O , O hardware B-Architecture , O peripheral O equipment O , O the O Internet O , O licenses O and O rights O of O utilization O . O onchip O ROM O of O the O ARM B-Architecture CPU O ) O from O a O supported O boot O device O , O such O as O an O SD O card O , O SATA O drive O , O NOR O flash O ( O e.g. O The O simulation O involves O generating O code O usable O in O applications O and O supports O interaction O between O DMN O models O and O BPMN B-Architecture models O using O BPSim O . O JORAM O , O a O Java O open-source B-Application implementation O from O the O OW2 B-Architecture Consortium I-Architecture . O Perspective B-Architecture projection I-Architecture , O including O : O Early O SCSI B-Architecture interfaces O commonly O used O a O 50-pin O micro B-Protocol ribbon I-Protocol connector I-Protocol . O Tibco O had O an O enterprise B-Architecture application I-Architecture integration I-Architecture product O called O TIBCO B-Application Rendezvous I-Application on O the O market O since O 1994 O and O stated O that O it O had O tried O to O come O to O an O agreement O with O Apple O Computer O . O Bonjour O version O 2.0 O , O released O on O February O 24 O , O 2010 O , O works O with O Microsoft B-Application Windows I-Application 2000 O , O 2003 O , O XP O , O Vista O , O 7 O , O 8 O , O 8.1 O , O 10 O , O and O 11 O . O Model O Mid O 2006 O Early O 2008 O Early O 2009 O Mid O 2010 O Mid O 2012 O Component O Intel B-Device Xeon I-Device Woodcrest O Intel B-Device Xeon I-Device Harpertown O Intel B-Device Xeon I-Device Nehalem B-Device and O Bloomfield B-Device Intel B-Device Xeon I-Device Westmere B-Device Timetable O Released O August O 7 O , O 2006April O 4 O , O 2007 O January O 8 O , O 2008 O March O 3 O , O 2009December O 4 O , O 2009 O July O 27 O , O 2010 O June O 11 O , O 2012 O Discontined O January O 8 O , O 2008 O March O 3 O , O 2009 O July O 27 O , O 2010 O June O 11 O , O 2012 O October O 22 O , O 2013 O Models O Model O number O A1186 O ( O EMC O 2113 O ) O A1186 O A1289 O Model O identifier O MacPro1 O , O 1 O MacPro3 O , O 1 O MacPro4 O , O 1 O MacPro5 O , O 1 O Order O number O MA356 O MA970 O MB871 O MB535 O MC560 O MC250 O MC561 O MD770 O MD772 O MD771 O ROM O EFI B-Architecture mode O EFI32 O EFI64 O Kernel B-Operating_System mode O 32-bit B-Application 64-bit B-Device Chipset B-Device Intel O 5000X O Intel O 5400 O Intel B-Device X58 I-Device Intel O 5520 O Intel B-Device X58 I-Device for O single O CPU B-Device systems O , O Intel O 5520 O for O dual B-Architecture CPU I-Architecture systems O Processor B-General_Concept Standard O Two O 2.66 O GHz O 2-core B-Architecture Intel B-Device Xeon I-Device Woodcrest O ( O 5150 O ) O Two O 2.8 O GHz O 4-core B-Architecture Intel B-Device Xeon I-Device Harpertown O ( O E5462 O ) O One O 2.66 O GHz O 4-core B-Architecture Intel B-Device Xeon I-Device Bloomfield B-Device ( O W3520 O ) O Two O 2.26 O GHz O 4-core B-Architecture Intel B-Device Xeon I-Device Gainestown O ( O E5520 O ) O One O 2.8 O GHz O 4-core B-Architecture Intel B-Device Xeon I-Device Bloomfield B-Device ( O W3530 O ) O Two O 2.4 O GHz O 4-core B-Architecture Intel B-Device Xeon I-Device Gulftown B-Device ( O E5620 O ) O Two O 2.66 O GHz O 6-core B-Architecture Intel B-Device Xeon I-Device Gulftown B-Device ( O X5650 O ) O One O 3.2 O GHz O 4-core B-Architecture Intel B-Device Xeon I-Device Bloomfield B-Device ( O W3565 O ) O Two O 2.4 O GHz O 6-core B-Architecture Intel B-Device Xeon I-Device Westmere-EP B-Device ( O E5645 O ) O Cache O 4 O MB O L2 O 12 O MB O L2 O 8 O MB O L3 O 12 O MB O L3 O 8 O MB O L3 O 12 O MB O L3 O Option O System B-Architecture bus I-Architecture Speed O 1333 O MHz O 1600 O MHz O 4.8 O GT/s O ( O 4-core B-Architecture models O only O ) O or O 6.4 O GT/s O 4.8 O GT/s O ( O 4-core B-Architecture models O only O ) O , O 5.86 O GT/s O ( O 8-core B-Architecture models O only O ) O or O 6.4 O GT/s O 4.8 O GT/s O ( O 4-core B-Architecture models O only O ) O , O 5.86 O GT/s O ( O 12-core B-Architecture models O only O ) O or O 6.4 O GT/s O ProcessFront-side O busQuickPath O Interconnect O Memory B-Architecture Standard O 1 O GB O ( O two O 512 O MB O ) O of O 667 O MHz O DDR2 O ECC B-General_Concept fully B-General_Concept buffered I-General_Concept DIMM I-General_Concept 2 O GB O ( O two O 1 O GB O ) O of O 800 O MHz O DDR2 O ECC B-General_Concept fully B-General_Concept buffered I-General_Concept DIMM I-General_Concept 3 O GB O ( O three O 1 O GB O ) O 1066 O MHz O DDR3 O ECC B-General_Concept DIMM B-General_Concept 6 O GB O ( O six O 1 O GB O ) O 1066 O MHz O DDR3 O ECC B-General_Concept DIMM B-General_Concept 3 O GB O ( O three O 1 O GB O ) O for O 4 O - O and O 6-core B-Architecture models O or O 6 O GB O ( O six O 1 O GB O ) O for O 8 O - O and O 12-core B-Architecture models O of O 1333 O MHz O ECC B-General_Concept DDR3 O SDRAM O 6 O GB O ( O three O 2 O GB O ) O 1333 O MHz O ECC B-General_Concept DDR3 O SDRAM O 8 O GB O ( O four O 2 O GB O ) O 1333 O MHz O ECC B-General_Concept DDR3 O SDRAM O 12 O GB O ( O six O 2 O GB O ) O 1333 O MHz O ECC B-General_Concept DDR3 O SDRAM O Expansion O Graphics O Nvidia O GeForce O 7300 O GT O with O 256 O MB O GDDR3 O SDRAM O ( O two O dual-link B-Protocol DVI I-Protocol ports B-Protocol ) O ATI B-Device Radeon I-Device HD O 2600 O XT O with O 256 O MB O GDDR3 O SDRAM O ( O two O dual-link B-Protocol DVI I-Protocol ports B-Protocol ) O Nvidia O GeForce O GT O 120 O with O 512 O MB O GDDR3 O SDRAM O ( O one O mini-DisplayPort B-Protocol and O one O dual-link B-Protocol DVI I-Protocol port O ) O ATI B-Device Radeon I-Device HD O 5770 O with O 1 O GB O GDDR5 O memory B-Architecture ( O two O Mini B-Protocol DisplayPorts I-Protocol and O one O dual-link B-Protocol DVI I-Protocol port O ) O Secondary O storage O Capacity O 250 O GB O with O 8 O MB O cache O 320 O GB O SATA O with O 8 O MB O cache O 640 O GB O with O 16 O MB O cache O 1 O TB O SATA O with O 32 O MB O cache O Type O 7200-rpm O SATA O Hard B-Device drive I-Device 7200-rpm O SATA O Hard B-Device drive I-Device or O 15k-rpm O SAS O Hard B-Device Drive I-Device 7200-rpm O SATA O Hard B-Device drive I-Device 7200-rpm O SATA O Hard B-Device drive I-Device or O Solid B-Device State I-Device Drive I-Device Transfer O SATA O 2.0 O ( O 3 O Gbit/s O ) O Optical O drive16× O SuperDrive B-Device with O double-layer O support O ( O DVD±R O DL/DVD O ± O RW/CD O -RW O ) O 18× O SuperDrive B-Device with O double-layer O support O ( O DVD±R O DL/DVD O ± O RW/CD O -RW O ) O Connectivity O Bluetooth B-Protocol 2.0 I-Protocol +EDR I-Protocol Wi-Fi O 4 O ( O 802.11a/b/g/n O ) O 2× O Gigabit O EthernetBluetooth O 2.1 O +EDR O Peripherals O 5× O USB B-Protocol 2.02 O × O FireWire B-Protocol 4002× O FireWire B-Protocol 800Built-in O mono O speaker1× O Audio-in O mini-jack2 O × O Audio-out O mini-jack1 O × O Optical O S/PDIF O ( O Toslink B-Protocol ) O input1× O Optical O S/PDIF O ( O Toslink B-Protocol ) O output O 5× O USB B-Protocol 2.04 O × O FireWire B-Protocol 800Built-in O mono O speaker1× O Audio-in O mini-jack2 O × O Audio-out O mini-jack1 O × O Optical O S/PDIF O ( O Toslink B-Protocol ) O input1× O Optical O S/PDIF O ( O Toslink B-Protocol ) O output O Dimensions O 20.1 O in O ( O 51.1 O cm O ) O height O x O 8.1 B-Device in O ( O 20.6 O cm O ) O width O x O 18.7 O in O ( O 47.5 O cm O ) O depth O Weight O 42.4 O lb O ( O 19.2 O kg O ) O 39.9 O lb O ( O 18.1 O kg O ) O ( O quad-core B-Architecture ) O 41.2 O lb O ( O 18.7 O kg O ) O ( O 8-core B-Architecture ) O Operating B-Application system I-Application Minimum O Mac B-Application OS I-Application X I-Application 10.4 I-Application Tiger I-Application Mac B-Application OS I-Application X I-Application 10.5 I-Application Leopard I-Application Mac B-Device OS I-Device X I-Device 10.6 I-Device Snow I-Device Leopard I-Device Mac B-Application OS I-Application X I-Application 10.7 I-Application Lion I-Application Latest O release O Mac B-Application OS I-Application X I-Application 10.7 I-Application Lion I-Application OS B-Operating_System X I-Operating_System 10.11 I-Operating_System El I-Operating_System Capitan I-Operating_System macOS O 10.13 O High O Sierra.Apple O introduces O macOS B-Device Mojave I-Device . O Larry O Boucher O is O considered O to O be O the O " O father O " O of O SASI O and O ultimately O SCSI B-Architecture due O to O his O pioneering O work O first O at O Shugart O Associates O and O then O at O Adaptec O . O This O contrasts O with O most O designs O of O the O era O , O like O the O MOS B-General_Concept 6502 I-General_Concept and O Intel B-General_Concept 8080 I-General_Concept , O which O used O a O 16-bit O address B-Architecture bus I-Architecture . O The O C B-Language programming I-Language language I-Language is O typically O implemented O in O this O way O . O Using O the O same O stack B-Architecture for O both O data O and O procedure O calls O has O important O security O implications O ( O see O below O ) O of O which O a O programmer O must O be O aware O in O order O to O avoid O introducing O serious O security O bugs O into O a O program O . O Skip B-Data_Structure graphs I-Data_Structure have O the O full O functionality O of O a O balanced B-Data_Structure tree I-Data_Structure in O a O distributed B-Architecture system I-Architecture . O Even O in O very O simple O systems O , O at O various O times O the O data B-General_Concept bus I-General_Concept is O driven O by O the O program O memory B-General_Concept , O by O RAM O , O and O by O I/O B-General_Concept devices I-General_Concept . O To O prevent O bus B-Architecture contention I-Architecture on O the O data B-General_Concept bus I-General_Concept , O at O any O one O instant O only O one O device O drives O the O data B-General_Concept bus I-General_Concept . O Marketed O as O National-Elliott O 405BESM-21957 O >20general O purpose O computer O in O the O BESM B-Device seriesCIFA-119574First O computer O built O in O Romania O at O Institutul O de O Fizică O Atomică O ( O Atomic O Physics O Institute O ) O DASK B-Device 1957 O 1The O first B-Architecture computer I-Architecture in O Denmark O ; O had O an O early O implementation O of O ALGOL B-Language UNIVAC O 1104 O 1957 O A O 30-bit O variation O of O the B-Operating_System UNIVAC I-Operating_System 1103 O Ferranti B-Device Mercury I-Device 1957 O 19An O early O commercial O vacuum O tube O computer O by O Ferranti O , O with O core O memory O and O hardware O floating B-Algorithm point I-Algorithm capability O IBM B-Device 610 I-Device 1957 O 180A O small O computer O designed O to O be O used O by O one O person O with O limited O experience O FACIT O EDB O 2 O 1957 O 9LEO O II195711Commercial O version O of O LEO B-Device I I-Device prototype O . O The O neural B-Architecture network I-Architecture is O now O updated O continually O . O Chess B-Application can O end O in O a O draw O unlike O Go O ; O therefore O , O AlphaZero B-Application takes O into O account O the O possibility O of O a O drawn O game O . O All O modules B-Device are O required O to O include O a O free O user O re-settable O 2-hour O trial O version O . O SQL B-Language Bridge O is O an O OPC O based O Middleware B-General_Concept product O that O bridges O the O gap O between O industrial O PLCs B-Architecture and O SQL B-Language Databases I-Language . O While O systolic B-Architecture arrays I-Architecture are O officially O classified O as O MISD B-Operating_System , O their O classification O is O somewhat O problematic O . O In O 2003 O , O Morgavi O and O Morando O designed O a O system O to O recognize O braille O characters O using O artificial B-Architecture neural I-Architecture networks I-Architecture . O z/VM B-Application is O the O current O version O of O VM B-Application , O and O is O used O to O support O hundreds O or O thousands O of O virtual B-Architecture machines I-Architecture on O a O given O mainframe O . O A O connection O can O be O protected O against O a O single O failure O by O defining O a O backup O path B-Protocol , O diverse O from O the O primary O path B-Protocol taken O by O the O connection O over O the O mesh B-Architecture network I-Architecture . O Remote O Play O allows O the O PSP B-Operating_System to O access O many O of O the O features O of O the O PlayStation B-Operating_System 3 I-Operating_System console O from O a O remote O location O using O the B-Operating_System PS3 I-Operating_System 's O WLAN B-Architecture capabilities O , O a O home O network O , O or O the O Internet O . O This O technology O connects O seamlessly O with O any O type O of O IP-based O or O packetized O communications O , O and O , O thanks O to O the O ubiquity O of O Ethernet O installations O in O homes O , O workplaces O , O and O elsewhere O , O EPON O is O generally O very O inexpensive O to O implement O . O A O PON O takes O advantage O of O wavelength-division B-Architecture multiplexing I-Architecture ( O WDM O ) O , O using O one O wavelength O for O downstream O traffic O and O another O for O upstream O traffic O on O a O single O mode O fiber O ( O ITU-T O G.652 O ) O . O The O paging B-Architecture system O translated O a O 16-bit B-Device virtual B-General_Concept address I-General_Concept into O an O 18-bit O physical B-General_Concept address I-General_Concept . O Mode O 7 O used O only O 1KB O for O video O RAM B-Architecture by O storing O each O character O as O its O ASCII O code O , O rather O than O its O bitmap O image O as O was O needed O for O the O other O modes O . O A O 64-bit O 75MHz O 603 O bus O connecting O the O CPU O , O 256K O L2 O cache O , O and O ROM B-Device . O This O is O the O front-side B-Architecture bus I-Architecture . O Capella O is O very O similar O to O a O northbridge B-Device ( O computing O ) O chip O . O A O 32-bit O 16MHz O I/O O bus O managed O by O a O custom O integrated O circuit O , O PrimeTime O II O , O which O is O similar O to O a O southbridge B-Device ( O computing O ) O chip O . O In O a O high-availability O server B-Architecture cluster I-Architecture , O each O individual O server O may O attain O internal O component O redundancy O by O having O multiple O power O supplies O , O hard O drives O , O and O other O components O . O On O some O systems O , O a O soft B-Operating_System boot I-Operating_System may O optionally O clear O RAM B-Architecture to O zero O . O With O an O additional O 1GB O of O RAM B-Architecture compared O to O the O previous O generations O ' O Mini O , O the O iPad B-Device Mini I-Device 4 I-Device is O capable O of O utilizing O the O Slide O Over O , O Split O View O and O Picture O in O Picture O multitasking O functions O in O iOS B-Operating_System 9 I-Operating_System . O A O profile O is O a O set O of O APIs O that O support O devices O with O different O capabilities O and O resources O within O the O CLDC B-Language framework B-Architecture to O provide O a O complete O Java B-Device application O environment O . O Several O business O motives O drive O the O development O of O multi-core B-Architecture architectures O . O " O The O unique O capabilities O of O terahertz B-Architecture TDR O and O its O advantages O over O the O conventional O TDR O have O been O recognized O . O 78K4 O Series O ( O also O known O as O 78K/4 O ) O is O a O 16-bit O single-chip O microcontroller B-Architecture with O 16 O and O 8-bit O operations O . O It O has O 16× O 8-bit O registers O ×4 O banks B-General_Concept , O which O can O be O also O used O for O 8× O 16-bit O registers O ×4 O banks B-General_Concept . O The O matrix B-Architecture is O tridiagonal B-Language with O and O . O They O also O went O looking O for O a O company O with O an O existing O calculator O chip O line O , O something O to O tide O them O over O in O the O immediate O term O , O and O this O led O them O to O MOS B-Architecture Technology I-Architecture . O arpwatch B-Protocol is O a O computer O software O tool O for O monitoring O Address O Resolution O Protocol O traffic O on O a O computer B-Architecture network I-Architecture . O Linux B-Application on I-Application the I-Application PlayStation I-Application 3 I-Application allows O for O a O range O of O homebrew B-Application programs O to O be O developed O . O Although O the O Cell B-General_Concept 's I-General_Concept performance O is O more O than O enough O to O handle O most O media O requirements O or O render O complex O 3D O graphics O , O it O does O lack O the O teraflops O performance O of O a O contemporary O GPU B-Architecture 's O texture O fetching O hardware O . O In O this O way O a O DLM O provides O software B-Application applications I-Application which O are O distributed B-Architecture across O a O cluster B-Architecture on O multiple O machines O with O a O means O to O synchronize O their O accesses O to O shared B-General_Concept resources I-General_Concept . O In O sequential O logic O , O information O from O past O inputs O is O stored O in O electronic B-Architecture memory I-Architecture elements O , O such O as O flip-flops B-General_Concept . O The O phone O has O an O 8-megapixel O rear O camera O , O 1.3-megapixel O front-facing O camera O and O a O 1.5GHz O dual-core B-Architecture Snapdragon O S4 O ( O " O Krait B-Application " O ) O processor O with O LTE O and O NFC O . O Mac B-Application OS I-Application X I-Application tools O run O on O PowerPC B-Architecture G3 O Mac O ( O except O Beige O G3 O ) O . O As O AMD O 's O marketing O resources O at O the O time O were O focused O on O the O launch O of O the O upcoming O Athlon B-Architecture K7 B-Architecture processor O line O , O the O 180nm O K6 B-Architecture series O were O relatively O unknown O outside O of O the O industry O . O In O model-based O deep B-Algorithm reinforcement I-Algorithm learning I-Algorithm algorithms O , O a O forward O model O of O the O environment O dynamics O is O estimated O , O usually O by O supervised B-General_Concept learning I-General_Concept using O a O neural B-Architecture network I-Architecture . O In O NOR O gate O flash O , O each O cell O resembles O a O standard O MOSFET B-Architecture , O except O the O transistor O has O two O gates O instead O of O one O . O An O extension O to O BGP B-Protocol is O the O use O of O multipathing O this O typically O requires O identical O MED O , O weight O , O origin O , O and O AS-path O although O some O implementations O provide O the O ability O to O relax O the O AS-path O checking O to O only O expect O an O equal O path O length O rather O than O the O actual O AS B-Architecture numbers I-Architecture in O the O path O being O expected O to O match O too O . O No-Code B-Architecture Designer O ― O a O module O that O consolidates O all O application O design O tools O and O facilitates O the O design O and O launch O of O applications O for O business O users O . O Lack O of O revision B-Architecture control I-Architecture greatly O increases O the O risk O of O errors O due O to O the O inability O to O track O , O isolate O and O test O changes O made O to O a O document O . O the O system O was O also O supported O with O an O 8080-Assembler O . O Data O Applications O International O ( O DAI O ) O was O a O company O from O the O end O of O the O 70s O to O the O early O 80s O based O at O Dreve O de O Renards O 6 O , O Brussels O that O was O specialized O in O creating O " O Real O World O Cards O " O , O computer O peripheral O cards O based O on O their O own O proprietary O DCEbus B-Architecture , O which O in O essence O consists O of O three O groups O of O eight O I/O O lines O ( O coming O from O an O Intel B-Device 8255 I-Device ) O . O Remote O Configuration O Group O configuration O over O the O network O via O TCP B-Protocol connection O . O Supports O Most O PLCs B-Architecture and O Database O Systems O Support O nearly O every O OPC O compliant O PLC B-Architecture and O ODBC B-Application compliant O SQL B-Language database I-Language . O The O Atmel B-Architecture AVR I-Architecture uses O many O split O fields O , O where O bits O are O not O contiguous O in O the O instruction O word O . O The O Orel O BK-08 O ( O ru O : O Орель O БК-08 O ) O was O a O Ukrainian O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept from O 1991 O which O featured O 64 O KB O non-separate O fast O RAM B-Architecture , O an O NMI O button O , O an O extended O keyboard O with O Cyrillic O characters O in O the O upper O address O of O ROM B-Device , O two O Sinclair O joystick B-Device ports O , O and O one O Kempston O in O both O connectors O ( O DIN B-Architecture connectors I-Architecture ) O . O Memory O access O is O clear O ( O there O is O no O conflict O with O the O CPU B-General_Concept and O display O controller O ) O and O display O timing O is O the O same O as O in O the O original O ZX B-Operating_System Spectrum I-Operating_System . O However O , O in O CNN B-Architecture processors O , O connections O are O made O locally O , O whereas O in O ANN B-Architecture , O connections O are O global O . O OpenWSN B-Device is O a O project O created O at O the O University O of O California O Berkeley O and O extended O at O the O INRIA O and O at O the O Open O University O of O Catalonia O ( O UOC O ) O which O aims O to O build O an O open O standard-based O and O open B-License source I-License implementation O of O a O complete O constrained O network O protocol O stack O for O wireless B-Architecture sensor I-Architecture networks I-Architecture and O Internet B-Operating_System of I-Operating_System Things I-Operating_System . O " O Main O memory B-General_Concept " O may O be O specific O to O a O single O processor O ( O which O can O be O multi-core B-Architecture ) O when O the O SoC O has B-General_Concept multiple I-General_Concept processors I-General_Concept , O in O this O case O it O is O distributed B-Operating_System memory I-Operating_System and O must O be O sent O via O on-chip O to O be O accessed O by O a O different O processor O . O A O parity B-Error_Name track O was O present O on O the O first O magnetic-tape B-Architecture data I-Architecture storage I-Architecture in O 1951 O . O The O access B-Device arms I-Device are O mounted O on O a O carriage O alongside O the O disk B-Device array O . O During O a O seek O operation O an O access B-Device arm I-Device moved O , O under O electronic O control O , O vertically O to O seek O a O disk B-Device 0 O – O 49 O and O then O horizontally O to O seek O a O track O 0 O – O 199 O . O The O 1405 O model O 2 O disk B-Device storage I-Device unit O has O 100,000 O sectors O containing O either O 200 O characters O in O move O mode O or O 178 O characters O in O load O mode O , O which O adds O a O word B-Device mark I-Device bit O to O each O character O . O The O IBM O 7300 O Disk B-Device Storage I-Device Unit O was O designed O for O use O with O the O IBM B-Device 7070 I-Device ; O IBM O announced O a O model O 2 O in O 1959 O , O but O when O IBM O announced O the O 1301 B-Device on O June O 5 O , O 1961 O , O 7070 O and O 7074 O customers O found O it O to O be O more O attractive O than O the O 7300 O . O The O IBM B-Device 1301 I-Device Disk B-Device Storage I-Device Unit O was O announced O on O June O 2 O , O 1961 O with O two O models O . O It O was O designed O for O use O with O the O IBM B-Device 7000 I-Device series I-Device mainframe B-Architecture computers I-Architecture and O the O IBM B-Device 1410 I-Device . O The O 1301 B-Device stores O 28 O million O characters O ( O 168,000,000 O bits O ) O per O module O ( O 25 O million O characters O with O the O 1410 O ) O . O Each O module O has O 25 O large O disks B-Device and O 40 O user O recording O surfaces O , O with O 250 O tracks O per O surface O . O 4 O / O 1 O 2 O 2010 O Intel O " O Westmere O " O Intel O 1.86 O – O 3.33 O GHz O 32 O nm O 1170 O 4 O – O 6 O / O 1 O 2 O 2011 O Intel B-Device " I-Device Sandy I-Device Bridge I-Device " I-Device Intel O 1.6 O – O 3.4 O GHz O 32 O nm O 995 O 2 O , O 4 O / O 1 O ( O 1 O , O ) O 2 O 2011 O AMD O Llano O AMD O 1.0 O – O 1.6 O GHz O 40 O nm O 380 O 1 O , O 2 O / O 1 O 1 O 2011 O Xeon O E7 O Intel O 1.73 O – O 2.67 O GHz O 32 O nm O 2600 O 4 O , O 6 O , O 8 O , O 10 O / O 1 O 1 O – O 2 O 2011 O Power O ISA O BGQ O IBM O 1.6 O GHz O 45 O nm O 1470 O 18 O / O 1 O 4 O 2011 O SPARC64 B-General_Concept VIIIfx I-General_Concept Fujitsu O 2.0 O GHz O 45 O nm O 760 O 8 O / O 1 O 2 O 2011 O FX O " O Bulldozer O " O Interlagos O AMD O 3.1 O – O 3.6 O GHz O 32 O nm O 1200 O 4 O – O 8 O / O 2 O 1 O 2011 O SPARC B-Device T4 I-Device Oracle B-Application 2.8 O – O 3 O GHz O 40 O nm O 855 O 8 O / O 1 O 8 O 2012 O SPARC64 B-General_Concept IXfx O Fujitsu O 1.848 O GHz O 40 O nm O 1870 O 16 B-Device / O 1 O 2 O 2012 O zEC12 B-Device IBM O 5.5 O GHz O 32 O nm O 2750 O 6 O / O 6 O 1 O 2012 O POWER7+ B-Device IBM O 3.1 O – O 5.3 O GHz O 32 O nm O 2100 O 8 O / O 1 O , O 2 O 4 O 2012 O Itanium B-General_Concept " O Poulson O " O Intel O 1.73 O – O 2.53 O GHz O 32 O nm O 3100 O 8 O / O 1 O 2 O 2013 O Intel B-Device " I-Device Haswell I-Device " I-Device Intel O 1.9 O – O 4.4 O GHz O 22 O nm O 1400 O 4 O / O 1 O 2 O 2013 O SPARC64 B-Architecture X I-Architecture Fujitsu O 2.8 O – O 3 O GHz O 28 O nm O 2950 O 16 B-Device / O 1 O 2 O 2013 O SPARC B-Device T5 I-Device Oracle B-Application 3.6 O GHz O 28 O nm O 1500 O 16 B-Device / O 1 O 8 O 2014 O POWER8 B-Device IBM O 2.5 O – O 5 O GHz O 22 O nm O 4200 O 6 O , O 12 B-Device / O 1 O , O 2 O 8 O 2014 O Intel B-General_Concept " I-General_Concept Broadwell I-General_Concept " I-General_Concept Intel O 1.8-4 O GHz O 14 O nm O 1900 O 2 O , O 4 O , O 6 O , O 8 O , O 12 B-Device , O 16 B-Device / O 1 O , O 2 O , O 4 O 2 O 2015 O z13 B-Device IBM O 5 O GHz O 22 O nm O 3990 O 8 O / O 1 O 2 O 2015 O A8-7670K O AMD O 3.6 O GHz O 28 O nm O 2410 O 4 O / O 1 O 1 O 2017 O Zen O AMD O 3.2 O – O 4.1 O GHz O 14 O nm O 4800 O 8 O , O 16 B-Device , O 32 O / O 1 O , O 2 O , O 4 O 2 O 2017 O z14 B-Device IBM O 5.2 O GHz O 14 O nm O 6100 B-General_Concept 10 O / O 1 O 2 O 2017 O POWER9 B-Device IBM O 4 O GHz O 14 O nm O 8000 O 12 B-Device , O 24 O / O 1 O 4 O , O 8 O 2017 O SPARC B-Architecture M8 O Oracle B-Application 5 O GHz O 20 O nm O ~ O 10,000 O 32 O 8 O 2018 O Intel B-Device " I-Device Cannon I-Device Lake I-Device " I-Device Intel O 2.2 O – O 3.2 O GHz O 10 O nm O ? O Multiple O GPUs B-Architecture are O still O used O on O supercomputers O ( O like O in O Summit B-Device ) O , O on O workstations B-Device to O accelerate O video O ( O processing O multiple O videos O at O once O ) O and O 3D O rendering O , O for O VFX O and O for O simulations O , O and O in O AI O to O expedite O training O , O as O is O the O case O with O Nvidia O 's O lineup O of O DGX O workstations B-Device and O servers O , O Tesla O GPUs B-Architecture , O and O Intel O 's O Ponte O Vecchio O GPUs B-Architecture . O Based O on O the O 8-bit O Intel B-General_Concept 8080 I-General_Concept Microprocessor B-Architecture , O the O Altair O is O widely O recognized O as O the O spark O that O ignited O the O microcomputer B-Architecture revolution O as O the O first O commercially O successful O personal B-Device computer I-Device . O The O SPARCstation B-Architecture IPC I-Architecture is O limited O to O use O as O a O single-processor O machine O . O LLVMLinux O does O not O aim O to O fork B-Application either O Linux B-Application or O the O LLVM B-Application , O therefore O it O is O a O meta-project O composed O of O patches O that O are O eventually O submitted O to O the O upstream O projects O . O By O enabling O Linux B-Application to O be O compiled B-Language by O Clang B-Application , O developers O may O benefit O from O shorter O compilation B-Language times O . O In O 2017 O , O developers O completed O upstreaming O patches O to O support O building O the O Linux B-Operating_System kernel I-Operating_System with O Clang B-Application in O the O 4.15 O release O , O having O backported O support O for O X86-64 B-Device and O AArch64 B-Architecture to O the O 4.4 O , O 4.9 O , O and O 4.14 O branches O of O the O stable O kernel B-Operating_System tree O . O Temporal B-General_Concept isolation I-General_Concept or O performance O isolation O among O virtual B-Architecture machine I-Architecture ( O VMs O ) O refers O to O the O capability O of O isolating B-General_Concept the I-General_Concept temporal I-General_Concept behavior I-General_Concept ( O or O limiting O the O temporal O interferences O ) O of O multiple O VMs O among O each O other O , O despite O them O running O on O the O same O physical O host O and O sharing O a O set O of O physical O resources O such O as O processors O , O memory O , O and O disks B-Device . O AIMP B-Application is O also O able O to O cache O up O to O 60 O seconds O of O internet O radio O streams O into O RAM B-Architecture . O If O it O is O , O bit O 30 O of O the O ECX O register O is O set O after O calling O CPUID B-Architecture standard O function O 01H O . O RAID B-Architecture 5 O Like O RAID4 O , O but O with O the O parity B-Error_Name distributed O across O all O devices O . O In O 2006 O , O new O calculators B-Application were O upgraded O to O HW4 O which O was O supposed O to O offer O increases O in O RAM B-Architecture and O speeds O up O to O , O but O some O benchmarks O made O by O users O reported O speeds O between O 12.85 O and O . O The O problem O is O usually O expressed O in O matrix B-Architecture form O , O and O then O becomes O : O Illegal O in O Newfoundland O and O Labrador O , O Nova O Scotia O , O Prince O Edward O Island O , O New O Brunswick O , O Quebec O , O Ontario B-Architecture , O Manitoba O , O Yukon O , O Northwest O Territories O and O Nunavut.Regardless O of O whether O they O are O used O or O not O , O police O there O may O confiscate O radar B-Application detectors I-Application , O operational O or O not O , O and O impose O substantial O fines O in O provinces O where O radar B-Application detectors I-Application are O illegal O . O The O phases O run O sequentially O and O constitute O a O cascade O of O finite B-Architecture state I-Architecture transducers I-Architecture over O annotations O . O Although O not O implemented O as O MPW O tools O , O the O package O also O came O with O several O source-level B-Application debuggers I-Application through O its O history O ; O SourceBug O and O SADE O ( O Symbolic O Application O Debugging O Environment O ) O were O used O on O MC680x0 O systems O , O while O the O Power O Mac B-Device Debugger B-Application ( O known O during O development O as O R2Db O ) O provided O both O local O and O remote O debugging O services O for O PowerPC B-Architecture systems O , O the O latter O by O using O a O server O program O known O as O a O " O debugger B-Application nub O " O on O the O computer O being O debugged O . O It O acts O as O a O bridge O between O the O processor O , O the O memory O ( O SDRAM O ) O and O the O XIO B-Architecture bus O . O It O went O on O to O become O the O fourth O highest-grossing O video B-Architecture game I-Architecture of I-Architecture 2020 I-Architecture with O , O and O then O the O eighth O highest-grossing O mobile B-Application game I-Application of I-Application 2021 I-Application with O , O for O a O total O of O at O least O grossed O . O TLS O runs O " O on O top O of O some O reliable O transport B-Architecture protocol I-Architecture ( O e.g. O , O TCP B-Protocol ) O , O " O which O would O imply O that O it O is O above O the O transport B-Architecture layer I-Architecture . O Gharajedaghi O argued O , O that O business B-Architecture Architecture I-Architecture should O be O considered O a O system O : O Mini-ITX B-Architecture form O factor O , O LGA B-Device 1155 I-Device , O Q67 O chipset O ( O Cougar O Point O ) O .Reference O unknown.2011EastonMotherboardIntel O D815EEA O desktop O motherboard O . O In O contrast O , O 65nm B-Algorithm dual B-Architecture core I-Architecture Core B-Device 2 I-Device Duo O processors O based O on O the O Core B-Device microarchitecture I-Device had O a O maximum O of O 65 O W O TDP B-General_Concept ( O E6850 O , O 3.00GHz O ) O while O being O much O more O efficient O with O markedly O higher O performance O per O clock O . O Direct O Machine O Environment O , O abbreviated O DME O , O was O a O mainframe B-Architecture environment O for O the O ICL B-Device 2900 I-Device Series I-Device of O computing O systems O from O International O Computers O Limited O that O was O developed O in O the O 1970s O . O GEOS-SC O was O a O 32-bit O reduced B-Architecture instruction I-Architecture set I-Architecture computer I-Architecture ( O RISC B-Architecture ) O CPU O smartphone B-Application , O OS O , O and O GUI B-Application for O the O Japanese O cellphone O market O . O Originally O built O as O GeoWorks O ' O planned O future O OS O and O codenamed O ' O Liberty O ' O , O GEOS-SC O became O the O basis O for O cellphones O designed O by O Mitsubishi O Electric O Company O ( O MELCO O ) O of O Japan O . O Alongside O this O , O GEOS-SE O which O was O an O OS O designed O and O developed O by O Eden O Ltd. O , O a O UK-based O company O acquired O in O 1997 O by O Geoworks O . O Franklin O invented O the O lightning B-Architecture rod O based O on O what O he O learned O from O experiments O with O his O electrostatic B-Algorithm machine I-Algorithm . O In O November O 1997 O FIC O released O motherboard B-Device PA-2012 O , O which O uses O Apollo B-Device VP3 I-Device and O has O AGP B-Architecture bus B-General_Concept . O Ultra B-Device HD I-Device Blu-ray I-Device players O support O decoding O of O 4K B-Architecture resolution I-Architecture VP8/VP9 O video O with O Ogg B-Algorithm Vorbis I-Algorithm audio O . O The O database O of O the O supercomputer B-Architecture contains O data O on O the O major O armed O conflicts O of O modernity O for O the O efficient O analysis O of O future O threats O . O Dummy O values O are O then O passed O in O until O each O processor B-Architecture has O seen O one O whole O row O and O one O whole O column O . O Expansion O capabilities O include O two O 3.5 B-Device " I-Device drive B-Device bays I-Device ( O one O of O which O is O used O by O the O included O floppy B-Device drive I-Device ) O and O one O 5.25 B-Device " I-Device bay O that O could O be O used O by O a O 5.25 B-Device " I-Device floppy B-Device drive I-Device ( O for O IBM B-Device PC I-Device compatibility O ) O , O a O hard B-Device drive I-Device , O or O CD-ROM B-Device once O they O became O available O . O SCSI B-Architecture host O adapters O , O memory B-Device cards I-Device , O CPU B-General_Concept cards I-General_Concept , O network B-Protocol cards I-Protocol , O graphics B-Device cards I-Device , O serial B-Protocol port I-Protocol cards O , O and O PC O compatibility O cards O were O available O , O and O multiple O expansions O can O be O used O simultaneously O without O requiring O an O expansion O cage O like O the O Amiga B-Device 1000 I-Device does O . O Version B-Architecture control I-Architecture systems I-Architecture allow O rolling O back O to O previous O versions O easily O . O A O 100MHz O model O , O intended O for O embedded B-Architecture systems I-Architecture , O also O existed O . O The O Microprocessor B-Architecture Report O recognized O the O Alpha B-Device 21066 I-Device as O the O first O microprocessor B-Architecture with O an O integrated O PCI O controller O . O The O IA-32 B-Device variants O supports O up O to O four O physical O processors O and O up O to O 4GB O RAM B-Architecture ; O the O x64 B-Device variant O is O capable O of O addressing O up O to O 32GB O of O RAM B-Architecture and O also O supports O Non-Uniform B-Operating_System Memory I-Operating_System Access I-Operating_System . O The O highest O amount O of O RAM B-Architecture that O Compaq O offered O in O this O daughtercard-and-piggyback-card O arrangement O on O the O initial O release O of O the O Deskpro B-Device 386 I-Device was O 10MiB O . O These O applications O use O cloud B-Architecture resources O in O the O critical O path O of O real-time O user O interaction O . O System O requirements O for O Lubuntu B-Application 18.04 O LTS O included O a O minimum O of O 1 O GB O of O RAM O , O although O 2 O GB O was O recommended O for O better O performance O , O plus O a O Pentium B-General_Concept 4 I-General_Concept , O Pentium B-Architecture M I-Architecture , O or O AMD B-Device K8 I-Device CPU O or O newer O . O It O is O built O to O run O within O the O Open B-Architecture Firmware I-Architecture layer O common O to O most O such O systems O instead O of O working O as O a O Mac B-Operating_System OS I-Operating_System 9 I-Operating_System program O like O its O predecessor O BootX B-Application . O This O is O in O contrast O to O the O parsing-theory O origins O of O the O term O finite-state B-Architecture machine I-Architecture where O the O machine O is O described O as O consuming O characters O or O tokens O . O It O competed O directly O with O AMD O 's O first O unified O shader O microarchitecture B-General_Concept named O TeraScale B-Architecture , O a O development O of O ATI O 's O work O on O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System which O used O a O similar O design O . O Catenet B-Architecture was O the O concept O of O linking O these O networks O into O a O network O of O networks O with O specifications O for O compatibility O of O addressing O and O routing B-Protocol . O Some O batteries B-Architecture operating O at O high O temperatures O ( O sodium B-Architecture – I-Architecture sulfur I-Architecture battery I-Architecture ) O or O using O corrosive O components O are O subject O to O calendar O ageing O , O or O failure O even O if O not O used O . O The O LDMOS O in O particular O is O the O most O widely O used O power O amplifier O in O mobile O networks O such O as O 2G O , O 3G B-Architecture , O 4G B-Architecture and O 5G O , O as O well O as O broadcasting B-Operating_System and O amateur O radio O . O Development O priorities O focused O on O reducing O the O size O of O the O executable B-Application , O integrating O web B-Application applications I-Application and O plug-ins B-Application , O cloud B-Architecture computing I-Architecture , O and O touch B-Device interface O support O . O The O ARM B-Architecture architecture I-Architecture dominates O the O market O for O low-power O and O low-cost O embedded B-Architecture systems I-Architecture ( O typically O 200 O – O 1800MHz O in O 2014 O ) O . O For O example O , O if O X O is O a O vector O space O , O then O a O group O action O of O G O on O X O is O a O group O representation O of O the O group O G O , O representing O G O as O a O group O of O linear B-Architecture transformations I-Architecture ( O automorphisms O ) O of O X O ; O these O representations O are O the O main O object O of O study O in O the O field O of O representation O theory O . O APPN B-Architecture should O not O be O confused O with O the O similarly O named O APPC B-Protocol ( O Advanced B-Protocol Program-to-Program I-Protocol Communication I-Protocol ) O . O Instead O , O the O card O used O PCI O bus B-Architecture mastering I-Architecture to O transfer O data O from O the O main O memory O to O the O D/A O converters O . O The O phone O features O a O new O display O , O a O Qualcomm B-Architecture Snapdragon I-Architecture 801 O processor O , O and O has O the O ability O to O record O 4K O videos O . O Such O bridgeboards O typically O feature O on-board O IBM B-Device PC I-Device Compatible O hardware O , O including O Intel B-General_Concept 80286 I-General_Concept , O 80386 B-General_Concept or O 80486 B-General_Concept microprocessors O allowing O emulation O of O an O entire O IBM-PC B-Device system O in O hardware O . O The O remaining O ISA B-Architecture slots I-Architecture can O then O be O used O with O industry O standard O hardware O of O the O era O , O such O as O , O network B-Protocol cards I-Protocol , O graphics B-Device cards I-Device and O hard B-Device drive I-Device controllers O . O The O 6100 B-General_Concept has O a O 12-bit B-Device data/address O bus O , O limiting O RAM B-Architecture to O only O 4K O words O , O or O 6KB O . O When O the O application O requirement O is O real-time O , O DSP O is O often O implemented O using O specialized O or O dedicated O processors O or O microprocessors B-Architecture , O sometimes O using O multiple O processors O or O multiple O processing O cores O . O EDS O allows O programmers O to O test O their O application O in O simulation O , O or O download O and O run O their O compiled O application O on O the O actual O FPGA B-Architecture host O . O TeamWare B-Protocol 's O largest O deployment O was O inside O Sun O itself O , O where O ( O bar O a O few O exceptions O ) O at O one O point O it O was O the O only O VCS B-Architecture used O . O It O was O one O of O the O earliest O supercomputers B-Architecture . O The O unique O " O waterfall O " O cooler O system O came O to O represent O high-performance B-Architecture computing I-Architecture in O the O public O eye O and O was O found O in O many O informational O films O and O as O a O movie O prop O for O some O time O . O While O the O ETV O 500 O was O just O a O M19 O accelerated O to O 8 O MHz O and O equipped O with O two O 3.5 O inch O 720 O kB O floppy B-Device drives I-Device , O which O used O optionally O an O Olivetti O ET O series O typewriter O ( O usually O a O ET O 112 O or O ET O 116 O ) O as O a O serial O attached O keyboard O and O daisy O wheel O printer O , O the O ETV O 260 O was O a O fully O integrated O word B-General_Concept processor I-General_Concept system O with O the O M19 O / O ETV O 500 O accelerated O mainboard O mounted O into O a O high O speed O 35 O cps O daisy O wheel O typewriter O chassis O , O equipped O with O two O 720 O kB O floppy B-Device drives I-Device or O a O single O floppy B-Device drives I-Device plus O an O integrated O 20 O MB O SCSI B-Architecture or O MFM O hard B-Device disk I-Device . O Today O ’s O glass O optical B-Architecture fiber I-Architecture draw O processes O employ O a O dual-layer O coating O approach O . O It O has O 1024/2048 O KB O of O RAM B-Architecture , O floppy B-Device and O hard B-Device drive I-Device controllers O , O and O features O mouse O support O . O The O ZXM-Alcyon O was O developed O in O late O 2015 O , O and O is O based O on O the O transformation O of O an O Igrosoft O slot O machine O board O ( O which O uses O a O Zilog B-General_Concept Z80 I-General_Concept microprocessor O ) O into O a O ZX B-Operating_System Spectrum I-Operating_System compatible O machine O . O The O AZX-Monstrum O is O a O proposal O for O a O vastly O modernised O ZX B-Operating_System Spectrum I-Operating_System compatible O computer O . O The O CPU B-General_Concept is O a O Zilog B-Device Z380 I-Device ( O a O 32-bit O version O of O the O Z80 B-General_Concept , O capable O of O running O at B-Operating_System 40MHz O ) O , O it O has O its O own O graphic O adapter O , O AT-keyboard O , O own O BIOS O and O extended O BASIC-ROM O , O and O RAM B-Architecture expandable O up O to O 4GB O linear O . O Standard O devices O of O are O HDD-controller O , O DMA O vs O IRQ O controller O , O ROM-Task O Switching O , O and O more O . O So O far O only O the O HDD-controller O has O been O produced O , O but O the O rest O exists O as O drawings O . O A O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept made O by O Zaxxon O . O The O SpeccyBob O is O a O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept built O entirely O around O standard O 74HC O TTL B-General_Concept chips O and O a O programmable O EPROM B-General_Concept . O KCS B-Device originated O from O the O earliest O days O of O the O microcomputer B-Architecture revolution O , O among O other O prolific O protocols O . O Furthermore O , O this O style O might O facilitate O the O transition O from O current O 2D O design O towards O 3DIC B-Architecture design O . O The O large O number O of O potential O rendezvous O points O makes O it O difficult O for O law O enforcement O to O effectively O shut O down O botnets B-Architecture , O since O infected O computers O will O attempt O to O contact O some O of O these O domain B-Protocol names I-Protocol every O day O to O receive O updates O or O commands O . O POF O has O been O called O the O " O consumer O " O optical B-Architecture fiber I-Architecture because O the O fiber O and O associated O optical O links O , O connectors O , O and O installation O are O all O inexpensive O . O See O the O main O article O on O HP-IL B-Architecture . O Many O special-purpose O ADLs O have O been O developed O since O the O 1990s O , O including O AADL B-Architecture ( O SAE O standard O ) O , O Wright B-Language ( O developed O by O Carnegie O Mellon O ) O , O Acme O ( O developed O by O Carnegie O Mellon O ) O , O xADL O ( O developed O by O UCI O ) O , O Darwin B-General_Concept ( O developed O by O Imperial O College O London O ) O , O DAOP-ADL O ( O developed O by O University O of O Málaga O ) O , O SBC-ADL O ( O developed O by O National O Sun O Yat-Sen O University O ) O , O and O ByADL O ( O University O of O L'Aquila O , O Italy O ) O . O Taken O as O an O axiom O , O it O leads O to O the O notion O of O semigroup O with O involution B-Algorithm , O of O which O there O are O natural O examples O that O are O not O groups O , O for O example O square O matrix B-Architecture multiplication O ( O i.e. O GPU O computing O environments O like O CUDA B-Architecture and O OpenCL B-Application use O the O multithreading B-General_Concept model O where O dozens O to O hundreds O of O threads B-Operating_System run O in O parallel B-Operating_System across I-Operating_System data I-Operating_System on O a O large B-General_Concept number I-General_Concept of I-General_Concept cores I-General_Concept . O Wall O later O stated O that O " O The O whole O intent O of O Perl B-Language 5 O 's O module B-Architecture system I-Architecture was O to O encourage O the O growth O of O Perl B-Language culture O rather O than O the O Perl B-Language core. O " O The O Mac B-Device Pro I-Device Server B-Application includes O an O unlimited O Mac B-Operating_System OS I-Operating_System X I-Operating_System Server I-Operating_System license O and O an O Intel B-Device Xeon I-Device 2.8GHz O quad-core B-Architecture processor I-Architecture , O with O 8GB O of O DDR3 O RAM B-Architecture . O Following O an O entry O into O the O Jazelle B-Language state O mode O , O bytecodes O can O be O processed O in O one O of O three O ways O : O decoded O and O executed O natively O in O hardware B-Architecture , O handled O in O software O ( O with O optimised O ARM/ThumbEE O JVM B-Language code O ) O , O or O treated O as O an O invalid/illegal O opcode O . O As O opposed O to O the O traditional O multi-core B-Architecture processor I-Architecture architecture O each O individual O cell O in O the O microprocessor B-Architecture can O communicate O with O each O other O , O without O the O need O to O store O intermediate O results O in O memory B-General_Concept registers I-General_Concept . O The O Cray-1 B-Device used O only O four O different O IC O types O , O an O ECL B-General_Concept dual O 5-4 O NOR O gate O ( O one O 5-input O , O and O one O 4-input O , O each O with O differential O output O ) O , O another O slower O MECL B-General_Concept 10K O 5-4 O NOR O gate O used O for O address O fanout O , O a O 16× O 4-bit O high O speed O ( O 6ns O ) O static B-Architecture RAM I-Architecture ( O SRAM O ) O used O for O registers B-General_Concept and O a O 1,024 O × O 1-bit O 48ns O SRAM O used O for O the O main O memory O . O A O data B-Application model I-Application is O an O abstract O model O that O organizes O elements O of O data O and O standardizes O how O they O relate O to O one O another O and O to O the O properties O of O real-world O entities B-Architecture . O The O basis O for O the O 3G B-Architecture authentication O mechanism O , O defined O as O a O successor O to O CAVE-based B-Protocol authentication I-Protocol , O AKA B-Protocol provides O procedures O for O mutual O authentication O of O the O Mobile O Station O ( O MS B-Protocol ) O and O serving O system O . O Using O Richards O 's O technique O , O it O becomes O easier O to O implement O finite B-Architecture state I-Architecture machines I-Architecture with O hundreds O or O even O thousands O of O states O . O Internet O service O providers O , O often O Tier B-Architecture 1 I-Architecture networks I-Architecture , O participate O in O Internet B-General_Concept backbone I-General_Concept traffic O by O privately O negotiated O interconnection O agreements O , O primarily O governed O by O the O principle O of O settlement-free B-Protocol peering I-Protocol . O A O World B-Architecture Wide I-Architecture Node I-Architecture Name I-Architecture , O WWNN O , O or O WWnN O , O is O a O World O Wide O Name O assigned O to O a O node O ( O an O endpoint O , O a O device O ) O in O a O Fibre B-Architecture Channel I-Architecture fabric I-Architecture . O The O pattern O of O events O , O states O , O and O state O transitions O among O those O states O can O be O abstracted O and O represented O as O a O finite-state B-Architecture machine I-Architecture ( O FSM O ) O . O OVPsim B-Application no O longer O supplies O source O code O for O the O ARM B-Architecture and O MIPS B-Device processor B-General_Concept models O . O Some O functions O are O performed O on O the O device O , O however O more O complex O functions O such O as O describing O a O scene O or O recognizing O handwriting O require O an O Internet B-Architecture connection I-Architecture . O Primary B-Algorithm batteries I-Algorithm make O up O about O 90% O of O the O $50 O billion O battery O market O , O but O secondary B-Architecture batteries I-Architecture have O been O gaining O market O share O . O Doubling O 16 O to O 32 O per O CUDA B-Architecture array O solve O the O warp O execution O problem O , O the O SMX O front-end O are O also O double O with O warp O schedulers O , O dispatch O unit O and O the O register O file O doubled O to O 64K O entries O as O to O feed O the O additional O execution O units O . O Rete O has O become O the O basis O for O many O popular O rule O engines O and O expert B-Application system I-Application shells O , O including O CLIPS B-Application , O Jess B-Language , O Drools B-Language , O IBM B-Application Operational I-Application Decision I-Application Management I-Application , O BizTalk B-Application Rules O Engine O , O and O Soar B-Architecture . O The O Timex O Sinclair O 2048 O or O T/S O 2048 O was O a O never-released O variant O of O the O T/S O 2068 O with O 16KB O of O RAM B-Architecture . O A O clone B-General_Concept of O the O ZX O Spectrum+ O developed O by O Investrónica O in O Spain O in O 1986 O , O the O Inves O Spectrum O + O was O based O on O the O work O developed O by O the O company O on O the O ZX B-Operating_System Spectrum I-Operating_System 128 I-Operating_System . O IP B-Protocol exchange I-Protocol or O ( O IPX B-Protocol ) O is O a O telecommunications O interconnection B-Architecture model O for O the O exchange O of O IP B-Protocol based O traffic O between O customers O of O separate O mobile O and O fixed O operators O as O well O as O other O types O of O service O provider O ( O such O as O ISP O ) O , O via O IP B-Protocol based O Network-to-Network B-Protocol Interface I-Protocol . O AbsoluteTelnet B-Protocol is O a O software O terminal O client O for O Windows B-Application that O implements O Telnet B-Protocol , O SSH B-Protocol 1 O and O 2 O , O SFTP B-Protocol , O TAPI B-Library Dialup O and O direct O COM B-Architecture port I-Architecture connections O . O When O no O current O is O drawn O from O the O pile O , O each O cell O , O consisting O of O zinc/electrolyte/copper O , O generates O 0.76 O V O with O a O brine O electrolyte O . O A O number O of O high-voltage O dry O piles O were O invented O between O the O early O 19th O century O and O the O 1830s O in O an O attempt O to O determine O the O source O of O electricity O of O the O wet O voltaic B-Architecture pile I-Architecture , O and O specifically O to O support O Volta O 's O hypothesis O of O contact O tension O . O Leela B-Application Zero I-Application , O open O source O replication O of O Alpha O Go O Zero O using O OpenCL B-Application for O neural B-Architecture network I-Architecture computation O . O The O NATO B-Architecture Architecture I-Architecture Framework I-Architecture v4 O ( O NAFv4 O ) O , O issued O by O the O Architecture O Capability O Team O ( O ACaT O ) O of O the O NATO O Consultation O , O Command O and O Control O Board O ( O C3B O ) O in O January O 2018 O , O provides O guidance O on O describing O both O enterprise O architectures O and O systems B-Architecture architectures I-Architecture . I-Architecture Their O advantage O is O a B-General_Concept better O behaviour O in O the O saturated O region O ( O corresponding O to O the O linear O region O of O a B-General_Concept bipolar O transistor B-Application ) O than O the O vertical O MOSFETs B-Architecture . O Vertical O MOSFETs B-Architecture are O designed O for O switching O applications O . O Recent O examples O of O these O specialized O multicore B-Architecture packages O , O such O as O the O Cavium O OCTEON O II O , O can O support O from O 2 O up O to O 32 O cores O . O iOS B-Operating_System releases O before O iOS B-Operating_System 7 I-Operating_System can O only O be O run O on O iOS B-Operating_System devices I-Operating_System with O 32-bit O ARM B-Architecture processors I-Architecture ( O ARMv6 O and O ARMv7-A O architectures O ) O . O In O 2013 O , O iOS B-Operating_System 7 I-Operating_System was O released O with O full O 64-bit B-Device support I-Device ( O which O includes O a O native O 64-bit B-Device kernel B-Operating_System , O libraries O , O drivers O as O well O as O all O built-in O applications O ) O , O after O Apple O announced O that O they O were O switching O to O 64-bit B-Device ARMv8-A O processors O with O the O introduction O of O the O Apple O A7 O chip O . O When O it O was O finally O ready O to O run O its O first O real O application O in O 1976 O , O it O was O outperformed O by O existing O commercial O supercomputers B-Architecture such O as O the O Cray-1 B-Device . O Script B-Application Creation I-Application Utility I-Application for I-Application Maniac I-Application Mansion I-Application Virtual B-Architecture Machine I-Architecture ( O ScummVM B-Device ) O is O a O set O of O game O engine O recreations O . O Some O companies O actively O promote O the O principle O of O multitenancy B-Architecture and O use O it O as O a O source O of O competitive O differentiation O . O 1.35 O ) O 0.33333 O 0.45 O 3G B-Architecture cellular I-Architecture WCDMA O FDD O 2001 O 0.384 O 5 O 0.077 O 1 O 0.51 O 3G B-Architecture cellular I-Architecture CDMA2000 O 1× O PD O 2002 O 0.153 O 1.2288 O 0.125 O 1 O 0.1720 O ( O fully O loaded O ) O 3G B-Architecture cellular I-Architecture CDMA2000 O 1× O EV-DO O Rev.A O 2002 O 3.072 O 1.2288 O 2.5 O 1 O 1.3 O Fixed O WiMAX O IEEE O 802.16d O 2004 O 96 O 20 O 4.8 O 0.25 O 1.2 O 3.5G O cellular O HSDPA O 2007 O 21.1 O 5 O 4.22 O 1 O 4.22 O 4G B-Architecture MBWA O iBurst O HC-SDMA O 2005 O 3.9 O 0.625 O 7.3 O 1 O 7.3 O 4G B-Architecture cellular O LTE O 2009 O 81.6 O 20 O 4.08 O 16.32 O ( O 4×4 O ) O 1 O ( O 0.33333 O at O the O perimeters O ) O 16.32 O 4G B-Architecture cellular O LTE-Advanced O 2013 O 75 O 20 O 3.75 O 30.00 O ( O 8×8 O ) O 1 O ( O 0.33333 O at O the O perimeters O ) O 30 O Wi-Fi O IEEE O 802.11a/g O 2003 O 54 O 20 O 2.7 O 0.33333 O 0.900 O Wi-Fi O IEEE O 802.11n O ( O Wi-Fi O 4 O ) O 2007 O 72.2 O ( O up O to O 150 O ) O 20 O ( O up O to O 40 O ) O 3.61 O ( O up O to O 3.75 O ) O Up O to O 15.0 O ( O 4×4 O , O 40MHz O ) O 0.33333 O 5.0 O ( O 4×4 O , O 40MHz O ) O Wi-Fi O IEEE O 802.11ac O ( O Wi-Fi O 5 O ) O 2012 O 433.3 O ( O up O to O 866.7 O ) O 80 O ( O up O to O 160 O ) O 5.42 O Up O to O 43.3 O ( O 8×8 O , O 160MHz O ) O 0.33333 O 14.4 O ( O 8×8 O , O 160MHz O ) O Wi-Fi O IEEE O 802.11ax O ( O Wi-Fi O 6 O ) O 2019 O 600.5 O ( O up O to O 1201 O ) O 80 O ( O up O to O 160 O ) O 7.5 O Up O to O 60 O ( O 8×8 O , O 160MHz O ) O 0.33333 O 20 O ( O 8×8 O , O 160MHz O ) O WiGig O IEEE B-General_Concept 802.11ad I-General_Concept 2013 O 6756 O 2160 O 3 O 1 O 3 O Trunked O radio O system O TETRA O , O low O FEC B-Error_Name 1998 O 0.019 O 4 O timeslots O = O 0.019 O ( O 0.029 O without O FEC B-Error_Name ) O 0.025 O 0.8 O 0.142857 O 0.1 O Trunked O radio O system O TETRA O II O with O TEDS O , O 64-QAM B-Device , O 150 O kHz O , O low O FEC B-Error_Name 2011 O 0.538 O 4 O timeslots O = O 0.538 O 0.150 O ( O scalable O to O 0.025 O ) O 3.6 O Digital O radio O DAB O 1995 O 0.576 O to O 1.152 O 1.712 O 0.34 O to O 0.67 O 0.200 O 0.07 O to O 0.13 O Digital O radio O DAB O with O SFN B-Device 1995 O 0.576 O to O 1.152 O 1.712 O 0.34 O to O 0.67 O 1 O 0.34 O to O 0.67 O Digital B-Application TV I-Application DVB-T O 1997 O 31.67 O ( O typ O . O Netlify O Build O is O a O CI/CD O infrastructure O for O frontend B-Architecture teams O that O is O automated O and O pre-configured O . O While O being O non-blocking B-Architecture enables O TinyOS B-Device to O maintain O high O concurrency B-Operating_System with O one O stack O , O it O forces O programmers O to O write O complex O logic O by O stitching O together O many O small O event O handlers O . O As O a O result O , O CPLDs B-General_Concept are O less O flexible O , O but O have O the O advantage O of O more O predictable O timing O delays O and O FPGA B-Architecture architectures O , O on O the O other O hand O , O are O dominated O by O interconnect B-General_Concept . O ATI O was O developing O their O own O GPU B-Architecture at O the O time O known O as O the O Radeon B-Device which O also O implemented O hardware B-Algorithm T&L I-Algorithm . O Model O CPU B-General_Concept CPU B-General_Concept specifications O GPU B-Architecture Storage B-Device capacity I-Device Removable B-Device storage I-Device RAM B-Architecture OS B-General_Concept Custom O launcher O Dimensions O Weight O Battery O Recharge B-Architecture Power O Display B-General_Concept Camera O Fingerprint O sensor O Facial O recognitionLenovo O Z5 B-Application Pro I-Application GT I-Application ( O 855 O version O ) O Snapdragon B-Architecture 855Octa-core O , O Bank B-General_Concept switching I-General_Concept was O later O supplanted O by O segmentation B-General_Concept in O many O 16-bit B-Device systems I-Device , O which O in O turn O gave O way O to O paging B-Architecture memory B-General_Concept management I-General_Concept units I-General_Concept . O The O system O , O mocked O up O in O breadboard O form O , O was O first O displayed O publicly O on O 11 O November O 1972 O at O the O Kutt O offices O in O Kingston O , O Ontario B-Architecture . O An O engineering B-Architecture drawing I-Architecture is O a O legal O document O ( O that O is O , O a O legal O instrument O ) O , O because O it O communicates O all O the O needed O information O about O " O what O is O wanted O " O to O the O people O who O will O expend O resources O turning O the O idea O into O a O reality O . O Sample O implementation O of O the O SSI B-Protocol protocol I-Protocol for O MSP430 B-Architecture microcontrollers I-Architecture will O be O published O as O open B-License source I-License during O August O 2006 O by O Nokia O . O Skype B-Application keeps O user O instant B-Application messaging I-Application history O on O user O 's O local O computer O , O and O on O Skype B-Application 's O cloud B-Architecture for O 30 O days O . O In O general O the O resulting O space O is O singular O , O hence O not O a O manifold B-Architecture . O TeraScale B-Architecture 2 O ( O VLIW5 O ) O was O introduced O with O Radeon O HD O 5000 O Series O GPUs B-Architecture in O " O Evergreen O " O generation O . O The O Frobenius O normal B-Algorithm form O does O not O need O of O extending O the O field O of O scalars O and O makes O the O characteristic O polynomial O immediately O readable O on O the O matrix B-Architecture . O However O , O the O console O 's O RAM B-Architecture limitations O required O the O developer O to O remove O certain O features O , O most O notably O the O game O 's O tag O team O element O ; O thus O , O most O game O modes O were O restricted O to O two-character O battles O , O instead O of O four O . O In O that O sense O , O EBC O is O analogous O to O Open B-Architecture Firmware I-Architecture , O the O ISA-independent O firmware B-Application used O in O PowerPC-based O Apple B-Device Macintosh I-Device and O Sun O Microsystems O SPARC B-Architecture computers O , O among O others O . O Some O architecture-specific O ( O non-EFI O Byte B-Application Code O ) O EFI O drivers O for O some O device O types O can O have O interfaces B-Application for O use O by O the O OS O . O The O open-source B-Application version O of O picoJava B-Language has O been O implemented O in O an O FPGA B-Architecture . O It O shares O the O code O name O Sunergy O with O the O low-end O range O of O SPARCclassic B-Architecture , O SPARCclassic B-Architecture X O , O and O SPARCstation B-Architecture ZX I-Architecture . O Symbolics O used O it O for O its O Lisp B-Operating_System machines I-Operating_System , O and O eventually O developed O it O into O New B-Language Flavors I-Language ; O both O the O original O and O new B-Language Flavors I-Language were O message B-Architecture passing I-Architecture OO O models O . O However O , O the O development O of O computer B-Architecture networks I-Architecture has O made O it O so O that O in O most O cases O it O is O much O more O convenient O to O distribute O electronic B-Protocol documents I-Protocol than O printed O ones O . O On O large O scale O projects O , O the O number O of O architectural B-Architecture decisions I-Architecture to O be O made O can O exceed O 100 O , O including O : O One O of O the O first O attempts O was O Bryan O Carpenter O 's O mpiJava O , O essentially O a O set O of O Java B-Language Native I-Language Interface I-Language ( O JNI B-Language ) O wrappers O to O a O local O C B-Language MPI O library O , O resulting O in O a O hybrid O implementation O with O limited O portability B-Architecture , O which O also O has O to O be O compiled O against O the O specific O MPI O library O being O used O . O The O SCA O connector O for O parallel O SCSI B-Architecture drives O has O 80 O pins O , O as O opposed O to O the O 68 O pin O interface O found O on O most O modern O parallel O SCSI B-Architecture drives O . O For O instance O , O it O is O known O that O quantum B-Architecture computers I-Architecture can O efficiently O factor O integers O , O while O this O is O not O believed O to O be O the O case O for O classical O computers O . O To O solve O for O the O model O parameters O that O fit O our O data O , O we O might O be O able O to O invert O the O matrix B-Architecture to O directly O convert O the O measurements O into O our O model O parameters O . O QuickRing B-Architecture was O a O gigabit-rate O interconnect B-General_Concept that O combined O the O functions O of O a O computer B-General_Concept bus I-General_Concept and O a O network B-Architecture . O The O M2 B-Device is O made O with O TSMC O 's O " O Enhanced O 5-nanometer O technology O " O N5P O process B-Architecture and O contains O 20 O billion O transistors O , O a O 25% O increase O from O the O previous O generation O M1 B-Device . O Ports O : O I/O O was O available O with O dual O serial O ports O , O two O ADB B-Device ports I-Device , O an O AAUI B-Protocol ethernet O port O , O mono O audio O in O , O stereo O audio O out O , O and O a O DB-25 O SCSI B-Architecture connector O . O It O succeeds O the O Palm O Cove O microarchitecture B-General_Concept and O is O fabricated O using O Intel O 's O 10 O nm O process B-Architecture node I-Architecture . O Since O July O 2021 O , O ChromeOS B-Operating_System 's O embedded B-Architecture controller I-Architecture was O changed O to O be O based O on O a O Google B-Application maintained O fork O of O Zephyr B-Application , O a O real O time O operating B-General_Concept system I-General_Concept . O At O the O same O time O , O the O number O of O transitions O in O such O automaton O may O reach O , O for O example O for O the O set O of O words O over O the O alphabet O the O total O length O of O words O is O equal O to O , O the O number O of O vertices O in O corresponding O suffix B-Architecture trie I-Architecture is O equal O to O and O corresponding O suffix B-General_Concept automaton I-General_Concept is O formed O of O states B-Application and O transitions O . O The O system O bus O operates O at O half O , O a O third O , O quarter O or O fifth O the O frequency O of O the O microprocessor B-Architecture , O up O to O a O maximum O of O 150MHz O . O At O most O , O the O net O effect O of O CO O may O be O a O delay O of O commit O events O ( O or O voting O in O a O distributed O environment O ) O , O to O comply O with O the O needed O commit B-Architecture order I-Architecture ( O but O not O more O delay O than O its O special O cases O , O for O example O , O SS2PL O , O and O on O average O significantly O less O ) O . O There O are O currently O 24 O Projects O run O by O private O companies O around O the O Smart B-Architecture Grid I-Architecture technology O supported O by O the O Austrian O Klimafonds O and O FFG O , O that O are O being O concluded O in O the O years O 2011 O and O 2012 O and O have O a O total O volume O of O €10.3 O Mio O . O iSNS B-Architecture Servers O iSNS B-Architecture servers O respond O to O iSNS B-Architecture protocol O queries O and O requests O made O by O iSNS B-Architecture clients O using O the O iSNSP O . O The O Ptech B-Architecture investigation O followed O sanctions O placed O on O Yasin O al-Qadi O , O a O former O Ptech B-Architecture investor O , O after O he O was O placed O on O a O list O of O alleged O terrorists O . O The O suffix B-Architecture tree I-Architecture is O a O type O of O trie B-General_Concept . O A O cloud-based B-Architecture parental O control O service O known O as O Norton B-Application Family O Premier O is O developed O by O the O company O , O formerly O known O as O Norton B-Application Online O Family O . O Three O rating O systems O that O can O integrate O with O BIM B-Architecture are O LEED O , O BREEAM O , O and O Green O Star O . O By O correctly O positioning O the O plate O and O pressing O it O against O one O end O of O the O array O of O printing O wires O , O only O the O correct O wires O were O pressed O against O the O ribbon O and O then O the O punched B-Architecture card I-Architecture . O The O printing O mechanism O was O prone O to O be O damaged O if O a O user O attempted O to O duplicate O " O binary O " O cards O with O non-standard O punch B-Device patterns O . O They O described O new O versions O in O 1968 O , O 1969 O , O 1970 O and O 1973 O , O including O changes O such O as O new O inter-program O communication O , O debugging O and O file O merging O facilities O as O well O as O improved O string-handling O and O library B-Library inclusion O features O . O Although O CODASYL B-Language was O independent O of O the O ANSI O committee O , O the O CODASYL B-Language Journal O of O Development O was O used O by O ANSI O to O identify O features O that O were O popular O enough O to O warrant O implementing O . O In O 1974 O , O ANSI O published O a O revised O version O of O ( O ANS O ) O COBOL O , O containing O new O features O such O as O file O organizations O , O the O statement O and O the O segmentation B-General_Concept module B-Architecture . O They O place O device B-Application drivers I-Application in O separate O hardware B-Architecture protection O domain O called O " O nooks O " O and O they O have O separate O permission O setting O for O each O pages O making O sure O that O a O driver O does O not O modify O pages O which O are O not O in O its O domain O but O can O read O all O kernel O data O since O they O share O the O same O address O space O . O In O supercomputers B-Architecture tracked O by O TOP500 B-Operating_System , O the O appearance O of O 64-bit B-Application extensions O for O the O x86 B-Operating_System architecture I-Operating_System enabled O 64-bit B-Device x86 I-Device processors O by O AMD O and O Intel O to O replace O most O RISC B-Architecture processor I-Architecture architectures O previously O used O in O such O systems O ( O including O PA-RISC B-Device , O SPARC B-Architecture , O Alpha B-Device and O others O ) O , O as O well O as O 32-bit B-Device x86 I-Device , O even O though O Intel O itself O initially O tried O unsuccessfully O to O replace O x86 B-Operating_System with O a O new O incompatible O 64-bit B-Device architecture I-Device in O the O Itanium B-General_Concept processor O . O They O do O not O depend O on O error B-Error_Name detection I-Error_Name mechanisms O of O underlying O transmission O channels O , O and O thus O supports O securing O of O whole O communication O paths O , O including O backplanes B-Architecture inside O controllers B-Architecture or O remote O I/O B-General_Concept . O JavaScript B-Language , O GPU B-Architecture .NET B-Application 4.5 O - O 4.7.2 O , O .NET B-Application Core I-Application SDK O 2.2.300F O # O 4.7September O 2019Linux O , O macOS B-Application , O Windows B-Application , O Spark B-Language 's O RDDs O function O as O a O working B-General_Concept set I-General_Concept for O distributed B-Architecture programs I-Architecture that O offers O a O ( O deliberately O ) O restricted O form O of O distributed B-Architecture shared B-Operating_System memory I-Operating_System . O As O the O first O company O dedicated O to O producing O software O applications O for O commercially O available O quantum B-Architecture computers I-Architecture , O 1QBit O 's O research O and O development O arm O has O focused O on O D-Wave O ' O s O quantum B-Algorithm annealing I-Algorithm processors O and O has O successfully O demonstrated O that O these O processors O are O suitable O for O solving O real-world O applications O . O From O 1993 O to O 2003 O , O the O 32-bit O x86 B-Operating_System architectures I-Operating_System became O increasingly O dominant O in O desktop B-Device , O laptop B-Device , O and O server O markets O , O and O these O microprocessors B-Architecture became O faster O and O more O capable O . O In O addition O to O Nikon B-Algorithm 's O own O range O of O " O Nikkor O " O lenses O , O brands O of O F-mount B-Architecture photographic O lenses O include O Zeiss O , O Voigtländer B-Algorithm , O Schneider O , O Angénieux O , O Samyang O , O Sigma O , O Tokina O , O Tamron O , O Hartblei O , O Kiev-Arsenal B-Algorithm , O Lensbaby O , O and O Vivitar O . O It O was O the O first O commercial O microprocessor B-Architecture design O to O be O formally O proven O correct O , O although O there O was O some O controversy O surrounding O this O claim O and O the O definition O of O proof O . O The O Galaxy B-Application Gear I-Application is O powered O by O a O dual-core B-Architecture , O 1,600 O MHz O Exynos O 4212 O system-on-chip B-Architecture , O that O was O scaled O back O to O one O core B-Device , O 800 O MHz O to O help O save O battery O life O , O and O contains O a O 320-pixel-wide O square-shaped O Super O AMOLED B-Algorithm touchscreen B-Device display O with O a O pixel B-Algorithm density I-Algorithm of O 277 O ppi B-Algorithm . O Although O games O using O older O engines O continued O to O appear O for O a O few O years O , O the O 3D B-Architecture accelerator I-Architecture boom O in O the O mid-1990s O meant O that O for O the O first O time O true O 3D O engines O could O be O run O on O home O PCs O , O and O free O mouselook B-General_Concept would O rapidly O become O essential O and O standard O in O almost O every O 3D O game O . O Specifically O , O the O vectorization B-Algorithm of O a O matrix B-Architecture A O , O denoted O vec(A ) O , O is O the O column O vector O obtained O by O stacking O the O columns O of O the O matrix B-Architecture A O on O top O of O one O another O : O Now O , O moderated O newsgroups B-Application may O appear O in O any O hierarchy O , O typically O with O .moderated O added O to O the O group O name O . O Usenet B-Application newsgroups I-Application in O the O Big-8 B-Architecture hierarchy I-Architecture are O created O by O proposals O called O a O Request O for O Discussion O , O or O RFD O . O Version O 4 O introduced O units B-Architecture , O and O a O full-screen O text O user O interface O with O pull-down O menus O ; O earlier O versions O had O a O text-based O menu O screen O and O a O separate O full-screen O editor O . O ( O Microsoft B-Application Windows I-Application was O still O very O experimental O when O the O first O version O was O released O , O and O even O mice B-Device were O rare O . O ) O Thus O , O because O the O best O and O worst O cases O of O B-trees B-Architecture differ O so O widely O , O whereas O fractal B-Data_Structure tree I-Data_Structure indexes I-Data_Structure are O always O near O their O best O case O , O the O actual O speedup O that O fractal B-Data_Structure tree I-Data_Structure indexes I-Data_Structure achieve O over O B-trees B-Architecture depends O on O the O details O of O the O workload O . O 45.7 O megapixel O Back-illuminated B-Algorithm sensor I-Algorithm ( O BSI O ) O CMOS B-Architecture sensor I-Architecture . O The O Unisoc O T606 O is O an O SoC B-Architecture designed O by O Chinese O semiconductor O company O Unisoc O , O featuring O an O octa-core O CPU O ( O 2x O Cortex-A75 O cores O clocked O at O 1.6 O GHz O and O 6x O Cortex-A55 O cores O clocked O at O 1.6 O GHz O ) O and O a O Mali-G57 B-General_Concept MP1 I-General_Concept GPU O . O Laptops B-Device with O Intel B-Architecture vPro I-Architecture technology O have O hardware O features O that O allow O a O system O administrator O to O remotely O access O wired O and O wireless O laptops B-Device for O maintenance O and O servicing O if O the O operating O system O is O unresponsive O or O crashed O and O , O when O a O laptop B-Device is O connected O to O AC O power O ( O not O on O battery O power O ) O , O allow O a O sys-admin O to O remotely O access O the O laptop B-Device when O the O system O is O asleep O or O laptop B-Device power O is O off O . O Concordion B-Language is O a O specification O by O example O framework B-Architecture originally O developed O by O David O Peterson O , O and O now O maintained O by O a O team O of O contributors O , O led O by O Nigel O Charman O . O An O external O , O single-sided O ( O later O double-sided O ) O , O dual O 8-inch B-Device floppy I-Device drive O unit O was O available O for O the O Challenger O III O , O as O was O the O C-D74 O hard B-Device drive I-Device unit O . O Ohio B-Application Scientific I-Application was O keen O to O match O the O Challenger O III O with O the O C-D74 O , O offering O both O in O a O 74-inch O tall O rack-mount O case O as O a O complete O system O christened O the O C3-B O — O the O first O microcomputer B-Architecture system O to O include O a O hard B-Device drive I-Device . O The O motherboard B-Device featured O ABIT O SoftMenu O BIOS B-Operating_System extension O which O allowed O for O jumper-less O adjustment O of O system O parameters O such O as O system O bus O speed O , O CPU O & O AGP B-Architecture bridge O multipliers O , O voltages O from O inside O the O BIOS B-Operating_System and O PC-99 O coloring O . O In O computer B-Architecture networking I-Architecture , O TTL O prevents O a O data O packet O from O circulating O indefinitely O . O Front-end B-Architecture for O the O GNU B-Application Compiler I-Application Collection I-Application and O GNU B-Language Debugger I-Language . O In O microwave-excited O lighting O systems O , O such O as O a O sulfur O lamp O , O a O magnetron B-Architecture provides O the O microwave O field O that O is O passed O through O a O waveguide O to O the O lighting O cavity O containing O the O light-emitting O substance O ( O e.g. O , O sulfur O , O metal O halides O , O etc O . O ) O . O In O conventional O optical B-Architecture fibers I-Architecture , O light O is O guided O through O the O effect O of O total O internal O reflection O . O Thus O CTOS B-Operating_System was O well O known O for O the O message-based B-Architecture Microkernel B-Operating_System Architecture O . O The O RL78 O was O developed O to O address O extremely O low O power O but O highly O integrated O microcontroller B-Architecture applications O , O to O this O end O the O core O offered O a O novel O low O power O mode O of O operation O called O “ O snooze O mode O ” O where O the O ADC O or O serial O interface O can O be O programmed O to O meet O specific O conditions O to O wake O the O device O from O the O extreme O low O power O STOP O mode O of O 0.52uA O . O FICON B-Architecture is O technically O quite O similar O to O more O popular O storage O protocols O , O such O as O FCP O . O Separating O VLANs B-General_Concept divides O broadcast B-Architecture domains I-Architecture as O well O . O Virtual B-Architecture memory I-Architecture can O be O backed O by O physical O RAM B-Architecture , O a O disk O file O via O mmap B-Operating_System ( O on O Unix-derivatives O ) O or O MapViewOfFile O ( O on O Windows O ) O , O or O swap O space O , O and O the O operating B-General_Concept system I-General_Concept can O move O virtual B-Architecture memory I-Architecture pages O around O as O it O needs O . O In O April O 2008 O , O a O MID B-Device development O kit O was O announced O by O Sophia O Systems O and O the O first O board O called O CoreExpress-ECO O was O revealed O by O a O German O company O LiPPERT O Embedded B-Architecture Computers I-Architecture , O GmbH O . O Due O to O human O handler O errors O and O program O errors O , O Hydra B-Architecture did O not O fare O well O in O the O June O 2005 O PAL/CSS O Freestyle O Chess B-Application Tournament O , O an O online O tournament O where O players O are O allowed O to O access O any O and O all O resources O to O them O , O including O computer O engines O , O databases O , O as O well O as O human O grandmasters O . O The O Music O tab O displays O information O about O the O computer O 's O MIDI O settings O , O and O lists O different O music-related O software O and O hardware B-Architecture on O your O computer O . O Improvements O in O modern O hard B-Device drives I-Device such O as O RAM B-Architecture cache O , O faster O platter O rotation O speed O , O command O queuing O ( O SCSI/ATA O TCQ O or O SATA O NCQ O ) O , O and O greater O data O density O reduce O the O negative O impact O of O fragmentation B-Application on O system O performance O to O some O degree O , O though O increases O in O commonly O used O data O quantities O offset O those O benefits O . O This O form O of O signal O multiplexing B-Architecture was O developed O in O telecommunications O for O telegraphy O systems O in O the O late O 19th O century O , O but O found O its O most O common O application O in O digital B-General_Concept telephony O in O the O second O half O of O the O 20th O century O . O Sometimes O car B-Application apps I-Application require O additional O hardware B-Architecture which O plugs O into O the O on-board O diagnostics O ( O OBD O ) O port O to O record O , O collect O and O provide O the O data O about O engine O errors O . O Initially O paper O tape O and O cards B-Architecture were O used O for O input O and O output O ; O later O magnetic O tape O and O finally O disk O files O . O Later O versions O for O the O George B-General_Concept 3 I-General_Concept and O 4 O operating O systems O expanded O to O sizes O as O large O as O 48K O words O . O PLASYD O – O an O alternative O assembly B-Language language I-Language modeled O on O PL/360 B-Language , O much O used O by O the O Atlas B-Device Computer I-Device Laboratory O . O A O simple O report O generation O language O in O the O RPG B-Language vein O , O much O used O on O the O small O 1901 O replacing O card B-Architecture tabulator O systems O . O They O decided O to O call O the O system O the O " O TurboGrafx-16 B-General_Concept " O , O a O name O representing O its O graphical O speed O and O strength O and O its O 16-bit B-Device GPU B-Architecture . O CloudShare B-General_Concept ( O formerly O IT O Structures O ) O is O a O cloud B-Architecture computing I-Architecture provider O founded O in O 2007 O in O Israel O . O ULi O M1575 O A-Link O Express O II O RD480 O ATI O CrossFire O Xpress O 1600(ATI Radeon Xpress 200 CrossFire Edition ) O September O 27 O , O 2005 O Athlon B-Architecture 64 O , O Athlon B-Architecture 64 O FX O , O Running O ( O CGA B-Device , O 80-by-25 O text O ) O on O a O machine O equipped O with O 512KB O of O RAM B-Architecture , O for O example O , O left O 412KB O addressable O to O the O virtual O machine O . O This O approach O eliminated O the O risk O of O memory B-Architecture fragmentation I-Architecture that O was O present O in O MVT O and O SVS B-Application , O and O improved O the O system O 's O internal O security O . O TeraScale B-Architecture was O used O in O HD O 2000 O manufactured O in O 80nm O and O 65 O nm O , O HD O 3000 O manufactured O in O 65nm B-Algorithm and O 55nm O , O HD B-Device 4000 I-Device manufactured O in O 55nm O and O 40nm O , O HD O 5000 O and O HD O 6000 O manufactured O in O 40nm O . O In O computer B-General_Concept science I-General_Concept , O algebraic B-Application semantics I-Application is O a O form O of O axiomatic O semantics B-Application based O on O algebraic O laws O for O describing O and O reasoning O about O program B-Application specifications I-Application in O a O formal B-Architecture manner O . O Thus O they O integrated O a O multimedia O markup O language O , O full B-Application text I-Application search I-Application , O and O extensibility O using O software B-Architecture objects I-Architecture , O all O of O which O are O commonplace O in O modern O internet O browsing O . O The O Autonomic B-General_Concept Network I-General_Concept Architecture I-General_Concept ( O ANA O ) O project O aims O at O exploring O novel O ways O of O organizing O and O using O networks B-Architecture beyond O legacy O Internet B-Architecture technology I-Architecture . O As O the O Tandy O 1000 O uses O the O same O game B-Protocol ports I-Protocol as O the O Tandy B-Device Color I-Device Computer I-Device series O , O the O 26-3025 O Color O Mouse O and O 26-3125 O Deluxe O Mouse O are O compatible O with O the O Tandy O 1000 O , O though O not O all O DOS O software O and O drivers O recognize O them O . O The O Tandy O Digi-Mouse O requires O a O separate O controller O that O was O available O in O either O ISA B-Architecture or O PLUS O format O . O Systems O with O RS-232C O serial O ports O can O use O standard O serial O mice O , O and O later O systems O , O such O as O the O 1000 O RL O , O feature O a O PS/2 B-Device mouse O connector O . O Radio O Shack O offered O a O one-button O joystick O with O its O proprietary O 6-pin O DIN O joystick O connector O that O is O compatible O with O the O older O TRS-80 B-Device Color I-Device Computer I-Device but O not O standard O 15-pin O IBM B-Device PC I-Device game B-Protocol ports I-Protocol often O found O on O sound O cards O and O i/o O multifunction O ISA B-Architecture cards I-Architecture . O Third O party O modems O with O speeds O of O 14k O baud O should O work O provided O they O are O eight-bit O ISA B-Architecture , O and O fit O . O In O 1974 O , O ANSI O published O a O revised O version O of O ( O ANS O ) O COBOL O , O containing O new O features O such O as O file O organizations O , O the O statement O and O the O segmentation B-General_Concept module B-Architecture . O Deleted O features O included O the O statement O , O the O statement O ( O which O was O replaced O by O ) O and O the O implementer-defined O random B-General_Concept access I-General_Concept module B-Architecture ( O which O was O superseded O by O the O new O sequential O and O relative O I/O O modules B-Architecture ) O . O ISO B-General_Concept later O adopted O the O updated O standard O in O 1978 O . O Web B-Application applications I-Application run O in O several O containers O in B-Architecture the I-Architecture cloud I-Architecture . O It O was O the O first O 32-bit O general-purpose B-Architecture microprocessor I-Architecture commercially O available O in O Japan O . O In O this O setting O , O the O mean O operation O is O an O integral O over O a O region O of O space O , O and O the O nearest O centroid O operation O results O in O Voronoi B-Architecture diagrams I-Architecture . O In O July O , O 1998 O the O Velo O 1 O was O replaced O by O the O Velo O 500 O , O which O included O more O RAM B-Architecture and O ROM B-Device and O a O much O faster O Philips O PR31700 B-Device MIPS O processor O running O at O 75MHz O . O The O NE2000 O , O using O the O 16-bit O ISA B-Architecture bus I-Architecture of O the O PC B-Operating_System AT I-Operating_System followed O in O 1988 O . O However O , O the O chip O could O not O be O used O in O the O TOI O since O it O required O very O expensive O static B-Architecture RAM I-Architecture to O operate O fast O enough O . O In O 2004 O , O Arindam O Banerjee O used O a O weighted-Bregman O distance O instead O of O KL-distance O to O design O a O Biclustering B-Algorithm algorithm O that O was O suitable O for O any O kind O of O matrix B-Architecture , O unlike O the O KL-distance O algorithm O . O North O American O and O certain O Eurasian O variants O of O the O K10 O ( O K420DS O , O K420N O , O K425 O , O K428SG O , O L61AL O , O L62VL O and O MS428 O ) O run O on O a O Qualcomm B-Architecture Snapdragon I-Architecture 410 O , O while O the O K430DS O , O K430DSF O , O K430DSY O and O the O Brazilian-market O K430TV O models O use O a O MediaTek B-Architecture MT6753 O . O The O Freenet B-Protocol protocol O is O intended O to O be O used O on O a O network B-Architecture of O complex O topology O , O such O as O the O Internet O ( O Internet B-Protocol Protocol I-Protocol ) O . O Users O of O cloud-based B-Architecture software O rely O on O the O cloud O 's O owner O for O adequate O security O , O performance O and O resilience O . O More O generally O , O an O endomorphism O and O a O matrix B-Architecture are O also O said O diagonalizable B-Algorithm , O if O they O become O diagonalizable B-Algorithm after O extending O the O field O of O scalars O . O Some O motherboards B-Device were O designed O to O prevent O this O modification O , O by O restricting O the O Celeron B-Device 's O front B-Architecture side I-Architecture bus I-Architecture to O 66MHz O . O In O 1963 O , O DEC O introduced O what O is O considered O to O be O the O first O commercial O minicomputer B-Architecture in O the O form O of O the O PDP-5 B-Device . O This O was O a O 12-bit O design O adapted O from O the O 1962 O LINC B-Device machine O that O was O intended O to O be O used O in O a O lab O setting O . O BASIC B-Language 8.0 I-Language was O fully O compatible O with O the O various O first-party O RAM B-Architecture and O video O RAM B-Architecture expansion O chips O and O cartridges B-Protocol , O as O well O as O mice B-Device and O joysticks B-Device . O All O the O signals O used O by O the O 8-bit O ISA B-Architecture bus I-Architecture were O also O available O through O a O pair O of O expansion O connectors O . O Ten O C-size O alkaline B-Algorithm batteries I-Algorithm . O The O original O System/360 B-Application models O had O read-only O control B-General_Concept store I-General_Concept , O but O later O System/360 B-Application , O System/370 B-Device and O successor O models O loaded O part O or O all O of O their O microprograms B-Device from O floppy O disks O or O other O DASD B-Application into O a O writable O control B-General_Concept store I-General_Concept consisting O of O ultra-high O speed O random-access B-Architecture read-write B-General_Concept memory I-General_Concept . O A O few O very O high-end O models O of O hardware B-Architecture system B-Application monitor I-Application are O designed O to O interface O with O only O a O specific O model O of O motherboard B-Device . O Processors O with O a O number O ending O in O " O 50 O " O have O a O 1333 O MT/s O FSB B-Architecture . O It O includes O an O updated O vCenter O Configuration O Manager O , O as O well O as O vCenter O Application O Discovery O Manager O , O and O the O ability O of O vMotion O to O move O more O than O one O virtual B-Architecture machine I-Architecture at O a O time O from O one O host O server O to O another O . O Translation O Table O Maps O ( O TTM O ) O is O the O name O of O the O generic O memory O manager O for O GPUs B-Architecture that O was O developed O before O GEM O . O In O addition O to O the O flat O control-flow O perspective O , O subprocesses O , O data O flows O , O resources O can O be O integrated O within O one O BPMN B-Architecture diagram O . O Over O 50billion O discrete O power O MOSFETs B-Architecture are O shipped O annually O , O as O of O 2018 O . O sensor B-Architecture networks I-Architecture . O Nano-scale O stencil B-Algorithm apertures B-General_Concept have O been O fabricated O using O laser O interference B-Algorithm lithography I-Algorithm ( O LIL O ) O , O electron B-Architecture beam I-Architecture lithography I-Architecture , O and O focused O ion O beam O lithography O . O More O concurrency B-Architecture means O that O with O given O computing O resources O more O transactions O are O completed O in O time O unit O ( O higher O transaction B-General_Concept rate O , O throughput O ) O , O and O the O average O duration O of O a O transaction B-General_Concept is O shorter O ( O faster O completion O ; O see O chart O ) O . O Exalogic B-Application is O a O computer B-Architecture appliance I-Architecture made O by O Oracle B-Application Corporation I-Application , O commercially O available O since O 2010 O . O On O non-IBM O developed O operating B-General_Concept systems I-General_Concept such O as O MUSIC/SP B-Application developed O by O McGill O University O in O Montreal O , O Canada O for O IBM B-Device mainframes I-Device , O and O for O non-IBM O mainframes B-Architecture , O VS/9 O , O developed O by O Univac O ( O from O the O TSOS B-Operating_System operating B-General_Concept system I-General_Concept for O the O RCA B-Device Spectra I-Device 70 I-Device series O computers O ) O for O the O UNIVAC B-Device Series I-Device 90 I-Device mainframe B-Architecture line O , O and O the O B800 O operating B-General_Concept system I-General_Concept ( O also O developed O from O the O TSOS B-Operating_System operating B-General_Concept system I-General_Concept ) O for O Fujitsu O 's O mainframes B-Architecture , O all O use O the O LPSW O instruction O to O exit O from O a O Supervisor B-Operating_System Call I-Operating_System . O By O the O mid-1980s O , O falling O production B-Architecture cost O made O the O 68000 B-Device viable O for O use O in O personal B-Device computers I-Device starting O with O the O Apple B-Device Lisa I-Device and O Macintosh B-Device , O and O followed O by O the O Amiga B-Device , O Atari B-Device ST I-Device , O and O X68000 B-Device . O In O Perl B-Language , O this O behavior O can O be O overridden B-Language using O the O mro O or O other O modules B-Architecture to O use O C3 B-Application linearization I-Application or O other O algorithms O . O This O was O the O first O form O of O non-volatile B-General_Concept memory I-General_Concept based O on O the O injection O and O storage O of O charges O in O a O floating-gate B-Algorithm MOSFET I-Algorithm , O which O later O became O the O basis O for O EPROM B-General_Concept ( O erasable O PROM B-General_Concept ) O , O EEPROM B-General_Concept ( O electrically O erasable O PROM B-General_Concept ) O and O flash B-Device memory I-Device technologies O . O Richard O Wegener O invented O the O metal O – O nitride O – O oxide O – O semiconductor O ( O MNOS O ) O transistor O , O a O type O of O MOSFET B-Architecture in O which O the O oxide O layer O is O replaced O by O a O double O layer O of O nitride O and O oxide O . O In O comparison O with O common O RISC B-Architecture designs O of O the O era O , O the O PRISM O was O effectively O two O CPUs B-Device in O one O , O making O it O roughly O double O the O performance O of O a O RISC B-Architecture CPU B-Device running O at O the O same O clock O speed O . O Formulations O applicable O to O general O topological O manifolds B-Architecture often O employ O methods O of O homology O theory O , O whereas O for O differentiable O manifolds B-Architecture more O structure O is O present O , O allowing O a O formulation O in O terms O of O differential O forms O . O The O figure O on O the O right O illustrates O a O finite-state B-Architecture machine I-Architecture , O which O is O a O well-known O type O of O automaton O . O Video B-Application conferencing I-Application , O online B-Application gaming I-Application , O chat O rooms O , O and O internet B-Application forums I-Application are O also O types O of O many-to-many B-Architecture communication O . O Previously O , O ProBook O product O line-up O had O featured O AMD B-Architecture APUs I-Architecture . O Nikon B-Algorithm has O introduced O many O proprietary O designations O for O F-mount B-Architecture Nikkor O lenses O , O reflecting O design O variations O and O developments O both O in O lenses O and O the O F-mount B-Architecture itself O . O Used O to O cool O the O heatsink O of O the O northbridge O of O a O motherboard O 's O chipset B-Device ; O this O may O be O needed O where O the O system B-Architecture bus I-Architecture is O significantly O overclocked B-Application and O dissipates O more O power O than O as O usual O , O but O may O otherwise O be O unnecessary O . O The O automata O work O by O receiving O a O finite-length O string O of O letters O from O a O finite O alphabet O , O and O assigning O to O each O such O string O a O probability O indicating O the O probability O of O the O automaton O being O in O an O accept B-Architecture state I-Architecture ; O that O is O , O indicating O whether O the O automaton O accepted O or O rejected O the O string O . O SSG O is O used O to O generate O RUN-Streams O ( O corresponding O to O IBM O 's O Job B-Application Control I-Application Language I-Application ) O , O apply O and O administer O symbolic O changes O to O program O sources O as O a O form O of O version B-Architecture control I-Architecture , O and O for O many O other O purposes O . O Hence O , O the O computation O can O be O fully O parallelized O by O SIMD B-Device processors O , O such O as O GPGPU B-Architecture devices O . O The O final O version O of O Apple O 's O Mac B-Device OS I-Device X I-Device that O ran O on O PowerPC B-Architecture chips I-Architecture was O 2007 O 's O Leopard B-Application ( O version O 10.5 O ) O , O released O in O October O 2007 O . O The O following O is O a O list O of O clones B-General_Concept of O Sinclair O Research O 's O ZX B-Operating_System Spectrum I-Operating_System home O computer O . O This O list O includes O both O official O clones B-General_Concept ( O from O Timex O Corporation O ) O and O many O unofficial O clones B-General_Concept , O most O of O which O were O produced O in O Eastern O Bloc O countries O . O Many O software O emulators O can O fully O or O partially O emulate O some O clones B-General_Concept as O well O . O The O only O official O clones B-General_Concept of O the O Spectrum O were O made O by O Timex O . O The O most O notable O changes O were O the O addition O of O a O cartridge O port O , O an O AY-3-8912 B-Device sound O chip O , O and O an O improved O ULA O giving O access O to O better O graphics O modes O . O The O T/S O 2068 O was O produced O for O consumers O in O the O United O States O , O while O very O similar O machines O were O marketed O in O Portugal O and O Poland O as O the O Timex O Computer O 2068 O ( O TC O 2068 O ) O and O Unipolbrit B-Device Komputer I-Device 2086 I-Device ( O UK O 2086 O ) O respectively O . O The O Timex B-Device Computer I-Device 2048 I-Device or O TC B-Device 2048 I-Device was O a O similar O machine O to O the O Spectrum B-Operating_System 48K I-Operating_System , O but O with O the O improved O ULA O from O the O TC O 2068 O ( O allowing O access O to O the O improved O graphics O modes O ) O , O Kempston O joystick B-Device port O , O and O composite O video O output O . O The O Timex O Sinclair O 2048 O or O T/S O 2048 O was O a O never-released O variant O of O the O T/S O 2068 O with O 16KB O of O RAM B-Architecture . O A O clone B-General_Concept of O the O ZX O Spectrum+ O developed O by O Investrónica O in O Spain O in O 1986 O , O the O Inves O Spectrum O + O was O based O on O the O work O developed O by O the O company O on O the O ZX B-Operating_System Spectrum I-Operating_System 128 I-Operating_System . O As O the O ROM B-Device was O also O modified O , O it O has O compatibility O problems O with O some O games O – O notably O Bombjack B-Application , O Commando B-Application , O and O Top O Gun O . O A O Kempston O joystick B-Device port O was O fitted O on O the O rear O of O the O machine O . O The O court O agreed O with O Amstrad O , O but O the O decision O was O not O issued O until O 1991 O , O when O the O computer O was O discontinued O , O as O the O 8-bit O computer O market O in O Spain O was O dead O in O favour O of O 16-bit B-Device computers I-Device . O The O Decibells O dB O Spectrum+ O was O an O official O clone B-General_Concept of O the O ZX O Spectrum+ O for O the O Indian O market O , O introduced O in O 1988 O by O Deci O Bells O Electronics O Limited O , O selling O over O 50000 O units O and O achieving O an O 80% O market O share O . O The O game O features O the O ability O to O scroll O , O rotate O , O zoom O and O tilt O the O isometric O viewing O position O to O gain O a O better O perspective B-Architecture . O Next-generation O approaches O in O the O United O States O eschew O such O physical O cards O and O employ O schemes O using O downloadable O software O for O conditional B-Architecture access I-Architecture such O as O DCAS B-Device . O It O features O Warp B-Architecture Charge I-Architecture 65 O , O which O is O advertised O as O being O capable O of O fully O recharging O the O battery O in O 30 O minutes O , O however O it O lacks O support O for O wireless O charging O . O The O basic O principle O of O the O relational B-Architecture model I-Architecture is O the O Information B-Application Principle I-Application : O all O information O is O represented O by O data O values O in O relations O . O The O Linux B-Application scheduler O is O modular B-Architecture , O in O the O sense O that O it O enables O different O scheduling O classes O and O policies O . O Additionally O , O there O is O a O processor O block O known O as O " O Media O Engine O " O that O contains O another O 32-bit O MIPS32 B-Device R4k-base O CPU B-General_Concept , O hardware O for O multimedia O decoding O ( O such O as O H.264 B-Application ) O , O and O a O programmable O DSP B-Architecture dubbed O " O Virtual O Mobile O Engine O " O . O Neural B-Architecture networks I-Architecture in O general O are O operating O with O a O data B-General_Concept pre-processing I-General_Concept step O , O in O which O the O features B-Algorithm are O converted O into O normalized O values O between O 0 O and O 1 O . O This O lens O is O available O for O Nikon B-Architecture F-mount I-Architecture only O . O This O clearly O is O the O case O whenever O the O emulated B-Application hardware B-Architecture allows O for O advanced O memory O management O ( O in O which O case O , O the O MMU B-General_Concept logic O can O be O embedded O in O the O memory O emulator B-Application , O made O a O module B-Architecture of O its O own O , O or O sometimes O integrated O into O the O CPU O simulator O ) O . O XMC1000 O is O a O 32-bit O microcontroller B-Architecture family O with O a O Cortex-M0 O core O by O ARM O Holdings O which O was O first O introduced O in O early O 2013 O by O Infineon O . O Although O some O collaboration-related O functionality O is O also O integrated O into O on-premises O software O , O ( O implicit O or O explicit O ) O collaboration B-Application between O users O or O different O customers O is O only O possible O with O centrally O hosted O software O . O OpenSaaS O refers O to O software B-Architecture as I-Architecture a I-Architecture service I-Architecture ( O SaaS B-Architecture ) O based O on O open-source B-Application code O . O By O locating O these O services O in O one O place O and O sharing O them O among O the O blade B-Architecture computers I-Architecture , O the O overall O utilization O becomes O higher O . O It O is O available O on O MacBooks O with O NVIDIA O 9400M O graphics B-Device cards I-Device . O You O can O configure O these O settings O using O the O corresponding O option O in O the O virtual B-Architecture machine I-Architecture video O configuration O page O . O The O PCI B-Architecture bus I-Architecture requires O that O every O time O the O device O driving O a O PCI B-Architecture bus I-Architecture signal O changes O , O one O turnaround O cycle O must O elapse O between O the O time O the O one O device O stops O driving O the O signal O and O the O other O device O starts O . O NiceHash B-Application users O are O primarily O video O gamers O who O have O powerful O graphics O cards O ( O GPUs B-Architecture ) O suited O to O cryptocurrency O mining O . O ProActive B-Operating_System Parallel O Suite O is O an O open-source B-Application software I-Application for O enterprise O workload O orchestration B-Application , O part O of O the O OW2 B-Architecture community O . O SOI O provides O no O guidance O on O how O to O build O the O right O Services O to O meet O current O business O requirements O , O nor O does O it O provide O a O means O to O execute O Services O in O the O most O effective O , O scalable B-Architecture manner O to O guarantee O long-running O interactions O . O It O was O intended O to O be O a O remake O of O John O Newcomer O 's O 1982 O arcade O game O Joust B-Application , O where O players O take O control O of O a O knight O riding O a O pterodactyl O , O instead O of O a O flying O ostrich O , O on O a O first-person O perspective B-Architecture battling O and O defeating O groups O of O enemy O knights O riding O dactyls O . O With O its O maximum O of O 60 O cores B-Architecture , O Sapphire O Rapids-SP O competes O with O AMD O 's O EPYC O Genoa O with O up O to O 96 O cores B-Architecture . O Intel O processors O that O support O vPro B-Architecture Essentials O are O using O Intel O Standard O Manageability O ( O a O subset O of O Intel B-Application AMT I-Application ) O which O supports O out-of-band B-Protocol management O and O can O be O monitored O with O the O " O Access O Monitor O " O feature O . O The O general O direction O of O the O transmitter O can O be O determined O using O the O sense O antenna O , O and O then O disconnecting O the O sense O antenna O returns O the O sharp O nulls O in O the O loop B-Architecture antenna I-Architecture pattern O , O allowing O a O precise O bearing O to O be O determined O . O An O outgrowth O of O one O of O the O Q-32 B-Architecture systems O at O SDC O is O Meta O 5 O . O Punch B-Architecture cards I-Architecture were O stepped O across O the O punch B-Device one O column O at O a O time O , O and O the O appropriate O punches B-Device were O activated O to O create O the O holes O , O resulting O in O a O distinctive O " O chunk O , O chunk O " O sound O as O columns O were O punched O . O By O 1964 O there O were O ten O versions O with O slightly O different O character B-General_Concept sets I-General_Concept . O By O 2025 O , O the O total O number O of O premises O passed O by O FTTH B-Architecture and O FTTB B-Architecture infrastructure O is O expected O to O reach O 187 O million O throughout O Europe O . O Early O NES O mappers O are O composed O of O 7400 O series O discrete O logic O chips B-Architecture . O Both O models O have O 3GB O of O RAM B-Architecture , O and O the O 4 O and O 4S O have O 16 O and O 32GB O of O internal O storage O respectively O , O expandable O via O microSD O card O . O The O same O matrix B-Architecture of O numbers O can O have O a O simultaneous O second O use O to O describe O the O shape O and O orientation O of O an O ellipse O and O the O same O matrix B-Architecture of O numbers O can O be O used O simultaneously O in O a O third O way O for O matrix B-Architecture mathematics O to O sort O out O eigenvectors O and O eigenvalues O as O explained O below O . O IBM B-Application System/360 I-Application does O not O support O virtual B-Architecture memory I-Architecture . O The O CPU O allocation O for O virtual B-Architecture machines I-Architecture can O be O adjusted O dynamically O with O a O granularity O of O 1% O or O 1MHz O . O Rosetta O was O eventually O extended O to O use O the O power O of O distributed B-Architecture computing I-Architecture : O The O Rosetta B-Operating_System @home I-Operating_System program O was O made O available O for O public O download B-Application , O and O displayed O its O protein-folding O progress O as O a O screensaver B-General_Concept . O A O botnet B-Architecture adversary O can O even O potentially O gain O knowledge O of O the O control O scheme O and O imitate O the O bot B-General_Concept herder I-General_Concept by O issuing O commands O correctly O . O The O modifier O " O electronic O " O or O " O automatic O " O was O used O with O " O data B-General_Concept processing I-General_Concept " O ( O DP O ) O , O especially O c O . O 1960 O , O to O distinguish O human O clerical O data B-General_Concept processing I-General_Concept from O that O done O by O computer O . O Herman O Hollerith O then O at O the O U.S. O Census O Bureau O devised O a O tabulating O system O that O included O cards O ( O Hollerith B-Architecture card I-Architecture , I-Architecture later I-Architecture Punched I-Architecture card I-Architecture ) O , O a O punch O for O holes O in O them O representing O data O , O a O tabulator O and O a O sorter O . O The O start B-Architecture state I-Architecture can O also O be O an O accepting B-Architecture state I-Architecture , O in O which O case O the O acceptor O accepts O the O empty O string O . O They O were O eventually O replaced O by O the O Celeron B-Device M O brand O which O is O built O around O the O Pentium B-Architecture M I-Architecture processor O design O . O Atari O referred O to O this O copying O from O hardware O to O the O RAM B-Architecture as O " O shadowing O " O . O Newer O variants O of O the O phone O can O come O with O up O to O 8GB O RAM B-Architecture . O Segments B-General_Concept can O be O moved O in O and O out O of O that O space O ; O pages O there O can O " O page B-General_Concept " O in O and O out O of O main O memory O , O providing O two O levels O of O virtual B-Architecture memory I-Architecture ; O few O if O any O operating B-General_Concept systems I-General_Concept do O so O , O instead O using O only O paging B-Architecture . O EATOP O is O an O upcoming O initiative O to O make O an O Eclipse-based O implementation O of O the O EAST-ADL B-Architecture meta-model O . O In O September O , O Phoenix O acquired O General O Software O of O Bellevue O , O WA O , O to O extend O its O firmware O leadership O to O a O wide O array O of O specialized O high-value O , O high-margin O devices O that O use O embedded B-Architecture processors I-Architecture ( O embedded B-Architecture systems I-Architecture ) O , O from O mobile O and O consumer O electronics O to O data O communications O . O The O initial O product O launch O included O a O cloud-based B-Architecture application O which O integrates O the O Salesforce B-Application CRM O which O was O available O on O Hoopla O TV O . O These O come O , O however O , O at O the O cost O of O more O RAM B-Architecture needed O to O store O them O . O As O an O analog O computer O does O not O use O discrete O values O , O but O rather O continuous O values O , O processes O cannot O be O reliably O repeated O with O exact O equivalence O , O as O they O can O with O Turing B-Architecture machines I-Architecture . O In O the O above O money O transfer O use B-Architecture case I-Architecture , O for O example O , O the O Role B-General_Concept methods O in O the O SourceAccount O and O DestinationAccount O enact O the O actual O transfer O . O It O can O use O the O complete O 32-bit O PowerPC B-Architecture ISA O as O well O as O the O VLE O instructions O . O GPUs B-Architecture have O become O so O commonplace O that O applications O have O come O to O rely O on O them O for O acceptable O performance O . O SBBR O requires O UEFI B-Architecture , O ACPI B-Device and O SMBIOS O compliance O . O Modular B-Architecture programming I-Architecture , O in O the O form O of O subsystems O ( O particularly O for O I/O O ) O and O software B-Library libraries I-Library , O dates O to O early O software O systems O , O where O it O was O used O for O code O reuse O . O If O is O a O square O matrix B-Architecture , O then O where O denotes O the O trace O of O . O Once O the O test O is O complete O , O the O cloud B-Architecture service I-Architecture providers I-Architecture deliver O results O and O analytics O back O to O corporate O IT O professionals O through O real-time O dashboards O for O a O complete O analysis O of O how O their O applications O and O the O internet O will O perform O during O peak O volumes O . O Video O RAM B-Architecture was O shared O with O system O RAM B-Architecture . O Models O of O the O CX O series O come O in O two O configurations O : O Fibre B-Architecture Channel I-Architecture ( O transfer O speeds O max O . O Directly O below O the O fan O , O was O a O UHF B-Protocol connector I-Protocol that O produced O composite O video O output O . O The O original O Altair B-Architecture bus I-Architecture design O lacked O signal O ground O pins O for O each O of O its O data O lines O , O a O decision O that O had O been O made O in O order O to O reduce O pin O count O and O allow O it O to O fit O into O 100-pin O connectors O they O found O in O surplus O . O The O TMS34010 B-General_Concept blended O the O roles O of O CPU B-General_Concept and O GPU B-Architecture , O lowering O the O cost O of O implementing O a O complete O graphical O terminal O . O These O observations O led O to O the O abandonment O of O the O orthogonal B-Application design O as O a O primary O goal O of O processor O design O , O and O the O rise O of O the O RISC B-Architecture philosophy O in O the O 1980s O . O The O PowerAXON O facility O now O extends O all O the O way O to O 2PB O of O unified O clustered O memory B-General_Concept space O , O shared O across O multiple O cluster B-Architecture nodes I-Architecture , O and O includes O support O for O PCIe O 5 O . O This O supercomputer B-Architecture is O a O Fujitsu O PRIMEHPC O FX10 O ( O a O commercial O version O of O the O K B-Device computer I-Device ) O configured O with O 4,800 O compute O nodes O for O a O peak O performance O of O 1.13PFLOPS O . O TimeLogic B-Application 's O DeCypher O systems O have O expanded O to O provide O accelerated O implementations O of O the O ubiquitous O bioinformatics O algorithms O BLAST B-Application , O Smith-Waterman B-Algorithm , O and O HMMER B-Language using O field B-Architecture programmable I-Architecture gate I-Architecture array I-Architecture ( O FPGA B-Architecture ) O technology O . O The O Ultra B-Architecture 30 I-Architecture reached O its O end-of-life O in O May O 1999 O . O Disk B-Application formatting I-Application changes O the O serial O number O , O but O relabeling O does O not O . O It O originated O in O 1950s O in O mainframe B-Architecture computer I-Architecture operating O systems O . O 8P8C O modular B-Architecture connectors I-Architecture are O also O commonly O used O as O a O microphone O connector O for O PMR O , O LMR O , O and O amateur O radio O transceivers O . O The O National B-Device Supercomputing I-Device Center I-Device in O Wuxi O houses O the O Sunway B-Device TaihuLight I-Device supercomputer B-Architecture , O the O 4th O most O powerful O supercomputer B-Architecture in O the O world O as O of O November O 2020 O . O A O robotic O turtle O , O with O sensors O , O motors O for O driving O and O steering O , O and O seven O vacuum O tubes O for O control O , O based O on O a O preprogrammed O neural B-Architecture net I-Architecture , O was O built O as O early O as O 1948 O . O It O has O a O much O lower O memory O footprint O compared O to O the O original O SpartaDOS O and O does O not O use O the O RAM B-Architecture under O the O ROM O of O XL/XE O machines O , O allowing O it O to O be O used O on O the O older O Atari O 400/800 O models O . O A O number O of O different O formats O existed O for O Atari O disks B-Device . O Even O if O we O are O a O simulated B-Architecture reality I-Architecture , O there O is O no O way O to O be O sure O the O beings O running O the O simulation B-Application are O not O themselves O a O simulation B-Application and O the O operators O of O that O simulation B-Application are O not O a O simulation B-Application . O Insourcing O is O the O process O of O reversing O an O outsourcing B-Architecture , O possibly O using O help O from O those O not O currently O part O of O the O inhouse O staff O . O The O OCSP B-Protocol protocol O assumes O the O requester O has O network B-Architecture access O to O connect O to O an O appropriate O OCSP B-Protocol responder O . O In O the O context O of O embedded B-Architecture systems I-Architecture , O the O ICE O is O not O emulating O hardware O . O where O is O the O covariance O matrix B-Architecture of O and O refers O to O the O trace O of O a O matrix B-Architecture — O that O is O , O to O the O sum O of O the O elements O on O its O main O diagonal O ( O from O upper O left O to O lower O right O ) O . O The O phone O has O an O Exynos O 3475 O Quad O chipset O which O includes O Quad-core O 1.3GHz O Cortex-A7 B-Application processor O , O Mali-T720 O GPU O and O 1.5GB O RAM B-Architecture , O with O 8GB O of O internal O storage O and O a O battery O of O 2600 O mAh O . O Besides O instruction O code O targeted O at O rendering O , O this O includes O display B-General_Concept controllers I-General_Concept as O well O as O their O SIP B-Architecture blocks I-Architecture for O video O decoding O ( O Unified O Video O Decoder O ( O UVD O ) O ) O and O video O encoding O ( O Video O Coding O Engine O ( O VCE O ) O ) O . O The O strong O decoupling O of O client O and O server O together O with O the O text-based O transfer O of O information O using O a O uniform O addressing O protocol O provided O the O basis O for O meeting O the O requirements O of O the O Web O : O robustness O ( O anarchic O scalability B-Architecture ) O , O independent O deployment O of O components O , O large-grain O data O transfer O , O and O a O low O entry-barrier O for O content O readers O , O content O authors O and O developers O alike O . O A O ( O some O models O ) O /Gigabit O -class O LTE/5G O ( O sub-6 O GHz O and O mmWave O ( O some O models O ) O ) O GSM/EDGE/UMTS/HSPA O + O /DC-HSDPA/LTE O Advanced/5G O ( O sub-6 O GHz O ) O GSM/EDGE/UMTS/HSPA O + O /DC-HSDPA/CDMA O EV-DO O Rev O . O A O ( O some O models O ) O /Gigabit O -class O LTE/5G O ( O sub-6 O GHz O and O mmWave O ( O some O models O ) O ) O GSM/EDGE/UMTS/HSPA O + O /DC-HSDPA/CDMA O EV-DO O Rev O . O A O ( O some O models O ) O /Gigabit O -class O LTEGSM/EDGE/UMTS/HSPA O + O /DC-HSDPA/CDMA O EV-DO O Rev O . O ModeliPhone O 7 O PlusiPhone O 7iPhone O SE(1st generation ) O iPhone B-Operating_System 6S I-Operating_System PlusiPhone O 6SiPhone O 6 B-Architecture PlusiPhone O 6iPhone O 5SPicture115px95px85px115px95px125px95px85pxInitial O release O operating O systemiOS O 10.0iOS O 9.3iOS O 9.0iOS O 8.0iOS O 7.0Latest O release O operating O systemDisplayScreen O Size O ( O diagonal O ) O ( O diagonal O ) O ( O diagonal O ) O ( O diagonal O ) O ( O diagonal O ) O ( O diagonal O ) O ( O diagonal O ) O ( O diagonal O ) O BacklightLED-backlitMulti-touchcolspan O = O 8 O TechnologyRetina O HD O Display O widescreen O with O IPS B-Architecture technologyRetina O Display O widescreen O with O IPS B-Architecture technologyRetina O HD O Display O widescreen O with O IPS B-Architecture technologyRetina O Display O widescreen O with O IPS B-Architecture technologyResolution1920 O x O 10801334 O x O 7501136 O x O 6401920 O x O 10801334 O x O 7501920 O x O 10801334 O x O 7501136 O x O 640Pixel O Density O ( O ppi O ) O 401326401326401326Aspect O Ratio16:971:40 O ( O ~ O 16:9 O ) O 16:916:971:40 O ( O ~ O 16:9 O ) O Typical O Max O brightness O ( O ) O 625500HDR O Max O brightness O ( O ) O colspan O = O 8 O Outdoor O Max O brightness O ( O ) O colspan O = O 8 O Contrast O ratio O ( O typical O ) O 1300:11400:1800:11400:11300:11300:11400:1800:1Fingerprint-resistant O oleophobic O coatingcolspan O = O 8 O Full O sRGB O Displaycolspan O = O 8 O Wide O Color O Display O ( O Display O P3 O ) O colspan O = O 2 O colspan O = O 6 B-Architecture True O Tone O Displaycolspan O = O 8 O Night O Shiftcolspan O = O 8 O colspan O = O 8 O Always-On O Displaycolspan O = O 8 O HDR O Displaycolspan O = O 8 O HDR O 10 O Contentcolspan O = O 8 O Dolby O Visioncolspan O = O 8 O Dynamic O Islandcolspan O = O 8 O Taptic3D O Touch3D O Touchcolspan O =3 O ProcessorChipApple O A10 O FusionApple O A9Apple O A8Apple O A7Technology O Node16 O nm16 O nm O ( O TSMC O ) O or O 14 O nm O ( O Samsung O ) O 20 O nm28 O nmTotal O Cores42High-Performance O Cores2 O x O Hurricane2 O x O Twister2 O x O Typhoon2 O x O CycloneEnergy-Efficiency O Cores2 O x O Zephyrcolspan O = O 6 B-Architecture Clock O Speed2.34 O GHz1.85 O GHz1.4 O GHz1.3 O GHzBit64-bitMotion O CoprocessorEmbedded O M10Embedded O M9M8M7Bus O width64-bitGraphics O ProcessorPowerVR O GT7600 O Plus O ( O 6-core O ) O PowerVR B-Device GT7600 O ( O 6-core O ) O PowerVR B-Device GX6450 O ( O 4-core O ) O PowerVR B-Device G6430 O ( O 4-core O ) O Neural O Enginecolspan O = O 8 O Storage32 O GB O , O 128 O GB O , O 256 O GB16 O GB O , O 32 O GB O , O 64 O GB O , O 128 O GB16 O GB O , O 64 O GB O , O 128 O GB16 O GB O , O 32 O GB O , O 64 O GB O , O 128 O GB16 O GB O , O 32 O GB O , O 64 O GBStorage O TypeNAND O Flash O driven O by O NVMe-based O controller O that O communicates O over O a O PCIe O connectionNAND O Flash O ( O eMMC O ) O RAM3 O GB2 O GB1 O GBRAM O TypeLPDDR4 O 1600 O MHz O ( O 25.6 O GB/s O ) O LPDDR3 O 800 O MHz O ( O 12.8 O GB/s O ) O Connector8-pin O Lightning B-Architecture connector I-Architecture ConnectivityWi-Fi O ( O 802.11 O ) O Wi-Fi O 5 O ( O 802.11a/b/g/n/ac O ) O Wi-Fi O 4 B-Architecture ( O 802.11a/b/g/n O ) O 802.11n O in O both O 2.4 O GHz O and O 5 O GHzMIMOcolspan O = O 2 O colspan O = O 2 O colspan O =3 O NFCcolspan O = O 2 O colspan O = O 5 O Express O Cardscolspan O = O 5 O colspan O =3 O BluetoothBluetooth O 4.2Bluetooth O 4.0Ultra O Wideband O chip O for O spatial O awarenesscolspan O = O 8 O CellularGSM/EDGE/UMTS/HSPA O + O /DC-HSDPA/CDMA O EV-DO O Rev O . O The O beams O are O mixed O together O and O focused O onto O a O photomixer B-Algorithm device O which O generates O the O terahertz B-Architecture radiation I-Architecture . O Early O in O the O history O of O DMOZ B-Application , O its O staff O gave O representatives O of O selected O companies O , O such O as O Rolling O Stone O or O CNN B-Architecture , O editing O access O in O order O to O list O individual O pages O from O their O websites O . O Despite O being O technically O superior O , O FACT B-Language had O not O been O created O with O portability B-Architecture in O mind O or O through O manufacturer O and O user O consensus O . O It O also O lacked O a O demonstrable O implementation O , O allowing O supporters O of O a O FLOW-MATIC-based O COBOL O to O overturn O the O resolution O . O RCA O representative O Howard O Bromberg O also O blocked O FACT B-Language , O so O that O RCA O 's O work O on O a O COBOL O implementation O would O not O go O to O waste O . O The O language O 's O stated O objectives O were O to O allow O efficient O , O portable B-Architecture programs O to O be O easily O written O , O to O allow O users O to O move O to O new O systems O with O minimal O effort O and O cost O , O and O to O be O suitable O for O inexperienced O programmers O . O The O CODASYL B-Language Executive O Committee O later O created O the O COBOL O Maintenance O Committee O to O answer O questions O from O users O and O vendors O and O to O improve O and O expand O the O specifications O . O By O September O , O five O more O manufacturers O had O joined O CODASYL B-Language ( O Bendix O , O Control O Data O Corporation O , O General O Electric O ( O GE O ) O , O National O Cash O Register O and O Philco O ) O , O and O all O represented O manufacturers O had O announced O COBOL O compilers O . O The O program O enables O manufacturers O of O InfiniBand B-Architecture and O iWARP B-Device products O to O test O and O certify O that O their O products O support O the O OpenFabrics B-General_Concept software O stack O , O and O test O their O compatibility O with O other O products O . O These O ventures O took O key O personnel O from O CSC O , O Lincoln O Labs O , O and O Union O Carbide O ; O and O they O drew O attention O to O the O viability O of O CP/CMS B-Application , O the O S/360 B-Device -67 I-Device , O and O virtual B-Architecture memory I-Architecture . O Additionally O , O the O new O system O would O have O to O be O largely O compatible O with O regards O to O interfaces O and O software O to O Robotron O microcomputers B-Architecture Z B-Device 9001 I-Device and O KC B-Device 85/1 I-Device . O A O version O of O the O device O was O released O exclusively O for O China O Telecom O , O marketed O as O the O Samsung B-Application W20 I-Application 5G I-Application with O a O faster O Snapdragon B-Architecture 855+ O processor O and O a O unique O white O finish O . O The O CADM B-Architecture defines O the O entities O and O relationships O for O DoDAF O architecture O data O elements O that O enable O integration O within O and O across O architecture O descriptions O . O 65XE B-Device and O 130XE B-Device ( O 1985 O ) O – O the O 130XE B-Device has O 128KB O of O bank-switched B-General_Concept RAM B-Architecture and O an O Enhanced B-Device Cartridge I-Device Interface I-Device ( O ECI O ) O instead O of O a O PBI O . O In O 2006 O two O major O players O , O National O Instruments O and O Agilent O Technologies O ( O now O Keysight O Technologies O ) O , O entered O the O PXI B-Architecture test O market O . O Royal O Institute O of O Technology O has O a O 53,632 O -core O XC40 O called O " O Beskow O " O . O The O Swiss O National O Supercomputing B-Architecture Centre O in O Lugano O had O a O system O in O 2013 O named O Piz B-Device Dora I-Device , O a O Cray B-Device XC40 I-Device with O 1256 O compute O nodes O . O Secret B-Architecture sharing I-Architecture is O used O in O cases O where O one O wishes O to O distribute O a O secret O among O N O shares O so O that O M O < O N O of O them O ( O M O of O N O ) O can O regenerate O the O original O secret O , O but O no O smaller O group O up O to O M O 1 O can O do O so O . O Network O Security O consists O of O provisions O and O policies O adopted O by O the O network O administrator O to O prevent O and O monitor O unauthorized O access O , O misuse O , O modification O , O or O denial O of O the O computer B-Architecture network I-Architecture and O its O network-accessible O resources O . O These O involved O limiting O exportable O software O to O use O only O public B-Application key I-Application pairs I-Application with O RSA B-Architecture moduli O of O 512 O bits O or O less O ( O so-called O RSA_EXPORT O keys O ) O , O with O the O intention O of O allowing O them O to O be O broken O easily O by O the O National O Security O Agency O ( O NSA O ) O , O but O not O by O other O organizations O with O lesser O computing O resources O . O The O model O is O similar O to O the O closed O Friedmann O – O Lemaître O – O Robertson O – O Walker O universe O , O in O that O spatial O slices O are O positively O curved O and O are O topologically B-Architecture three-spheres O . O The O Virtex-7 O family O was O introduced O in O June O 2010 O on O a O 28nm O process O technology O , O and O is O reported O to O deliver O a O two-fold O system O performance O improvement O at O 50 O percent O lower O power O compared O to O previous O generation O Virtex-6 O devices O . O In O addition O , O Virtex-7 O doubles O the O memory O bandwidth O compared O to O previous O generation O Virtex B-General_Concept FPGAs B-Architecture with O 1866Mbit/s O memory O interfacing O performance O and O over O two O million O logic O cells O . O In O most O cases O , O however O , O the O display O hardware B-Architecture supports O additional O modes O where O only O a O subset O of O those O colors O can O be O used O in O a O single O image O , O a O useful O technique O to O save O memory B-General_Concept . O On O power-up O of O the O host O , O Intel B-Application AMT I-Application communicates O with O the O wireless B-Architecture LAN I-Architecture driver O on O the O host O . O The O possibility O of O controlling O radiations O in O the O terahertz B-Architecture regime O is O leading O to O analysis O of O designs O for O sensing O devices O , O and O phase O modulators B-Application . O Gnash B-Language has O also O run O on O the O following O 64-bit B-Device systems I-Device : O PowerPC B-Architecture , O Itanium O , O UltraSparc O and O AMD64 B-Device . O Like O most O busses O of O the O era O , O GIO B-Architecture was O a O 32-bit O address O and O data O multiplexed B-Architecture bus O that O was O normally O clocked O at O 25 O or O 33MHz O . O A O hard B-Device disk I-Device drive I-Device platter I-Device or O hard B-Device disk I-Device is O the O circular O magnetic B-Architecture disk I-Architecture on O which O digital B-General_Concept data I-General_Concept is O stored O in O a O hard B-Device disk I-Device drive I-Device . O In O the O 1990s O and O early O 2000s O , O the O interface O between O a O northbridge B-Device and O southbridge B-Device was O the O PCI B-Architecture bus I-Architecture . O Featured O a O caddy-loaded O CD-ROM B-Device drive O . O Macintosh B-Device LC I-Device 520 I-Device : O 5 O MB O RAM B-Architecture , O 80 O MB O HDD O . O The O RAM B-Architecture in O the O Macintosh B-Device consisted O of O sixteen O 64k×1 O DRAMs O . O FTTC B-Architecture is O occasionally O ambiguously O called O FTTP B-Architecture ( O fiber-to-the-pole O ) O , O leading O to O confusion O with O the O distinct O fiber-to-the-premises B-Architecture system O . O In O general O , O an O eigenvector O of O a O linear B-Architecture operator I-Architecture D O defined O on O some O vector O space O is O a O nonzero O vector O in O the O domain O of O D O that O , O when O D O acts O upon O it O , O is O simply O scaled O by O some O scalar O value O called O an O eigenvalue O . O Filters O designed O using O network O synthesis O usually O repeat O the O simplest O form O of O L-section O topology B-Architecture though O component O values O may O change O in O each O section O . O The O computer O architecture O is O transformed O by O on O the O fly O reconfiguration O of O the O FPGA B-Architecture circuitry O . O This O tight O binding O facilitates O that O the O hardware B-Architecture and O JVM B-Language can O evolve O together O without O affecting O other O software O . O The O S6 B-Application Active I-Application inherits O most O of O its O hardware O components O from O the O Galaxy B-Application S6 I-Application , O including O an O identical O octa-core B-Architecture processor O , O 3 O GB O of O RAM O , O and O a O 5.1-inch O display O . O AArch64 B-Architecture is O not O included O in O the O 32-bit O Armv8-R O and O Armv8-M O architectures O . O The O machine O was O able O to O use O some O ZX-81 O add-ons O due O to O similar O RAM B-Architecture locations O , O and O external O expansion O slot O . O Together O with O a O faster O SCSI B-Architecture hard B-Device drive I-Device , O the O Hard B-Device Disk I-Device 20SC I-Device released O 3 O months O earlier O , O Apple O finally O offered O an O officially O supported O unified O , O simple-to-use O file O sharing B-General_Concept network O . O In O this O model O type O , O classes O are O aggregate O in O cells O called O components O , O that O execute O a O role O similar O to O the O function O in O the O structured B-Language programming I-Language , O a O way O of O processing O information O contemporary O to O the O relational B-Architecture database I-Architecture model I-Architecture . O Savage4 O supported O the O then-new O AGP B-Architecture 4X I-Architecture although O at O the O older O 3.3 O voltage O specification O . O The O supersingular B-Algorithm isogeny I-Algorithm key I-Algorithm exchange I-Algorithm is O a O Diffie O – O Hellman O variant O that O was O designed O to O be O secure O against O quantum B-Architecture computers I-Architecture , O but O it O was O broken O in O July O 2022 O . O Babbage B-Device is O the O high B-Application level I-Application assembly I-Application language I-Application for O the O GEC B-Device 4000 I-Device series I-Device minicomputers B-Architecture . O A O wide O variety O of O machine O learning O techniques O have O been O used O in O IoT B-Operating_System domain O ranging O from O traditional O methods O such O as O regression O , O support B-Algorithm vector I-Algorithm machine I-Algorithm , O and O random B-Algorithm forest I-Algorithm to O advanced O ones O such O as O convolutional B-Architecture neural I-Architecture networks I-Architecture , O LSTM B-Algorithm , O and O variational B-Algorithm autoencoder I-Algorithm . O To O migrate O from O VXI-11 O to O HiSLIP B-Architecture , O a O user O of O a O VISA B-General_Concept library O and O instrument O that O support O both O merely O has O to O change O the O VISA B-General_Concept resource O string O used O to O address O the O instrument O . O The O Central B-General_Concept Processing I-General_Concept Unit I-General_Concept ( O CPU O ) O of O the O XC2000 O microcontroller B-Architecture family O is O principally O fetching O and O decoding O instructions O , O to O supply O , O perform O operations O and O store O calculated O result O on O the O operands O for O the O arithmetic B-General_Concept logic I-General_Concept unit I-General_Concept ( O ALU O ) O and O the O MAC B-Algorithm unit I-Algorithm . O All O models O support O : O MMX B-Architecture , O 3DNow B-General_Concept ! I-General_Concept Model O Number O Frequency O L2-Cache O FSB B-Architecture 1 O Multiplier O Voltage O TDP B-General_Concept Socket O Release O Date O Order O Part O Number(s ) O Release O price(USD ) O K6-III O 333 O 333 O MHz O 256 O KB O 95 O MHz O 3.5x O 2.2 O V O ? O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O Enhanced O Intel B-Device SpeedStep I-Device Technology O ( O EIST B-Device ) O , O Intel O 64 O , O XD B-General_Concept bit I-General_Concept ( O an O NX B-General_Concept bit I-General_Concept implementation O ) O , O Intel O VT-x O , O Smart O Cache O . O GPU B-Architecture does O n't O support O Intel B-Algorithm Quick I-Algorithm Sync I-Algorithm Video I-Algorithm . O The O sixth-generation B-Device iPad I-Device Pro I-Device uses O an O Apple B-Device M2 I-Device SoC B-Architecture . O Cumulus B-Application 1.0 O was O a O single-user O product O with O no O network B-Architecture capabilities O . O Cisco O 's O Enhanced O WDM O system O combines O 1 O Gb O Coarse O Wave B-Architecture Division I-Architecture Multiplexing I-Architecture ( O CWDM O ) O connections O using O SFPs O and O GBICs B-Protocol with O 10 O Gb O Dense B-Architecture Wave I-Architecture Division I-Architecture Multiplexing I-Architecture ( O DWDM O ) O connections O using O XENPAK B-Protocol , O X2 O or O XFP B-Protocol DWDM O modules O . O In O functional B-Application analysis I-Application and O related O areas O of O mathematics O , O a O barrelled B-Algorithm space I-Algorithm ( O also O written O barreled B-Algorithm space I-Algorithm ) O is O a O topological B-Architecture vector I-Architecture space I-Architecture ( O TVS O ) O for O which O every O barrelled B-Algorithm set I-Algorithm in O the O space O is O a O neighbourhood O for O the O zero O vector O . O Intel O Atom O family O GPU B-Architecture video O accelerationVED O ( O Video O Encode O / O Decode O ) O H.265/HEVC B-Algorithm H.264/MPEG O -4 O AVC O MPEG-4 B-Application Visual I-Application H.263 B-Algorithm H.262(MPEG-2 ) O VC-1/WMV9 O JPEG/MJPEG O VP8 B-Algorithm VP9Bay O Trail-T O Decode O Profile O rowspan O = O " O 6 O " O Main O , O High O Main O 0rowspan O = O " O 6 O " O Level5.1HighMax O . O On O many O of O the O PET O range O 's O home O computer O rivals O , O the O look-up O address O of O the O character O graphics O could O be O changed O and O pointed O to O RAM B-Architecture , O where O new O characters O could O be O defined O by O a O programmer O to O create O custom O graphics O shapes O . O The O rise O of O microprocessors O and O inexpensive O computer B-General_Concept terminals I-General_Concept led O to O the O development O of O additional O key-to-tape O and O key-to-disk O systems O from O smaller O companies O such O as O Inforex B-Device and O Pertec O . O Keypunches O and O punched B-Architecture cards I-Architecture were O still O commonly O used O for O both O data B-General_Concept and O program B-General_Concept entry O through O the O 1970s O but O were O rapidly O made O obsolete O by O changes O in O the O entry O paradigm O and O by O the O availability O of O inexpensive O CRT O computer B-General_Concept terminals I-General_Concept . O Open O access O initiatives O such O as O duct O sharing O , O utility O pole O sharing O , O and O fiber O unbundling O are O also O being O tried O by O regulators O as O mechanisms O to O ease O the O middle B-Architecture mile I-Architecture problem O by O reducing O costs O to O non-incumbents O . O High O density O blade B-Architecture server I-Architecture ( O rack O server O ) O . O M42 O adapters O work O best O on O bodies O with O a O flange O depth O less O than O or O equal O to O the O M42 O 's O flange O depth O , O which O includes O the O popular O Canon O EF-mount O , O the O Pentax B-Algorithm K-mount I-Algorithm , O the O Minolta/Konica B-Algorithm Minolta/Sony I-Algorithm A-mount I-Algorithm , O the O Sony B-Algorithm E-mount I-Algorithm , O the O Samsung B-Algorithm NX-mount I-Algorithm , O the O Fujifilm B-Algorithm X-mount I-Algorithm and O the O Four B-Architecture Thirds I-Architecture System I-Architecture including O the O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System system I-Operating_System . O The O Intel B-General_Concept 8008 I-General_Concept ( O " O eight-thousand-eight O " O or O " O eighty-oh-eight O " O ) O is O an O early O byte-oriented O microprocessor B-Architecture designed O by O Computer B-General_Concept Terminal I-General_Concept Corporation O ( O CTC O ) O , O implemented O and O manufactured O by O Intel O , O and O introduced O in O April O 1972 O . O Later O SGI O machines O use O the O XIO B-Architecture bus O , O which O is O laid O out O as O a O computer B-Architecture network I-Architecture as O opposed O to O a O bus O . O Or O , O s/he O may O still O need O the O help O of O a O hardware B-Architecture engineer I-Architecture to O select O components O and O to O design O and O build O any O special O purpose O function O . O While O the O ideas O and O applications O behind O quantum B-Architecture computers I-Architecture are O still O entirely O theoretical O , O studies O have O been O conducted O with O algorithms O like O Grover O 's O that O accurately O replicate O the O hypothetical O physical O versions O of O quantum B-Architecture computing I-Architecture systems O . O It O uses O a O Bee O Card O expansion O port O for O removable O memory O ( O aka O Credit O Card O Memory O or O CCM O ) O , O which O is O not O compatible O with O PC B-Architecture card I-Architecture as O it O predated O that O standard O . O Built-in O applications O include O a O text O editor O , O spreadsheet O ( O Lotus B-Application 1-2-3 I-Application compatible O ) O , O phone O book O and O time O manager O . O The O kit O contains O an O ISA B-Architecture card I-Architecture , O a O special O cable O , O the O card O reader O , O and O software O distributed O on O floppy O disk O . O The O IBM O 3390 O Direct B-Application Access I-Application Storage I-Application Device I-Application series O was O introduced O November O 1989 O , O offering O a O maximum O storage O of O up O to O 22 O gigabytes O in O a O string O of O multiple O drives O . O Packaged O in O Hard B-Device Disk I-Device Assemblies O with O 2 O actuator-head O units O and O one O set O of O platters O , O a O model O 1 O HDA O provides O 1.89GB O before O formatting O and O a O model O 2 O provides O 3.78GB/HDA O . O The O 3390 O Model O 9 O was O the O last O Single O Large O Expensive O Disk B-Device ( O sometimes O called O SLEDs O ) O drive O announced O by O IBM O . O It O was O an O up O to O 1.5GB O full O height O 5-inch O HDD O using O up O to O 8 O 130mm O disks B-Device . O In O October O 1991 O the O 9345 O DASD B-Application was O announced O as O part O of O the O IBM O 9340 O channel-attached O , O count B-Application key I-Application data I-Application ( O CKD O ) O DASD B-Application subsystem O family O which O attached O to O IBM O mainframes B-Architecture including O the O ES/9000 O processor O family O . O The O 9345 O DASD B-Application Model O 1 O had O two O 1.0GB O HDDs O while O the O Model O 2 O had O two O 1.5GB O HDDs O . O Infinispan B-Language is O also O used O in O academia O and O research O as O a O framework O for O distributed B-Architecture execution O and O storage O . O As O running O the O Maid O program O requires O a O lot O of O hard O drive O space O and O RAM B-Architecture , O Ryūnosuke O is O forced O to O keep O her O working O in O the O high O standard O server O set O in O room O 102 O of O the O Sakura O Dormitory O , O while O giving O orders O and O receiving O the O results O via O the O Internet O when O he O is O absent O from O the O room O . O In O computer B-General_Concept science I-General_Concept , O a O channel B-Application system I-Application is O a O finite B-Architecture state I-Architecture machine I-Architecture similar O to O communicating B-Application finite-state I-Application machine I-Application in O which O there O is O a O single O system O communicating O with O itself O instead O of O many O systems O communicating O with O each O other O . O The O backspace B-Device is O distinct O from O the O delete B-Device key I-Device , O which O in O paper B-Architecture media I-Architecture for I-Architecture computers I-Architecture would O punch O out O all O the O holes O to O strike O out O a O character O , O and O in O modern O computers O deletes O text O following O it O . O XMLBeans B-Language was O originally O developed O as O part O of O the O proprietary O BEA B-Language WebLogic I-Language Workshop O Framework B-Architecture , O but O it O was O obvious O from O interviews O conducted O when O it O was O first O announced O on O January O 27 O , O 2003 O , O that O BEA O wanted O it O to O become O an O open O standard O . O In O open B-Architecture systems I-Architecture architecture I-Architecture , O the O design O includes O intentional O provisions O to O make O it O possible O to O expand O or O modify O the O system O at O a O later O stage O after O initial O operation O . O Alternatively O , O SBus B-Architecture cards O can O be O used O , O including O the O 8-bit O color O Turbo O GX O ( O CG6 O ) O , O 24-bit O color O ZX O ( O Leo O ) O and O others O . O Instruction B-General_Concept pipelines I-General_Concept , O branch B-General_Concept prediction I-General_Concept , O out-of-order B-General_Concept execution I-General_Concept , O register B-Architecture renaming I-Architecture , O and O speculative B-General_Concept execution I-General_Concept broadly O exclude O a O CPU O from O being O classified O as O a O MISC O architecture O . O In O addition O to O individual O flash B-Device memory I-Device chips O , O flash B-Device memory I-Device is O also O embedded B-Architecture in O microcontroller B-Architecture ( O MCU O ) O chips O and O system-on-chip B-Architecture ( O SoC O ) O devices O . O ICL O introduced O a O paging B-Architecture unit O to O the O higher O end O machines O ( O 1904A O , O 1906A O ) O and O a O new O version O of O the O GEORGE B-General_Concept operating O system O , O GEORGE B-General_Concept 4 I-General_Concept which O was O compatible O with O GEORGE B-General_Concept 3 I-General_Concept but O used O paged O virtual B-Architecture memory I-Architecture in O place O of O the O simple O base/limit O system O of O the O earlier O machines O . O The O 1904A O had O an O optional O paging B-Architecture unit O and O so O could O run O GEORGE B-General_Concept 4 I-General_Concept . O The O 1906A O had O a O paging B-Architecture unit O and O so O could O run O GEORGE B-General_Concept 4 I-General_Concept . O In O April O 1971 O ICL O announced O the O S O series O of O machines O , O replacing O the O core O store O of O the O earlier O machines O with O semiconductor O memory O in O most O of O the O range O and O very O fast O Plessey O nickel O plated B-General_Concept wire I-General_Concept memory I-General_Concept for O the O top O of O the O range O 1906S O . O Nickel O plated B-General_Concept wire I-General_Concept memory I-General_Concept with O a O 250ns O cycle O speed O . O As O the O larger O models O of O the O new B-Device range I-Device were O being O introduced O it O was O decided O that O the O lower O models O of O the O 1900 O range O were O becoming O uncompetitive O . O After O extensive O investigation O of O the O run-time O behaviour O of O different O UNIX B-Application variants O , O and O of O the O code O generated O by O different O Ada B-Language compilers O , O the O project O selected O the O Solaris B-Application operating I-Application system I-Application running O on O SPARC B-Architecture computers O , O which O could O now O be O procured O as O COTS O single-board B-Device computers I-Device . O Acer B-Application Iconia I-Application is O equipped O with O a O 640GB O hard B-Device drive I-Device , O and O has O four O gigabytes O of O RAM B-Architecture . O A O posted B-Architecture write I-Architecture is O a O computer O bus O write O transaction O that O does O not O wait O for O a O write O completion O response O to O indicate O success O or O failure O of O the O write O transaction O . O English O Electric O had O developed O a O series O of O machines O over O the O years O , O notably O the O famous O KDF9 B-Device and O the O commercially O oriented O KDF8 B-Device , O but O never O had O much O commercial O success O . O Now O with O serious O financial O backing O at B-Operating_System its O disposal O , O the O new O company O nevertheless O decided O not O to O come O up O with O its O own O design O , O and O instead O licensed O the O RCA B-Device Spectra I-Device 70 I-Device ( O the O design O ICT O rejected O ) O . O The O result O was O the O System B-Device 4 I-Device series O . O A O model O 4/75 O was O also O supplied O to O the O EELM B-Device ( O later O Baric O ) O Bureau O subsidiary O and O installed O at B-Operating_System Winsford O , O Cheshire O as O the O hardware B-Architecture for O a O bureau-developed O commercial O system O for O interactive O use O by O bureau O customers O . O The O System B-Device 4 I-Device series O ran O the O J O ( O for O Job O ) O operating B-General_Concept system I-General_Concept . O Although O PCI O Express O improved O this O with O full-duplex O communications O , O getting O a O GPU B-Architecture ( O and O possibly O a O generic O stream O processor B-General_Concept ) O to O work O will O possibly O take O long O amounts O of O time O . O Then O combined O with O Kodaira O 's O result O , O a O compact O Kähler O manifold B-Architecture M O embeds O as O an O algebraic O variety O . O Hardware B-Architecture can O also O become O defective O over O time O due O to O dirt O or O heat O damage O . O This O document O addressed O usage O , O integrated O architectures O , O DoD O and O Federal O policies O , O value O of O architecture O , O architecture O measures O , O DoD O decision O support O processes O , O development O techniques O , O analytical O techniques O , O and O the O CADM B-Architecture v1.01 O , O and O moved O towards O a O repository-based O approach O by O placing O emphasis O on O architecture O data O elements O that O comprise O architecture O products O . O It O was O designed O as O a O low-cost O microprocessor B-Architecture for O low-end O systems O . O The O first O systems O to O feature O the O PA-7100LC B-General_Concept were O introduced O in O January O 1994 O . O Libuv B-Language is O an O abstraction O layer O for O network O and O file B-Application system I-Application functionality O on O both O Windows B-Application and O POSIX-based O systems O such O as O Linux B-Application , O macOS B-Application , O OSS O on O NonStop B-Architecture , O and O Unix B-Application . O The O lack O of O many O critical O security O mechanisms O in O current O mainstream O operating B-General_Concept systems I-General_Concept impedes O the O implementation O of O adequate O security O policies O at O the O application O abstraction B-Architecture level I-Architecture . O where O R O is O a O p×( p−q O ) O matrix B-Architecture such O that O the O matrix B-Architecture is O non-singular O , O and O . O Clustering B-Algorithm : O a O class O of O unsupervised B-General_Concept learning I-General_Concept algorithms O for O grouping O and O bucketing O related O input O vector O . O Perceptron B-Algorithm : O the O simplest O kind O of O feedforward O neural B-Architecture network I-Architecture : O a O linear B-General_Concept classifier I-General_Concept . O PC B-Architecture cards I-Architecture include O modules O for O audio O and O video O applications O , O data O communications O and O embedded O storage O . O In O May O 2013 O it O was O announced O that O a O consortium O of O Google B-Application , O NASA O Ames O and O the O non-profit O Universities O Space O Research O Association O purchased O an O adiabatic O quantum B-Architecture computer I-Architecture from O D-Wave O Systems O with O 512 O qubits O . O They O all O use O a O custom O " O NES-on-a-chip B-Architecture " O ( O NOAC B-Operating_System ) O that O is O an O implementation O of O the O NES B-Language 's O hardware O ( O Custom O 6502 O , O PPU O , O PAPU O , O etc O . O ) O . O The O SCSI B-Architecture T10 O standards O define O the O commands O and O protocols O of O the O SCSI B-Architecture command O processor O ( O sent O in O SCSI B-Architecture CDBs O ) O , O and O the O electrical O and O optical O interfaces O for O various O implementations O . O While O Commodore B-Device DOS I-Device is O built O into O the O ROM B-Device of O Commodore O disk O drives O and O is O usually O accessed O through O BASIC O , O CP/M B-Application requires O the O use O of O a O boot O diskette O and O requires O entry O of O terse O commands O inherited O from O minicomputer B-Architecture platforms O . O Three O registers B-General_Concept are O often O present O in O a O threaded O virtual B-Architecture machine I-Architecture . O The O package O contains O two O separate O dies O , O the O GPU B-Architecture and O an O eDRAM O ( O manufactured O by O NEC O ) O , O featuring O a O total O of O 337 O million O transistors O . O A O context O is O instantiated O at O the O beginning O of O the O enactment O of O an O algorithm O , O scenario O , O or O use B-Architecture case I-Architecture . O Known O internally O as O Sony O IMX400 O , O the O new O ExmorRS O sensor O features O a O RAM B-Architecture chip I-Architecture sandwiched O in O between O the O sensor O and O control O circuitry O layers O which O serves O as O a O large O and O fast O buffer O to O where O the O sensor O can O temporarily O offload O a O significant O amount O of O captured O data O before O transferring O it O to O the O phone O 's O internal O memory O for O processing O . O thumb|upright O = O 1.6 O |Two O power O MOSFETs B-Architecture in O D2PAK B-Algorithm surface-mount O packages O . O However O , O this O would O use O 64 O KB O of O the O standard O machine O 's O 128 O KiB O of O RAM B-Architecture and O there O is O no O support O for O this O feature O in O the O QL O 's O original O firmware B-Application . O These O traditional O designs O were O limited O by O speed-of-light O delay O issues O inherent O in O any O CPU O larger O than O a O single O chip O , O and O performance O alone O began O driving O the O success O of O microprocessor-based O systems O . O By O the O mid-1990s O , O nearly O all O computers O made O were O based O on O microprocessors B-Architecture , O and O the O majority O of O general O purpose O microprocessors B-Architecture were O implementations O of O the O x86 B-Operating_System instruction O set O architecture O . O Brian O Chen O of O Wired O said O that O " O the O fifth-generation O iPhone B-Operating_System 's O superb O camera O and O speedy O dual-core B-Architecture processor I-Architecture are O classy O additions O . O Thus O , O punched B-Architecture cards I-Architecture could O also O be O used O for O intermediate O storage O of O large O amounts O of O data O as O secondary O storage O . O In O an O alternative O approach O , O Nanosys O uses O solution O based O deposition O and O alignment O processes O to O pattern O pre-fabricated O arrays O of O nanowires B-Architecture on O a O substrate O to O serve O as O a O lateral O channel O of O an O FET O . O HP O 's O first O high-end O Itanium B-General_Concept chipset B-Device was O sx1000 O , O launched O in O mid-2003 O with O the O Integrity B-Device Superdome I-Device flagship O server O . O It O has O two O independent O front-side O buses O , O each O bus B-Architecture supporting O two O sockets O , O giving O 12.8 O GB/s O of O combined O bandwidth O from O the O processors O to O the O chipset B-Device . O The O bus O runs O at O 3.58MHz O for O non-access O cycles O and O when O accessing O Bus O B O and O most O internal O registers B-Architecture , O and O either O 2.68 O or O 3.58MHz O when O accessing O Bus O A O . O The O solution O to O this O problem O was O to O store O the O BASIC O program O code O in O the O video O RAM B-Architecture . O Magellan B-Architecture 's O global O radar B-Application map O currently O remains O as O the O most O detailed O Venus B-Application map O in O existence O , O although O the O upcoming O NASA O VERITAS O and O Roskosmos O Venera-D O probes O will O carry O a O radar B-Application that O can O achieve O a O much O higher O resolution O compared O to O the O radar B-Application used O by O Magellan B-Architecture . O Usually O , O the O domain O is O discretized B-Algorithm by O some O form O of O mesh B-Architecture generation I-Architecture , O wherein O it O is O divided O into O non-overlapping O triangles B-Algorithm or O quadrilaterals B-Algorithm , O which O are O generally O referred O to O as O elements O . O The O black O dots O show O the O function O computed O by O the O neural B-Architecture network I-Architecture on O these O inputs O for O random O draws O of O the O parameters O from O . O Multiplying O an O n-by-n O matrix B-Architecture from O the O left O with O amounts O to O multiplying O the O -th O row O of O by O for O all O ; O multiplying O the O matrix B-Architecture from O the O right O with O amounts O to O multiplying O the O -th O column O of O by O for O all O . O The O LG B-Application Optimus I-Application 2X I-Application holds O the O Guinness O World O Record O as O the O first O mobile O phone O to O use O a O dual-core B-Architecture processor I-Architecture . O To O minimize O latency O and O avoid O bottlenecks O , O distributed B-Architecture computing I-Architecture can O benefit O significantly O from O distributed O caches B-General_Concept . O The O high O memory O area O ( O HMA O ) O is O the O RAM B-Architecture area O consisting O of O the O first O 64 O KiB O , O minus O 16 O bytes B-Application , O of O the O extended B-Device memory I-Device on O an O IBM B-Operating_System PC/AT I-Operating_System or O compatible O microcomputer O . O Slave B-Architecture Select I-Architecture : O Its O screen O aspect O ratio O and O display O timing O are O different O from O the O original O ZX B-Operating_System Spectrum I-Operating_System because O the O M O uses O a O different O ULA O chip O , O compatible O with O the O Russian O clone B-General_Concept Baltik O . O The O final O model O was O the O Didaktik B-Device Kompakt O ( O 1991 O ) O which O integrated O all O previous O M O hardware O with O a O 3.5 O ″ O floppy B-Device disk I-Device drive I-Device . O Unlike O previous O versions O , O the O Didaktik B-Device 192K O was O an O amateur O project O , O partly O combining O the O hardware O of O the O Didaktik B-Device Gama O and O the O ZX B-Operating_System Spectrum I-Operating_System 128K O . O The O Krišpín O was O a O czechoslovakian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System , O developed O by O František O Kubiš O at B-Operating_System 1984 O , O a O student O of O EF O SVŠT O ( O Electrotechnical O Faculty O of O Slovak O Technical O University O ) O Bratislava O . O The O ULA O was O designed O using O discrete O 74xx O ICs O , O which O resulted O in O the O screen O part O of O RAM B-Architecture being O synchronised O perfectly O , O without O CPU B-General_Concept blocking O . O As O activity O : O Lindsay O & O Price O ( O 1991 O ) O for O example O presented O business B-Architecture architecture I-Architecture as O a O " O self O security O activity O , O " O which O included O the O " O study O of O a O function O , O including O its O component O organizations O , O tools O , O methods O , O and O relationships O , O both O internal O and O external O ... O Generally O shorter O wavelength O lasers O give O stronger O Raman B-Architecture scattering I-Architecture due O to O the O 4 O increase O in O Raman B-Architecture scattering I-Architecture cross-sections O , O but O issues O with O sample O degradation O or O fluorescence O may O result O . O Suppose O module B-Architecture M4 O is O formulated O as O this O : O Apparently O , O he O also O used O the O idea O of O an O electronic O disk O from O RAM B-Architecture from O another O domestic O computer O with O 128 O kb O RAM B-Architecture - O Okean-240 O . O The O term O " O virtualization B-General_Concept " O was O coined O in O the O 1960s O to O refer O to O a O virtual B-Architecture machine I-Architecture ( O sometimes O called O " O pseudo O machine O " O ) O , O a O term O which O itself O dates O from O the O experimental O IBM B-Device M44/44X I-Device system O . O These O include O die-to-die O , O die-to-wafer O , O and O wafer-to-wafer O . O Moreover O , O each O die O in O the O 3DIC B-Architecture can O be O binned O beforehand O , O so O that O they O can O be O mixed O and O matched O to O optimize O power O consumption O and O performance O ( O e.g. O At O the O time O , O Shuhei O Yoshida O led O a O group O of O programmers O within O this O hardware B-Architecture team O to O explore O next-generation O game O creation O . O By O early O 2005 O , O focus O within O Sony O shifted O towards O developing O PS3 B-Operating_System launch O titles O . O The O announced O computer O had O a O 14-inch O ( O 35.5cm O ) O WXGA O screen O , O an O Intel B-Device Celeron I-Device processor I-Device at O 1.5GHz O , O 256MB O of O DDR333/400 O RAM B-Architecture , O a O 40GB O hard B-Device drive I-Device , O VIA O PN800 O integrated B-Device graphics I-Device , O a O CD/DVD O Combo B-Device drive I-Device and O 802.11g O wireless B-Architecture networking I-Architecture . O to O have O near O parity O with O Windows B-Application PowerShell O in O terms O of O compatibility O with O modules B-Architecture that O ship O with O Windows B-Application . O Since O 2005 O , O EFI O has O also O been O implemented O on O non-PC O architectures O , O such O as O embedded B-Architecture systems I-Architecture based O on O XScale B-Application cores O . O The O EDK O ( O EFI B-Architecture Developer I-Architecture Kit I-Architecture ) O includes O an O NT32 O target O , O which O allows O EFI O firmware B-Application and O EFI O applications O to O run O within O a O Windows B-Application application O . O This O deep O architecture O allows O the O design O of O neural B-Architecture networks I-Architecture with O universal B-Algorithm approximation I-Algorithm properties O . O CP/M B-Application , O originally O standing O for O Control B-Application Program/Monitor I-Application and O later O Control B-Application Program I-Application for I-Application Microcomputers I-Application , O is O a O mass-market O operating B-General_Concept system I-General_Concept created O in O 1974 O for O Intel O 8080/85 O -based O microcomputers B-Architecture by O Gary O Kildall O of O Digital O Research O , O Inc O . O Initially O confined O to O single-tasking O on O 8-bit O processors O and O no O more O than O 64 O kilobytes O of O memory O , O later O versions O of O CP/M B-Application added O multi-user O variations O and O were O migrated O to O 16-bit B-Device processors I-Device . O The O combination O of O CP/M B-Application and O S-100 B-Architecture bus I-Architecture computers O became O an O early O standard O in O the O microcomputer B-Architecture industry O . O This O computer B-Device platform I-Device was O widely O used O in O business O through O the O late O 1970s O and O into O the O mid-1980s O . O CP/M B-Application increased O the O market O size O for O both O hardware O and O software O by O greatly O reducing O the O amount O of O programming O required O to O install O an O application O on O a O new O manufacturer O 's O computer O . O An O important O driver O of O software O innovation O was O the O advent B-Application of O ( O comparatively O ) O low-cost O microcomputers B-Architecture running O CP/M B-Application , O as O independent O programmers O and O hackers O bought O them O and O shared O their O creations O in O user O groups O . O CP/M B-Application was O eventually O displaced O by O DOS B-Device following O the O 1981 O introduction O of O the O IBM B-Device PC I-Device . O Gary O Kildall O originally O developed O CP/M B-Application during O 1974 O , O as O an O operating B-General_Concept system I-General_Concept to O run O on O an O Intel O Intellec-8 O development O system O , O equipped O with O a O Shugart O Associates O 8-inch O floppy-disk O drive O interfaced O via O a O custom O floppy-disk B-Device controller I-Device . O It O was O written O in O Kildall O 's O own O PL/M B-Language ( O Programming O Language O for O Microcomputers B-Architecture ) O . O Various O aspects O of O CP/M B-Application were O influenced O by O the O TOPS-10 B-Operating_System operating B-General_Concept system I-General_Concept of O the O DECsystem-10 B-Device mainframe B-Architecture computer I-Architecture , O which O Kildall O had O used O as O a O development O environment O . O An O early O outside O licensee O of O CP/M B-Application was O Gnat O Computers O , O an O early O microcomputer B-Architecture developer O out O of O San O Diego O , O California O . O In O 1977 O , O the O company O was O granted O the O license O to O use O CP/M B-Application 1.0 O for O any O micro O they O desired O for O $90 O . O Within O the O year O , O demand O for O CP/M B-Application was O so O high O that O Digital O Research O was O able O to O increase O the O license O to O tens O of O thousands O of O dollars O . O Under O Kildall O 's O direction O , O the O development O of O CP/M B-Application 2.0 O was O mostly O carried O out O by O John O Pierce O in O 1978 O . O She O started O by O debugging O CP/M B-Application 2.0 O , O and O later O became O influential O as O key O developer O for O CP/M B-Application 2.2 O and O CP/M B-Application Plus O . O Other O early O developers O of O the O CP/M B-Application base O included O Robert O " O Bob O " O Silberstein O and O David O " O Dave O " O K O . O Brown O . O CP/M B-Application originally O stood O for O " O Control B-Application Program/Monitor I-Application " O , O a O name O which O implies O a O resident B-Application monitor I-Application — O a O primitive O precursor O to O the O operating B-General_Concept system I-General_Concept . O However O , O during O the O conversion O of O CP/M B-Application to O a O commercial O product O , O trademark O registration O documents O filed O in O November O 1977 O gave O the O product O 's O name O as O " O Control B-Application Program I-Application for I-Application Microcomputers I-Application " O . O The O CP/M B-Application name O follows O a O prevailing O naming O scheme O of O the O time O , O as O in O Kildall O 's O PL/M B-Language language O , O and O Prime O Computer O 's O PL/P B-Language ( O Programming O Language O for O Prime O ) O , O both O suggesting O IBM O 's O PL/I B-Language ; O and O IBM O 's O CP/CMS B-Application operating B-General_Concept system I-General_Concept , O which O Kildall O had O used O when O working O at O the O NPS O . O This O renaming O of O CP/M B-Application was O part O of O a O larger O effort O by O Kildall O and O his O wife O with O business O partner O , O Dorothy O McEwen O to O convert O Kildall O 's O personal O project O of O CP/M B-Application and O the O Intel-contracted O PL/M B-Language compiler O into O a O commercial O enterprise O . O The O Kildalls O intended O to O establish O the O Digital O Research O brand O and O its O product O lines O as O synonymous O with O " O microcomputer B-Architecture " O in O the O consumer O 's O mind O , O similar O to O what O IBM O and O Microsoft O together O later O successfully O accomplished O in O making O " O personal O computer O " O synonymous O with O their O product O offerings O . O By O September O 1981 O , O Digital O Research O had O sold O more O than O CP/M B-Application licenses O ; O InfoWorld O stated O that O the O actual O market O was O likely O larger O because O of O sublicenses O . O Many O different O companies O produced O CP/M B-Application -based O computers O for O many O different O markets O ; O the O magazine O stated O that O " O CP/M B-Application is O well O on O its O way O to O establishing O itself O as O the O small-computer O operating O system O " O . O The O companies O chose O to O support O CP/M B-Application because O of O its O large O library O of O software O . O The O Xerox B-Device 820 I-Device ran O the O operating B-General_Concept system I-General_Concept because O " O where O there O are O literally O thousands O of O programs O written O for O it O , O it O would O be O unwise O not O to O take O advantage O of O it O " O , O Xerox O said O . O ( O Xerox O included O a O Howard O W O . O Sams O CP/M B-Application manual O as O compensation O for O Digital O Research O 's O documentation O , O which O InfoWorld O in O 1982 O described O as O atrocious O . O ) O By O 1984 O , O Columbia O University O used O the O same O source O code O to O build O Kermit B-Protocol binaries O for O more O than O a O dozen O different O CP/M B-Application systems O , O plus O a O generic O version O . O The O operating B-General_Concept system I-General_Concept was O described O as O a O " O software B-Architecture bus I-Architecture " O , O allowing O multiple O programs O to O interact O with O different O hardware O in O a O standardized O way O . O Programs O written O for O CP/M B-Application were O typically O portable O among O different O machines O , O usually O requiring O only O the O specification O of O the O escape O sequences O for O control O of O the O screen B-General_Concept and O printer O . O This O portability O made O CP/M B-Application popular O , O and O much O more O software O was O written O for O CP/M B-Application than O for O operating B-General_Concept systems I-General_Concept that O ran O on O only O one O brand O of O hardware O . O One O restriction O on O portability O was O that O certain O programs O used O the O extended O instruction O set O of O the O Z80 B-General_Concept processor O and O would O not O operate O on O an O 8080 B-General_Concept or O 8085 B-General_Concept processor O . O Another O was O graphics O routines O , O especially O in O games O and O graphics O programs O , O which O were O generally O machine-specific O as O they O used O direct O hardware O access O for O speed O , O bypassing O the O OS O and O BIOS O ( O this O was O also O a O common O problem O in O early O DOS B-Device machines O ) O . O Bill O Gates O claimed O that O the O Apple B-Device II I-Device series I-Device with O a O Z-80 B-Device SoftCard I-Device was O the O single O most-popular O CP/M B-Application hardware B-Device platform I-Device . O Many O different O brands O of O machines O ran O the O operating B-General_Concept system I-General_Concept , O some O notable O examples O being O the O Altair B-Architecture 8800 I-Architecture , O the O IMSAI B-Device 8080 I-Device , O the O Osborne B-Device 1 I-Device and O Kaypro O luggables B-Device , O and O MSX B-Operating_System computers O . O The O best-selling O CP/M B-Application -capable O system O of O all O time O was O probably O the O Amstrad B-Device PCW I-Device . O In O the O UK O , O CP/M B-Application was O also O available O on O Research O Machines O educational O computers O ( O with O the O CP/M B-Application source O code O published O as O an O educational O resource O ) O , O and O for O the O BBC B-Device Micro I-Device when O equipped O with O a O Z80 B-General_Concept co-processor O . O Furthermore O , O it O was O available O for O the O Amstrad B-Device CPC I-Device series O , O the O Commodore B-Device 128 I-Device , O TRS-80 B-Device , O and O later O models O of O the O ZX B-Operating_System Spectrum I-Operating_System . O When O Linux B-Application applications O in O an O LPAR O access O data O and O applications O in O other O LPARs O such O as O CICS B-Application , O IBM B-Application Db2 I-Application , O IMS B-Application , O Linux B-Application , O and O other O mainframe B-Architecture subsystems O running O on O the O same O physical O mainframe B-Architecture , O they O can O utilize O HiperSockets B-Device fast O , O memory-only O TCP/IP B-Protocol connections O . O Mono B-Application is O a O free B-License and I-License open-source I-License .NET O Framework-compatible O software B-Architecture framework I-Architecture . O Originally O by O Ximian O , O it O was O later O acquired O by O Novell O , O and O is O now O being O led O by O Xamarin B-Application , O a O subsidiary O of O Microsoft O and O the O .NET B-Application Foundation O . O Mono B-Application can O be O run O on O many O software O systems O . O The O flash O layer O in O these O drives O can O be O accessed O independently O from O the O magnetic B-Architecture storage I-Architecture by O the O host O using O ATA-8 O commands O , O allowing O the O operating B-General_Concept system I-General_Concept to O manage O it O . O Many O stream B-Algorithm ciphers I-Algorithm are O based O on O linear-feedback B-Architecture shift I-Architecture registers I-Architecture ( O LFSRs B-Architecture ) O , O which O , O while O efficient O in O hardware O , O are O less O so O in O software O . O This O combination O thought O to O be O a O best O way O for O exploiting O fine O and O coarse B-Operating_System grain I-Operating_System parallelism B-Operating_System by O targeting O fine O grain O parallelism B-Operating_System towards O FPGAs B-Architecture and O coarse O grained O parallelism B-Operating_System towards O super O computers O or O clusters O . O When O the O threshold O is O S O ( O the O maximum O for O the O weighted O sum O ) O the O neuron O responds O only O to O its O own O address O and O acts O like O an O address O decoder O of O a O conventional O random-access B-Architecture memory I-Architecture . O A O specialized O SCSI B-Architecture cable O with O a O unique O connector O was O required O , O however O , O to O use O any O SCSI B-Architecture device O on O the O PowerBook B-Device series O . O The O entire O case O uses O proprietary O pentalobe B-Operating_System screws I-Operating_System and O cannot O be O disassembled O with O standard O tools O . O On O February O 13 O , O 2013 O , O Apple O announced O updated O prices O and O processors B-General_Concept and O increased O the O memory B-Architecture of O the O high-end O 15-inch O model O to O 16GB O . O Unlike O its O predecessor O , O the O Skylake B-Architecture Xeon O CPUs O require O C230 O series O ( O C232/C236 O ) O or O C240 O series O ( O C242/C246 O ) O chipset O to O operate O , O with O integrated O graphics O working O only O with O C236 O and O C246 O chipsets O . O However O , O modern O high-performance O CPUs O often O have O duplicates O of O these O " O architectural O registers O " O in O order O to O improve O performance O via O register B-Architecture renaming I-Architecture , O allowing O parallel B-Operating_System and O speculative B-General_Concept execution I-General_Concept . O Randomization O provides O only O probabilistic O protection O against O memory B-Architecture errors O , O but O can O often O be O easily O implemented O in O existing O software O by O relinking O the O binary O . O Another O consideration O is O that O games O and O mods O written O for O the O engine O are O portable B-Architecture without O recompilation O ; O only O the O virtual B-Architecture machine I-Architecture needs O to O be O ported O to O new O platforms O in O order O to O execute O the O modules O . O In O asynchronous B-Architecture replication O , O the O write O operation O is O considered O complete O as O soon O as O local O storage O acknowledges O it O . O The O actual O remote O write O is O performed O asynchronously O , O resulting O in O better O performance O but O remote O storage O will O lag O behind O the O local O storage O , O so O that O there O is O no O guarantee O of O durability O ( O i.e. O , O seamless O transparency B-Operating_System ) O in O the O case O of O local O storage O failure O . O It O is O manufactured O by O Asus O , O and O comes O with O a O Qualcomm O Snapdragon O S4 O Pro O APQ8064 O – O 1AA O SoC B-Architecture , O ( O 1.5GHz O quad-core B-Architecture Krait B-Application 300 I-Application and O an O Adreno B-General_Concept 320 I-General_Concept GPU O , O clocked O at O 400MHz O ) O . O The O study O was O carried O out O in O a O home-built O vertical O cold O wall O system O utilizing O resistive O heating O by O passing O direct O current O through O the O substrate B-Architecture . O However O , O in O a O series O of O disputed O and O bitter O battles O , O time-sharing B-General_Concept lost O out O to O batch B-General_Concept processing I-General_Concept through O IBM O political O infighting O , O and O VM B-Application remained O IBM O 's O " O other O " O mainframe B-Architecture operating B-General_Concept system I-General_Concept for O decades O , O losing O to O MVS B-Application . O One O version O of O the O One B-Application S I-Application uses O a O Qualcomm B-Architecture Snapdragon I-Architecture S4 O Plus O MSM8960 O SoC O ( O system B-Architecture on I-Architecture chip I-Architecture ) O , O which O includes O a O 1.5GHz O dual-core O Krait B-Application CPU I-Application and O an O Adreno O 225 O GPU O , O as O well O as O an O integrated O HSPA+ O modem O , O GPS/GLONASS O module O , O Wi-Fi O b/g/n O radio O , O Bluetooth O , O and O FM O radio O . O Partial O acceleration O means O that O VLD B-Algorithm ( O bitstream O ) O decoding O is O performed O on O the O CPU B-General_Concept , O with O the O GPU B-Architecture only O performing O IDCT B-General_Concept , O motion B-Algorithm compensation I-Algorithm and O deblocking B-General_Concept . O The O Advanced O Technology O Development O and O Mitigation O subdivision O is O responsible O for O researching O developments O in O high B-Architecture performance I-Architecture computing I-Architecture . O A O state O register O that O stores O the O state O of O the B-Architecture Turing I-Architecture machine I-Architecture , O one O of O finitely O many O . O A O separate O user B-Operating_System mode I-Operating_System can O also O be O used O to O build O efficient O virtual O machines O – O see O Popek B-Architecture and I-Architecture Goldberg I-Architecture virtualization I-Architecture requirements I-Architecture . O Semiconductor B-Architecture memory I-Architecture , O also O known O as O MOS B-Architecture memory I-Architecture , O was O cheaper O and O consumed O less O power O than O magnetic-core O memory B-General_Concept . O Rechargeable B-Architecture batteries I-Architecture were O introduced O in O the O C18 O standard O in O 1984 O , O and O lithium B-Language types O were O standardized O in O 1991 O . O Radio O Shack O offered O a O one-button O joystick O with O its O proprietary O 6-pin O DIN O joystick O connector O that O is O compatible O with O the O older O TRS-80 B-Device Color I-Device Computer I-Device but O not O standard O 15-pin O IBM B-Device PC I-Device game B-Protocol ports I-Protocol often O found O on O sound O cards O and O i/o O multifunction O ISA B-Architecture cards I-Architecture . O Third O party O modems O with O speeds O of O 14k O baud O should O work O provided O they O are O eight-bit O ISA B-Architecture , O and O fit O . O The O Motorola B-Device 6809 I-Device ( O " O sixty-eight-oh-nine O " O ) O is O an O 8-bit O microprocessor B-Architecture with O some O 16-bit B-Device features O . O After O topology B-Architecture discovery O the O next O step O is O distributed O calculation O of O the O unicast B-Protocol routes O for O both O ECMP B-Protocol VIDs O and O population O of O the O unicast B-Protocol forwarding O tables O ( O FIBs O ) O . O Program O and O data O memory O were O accessed O via O the O same O shared O bus B-General_Concept , O even O though O they O were O stored O in O fundamentally O different O types O of O memory O : O ROM B-Device for O programs O and O RAM B-Architecture for O data O . O The O Ruputer B-Application has O a O 16-bit O , O 3.6MHz O processor B-General_Concept and O 2 O MB O of O non-volatile O storage O memory O and O 128 O KB O of O RAM B-Architecture . O It O seeks O to O increase O the O efficiency O of O disk O utilization O by O " O anticipating O " O future O synchronous B-Architecture read O operations O . O FreeBSD B-Operating_System releases O installation O images O for O supported O platforms O . O Since O FreeBSD B-Operating_System 13 O the O focus O has O been O on O x86-64 B-Device and O aarch64 B-Architecture platforms O which O have O Tier O 1 O support O . O Appliance O control O and O integration O with O the O smart B-Architecture grid I-Architecture and O a O smart B-Device meter I-Device , O taking O advantage O , O for O instance O , O of O high O solar O panel O output O in O the O middle O of O the O day O to O run O washing O machines O . O Some O studies O attribute O as O much O as O " O 24% O of O Y2K B-Error_Name software O repair O costs O to O Cobol O " O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O In O 2006 O and O 2012 O , O Computerworld O surveys O ( O of O 352 O readers O ) O found O that O over O 60% O of O organizations O used O COBOL O ( O more O than O C++ B-Language and O Visual B-Language Basic I-Language .NET I-Language ) O and O that O for O half O of O those O , O COBOL O was O used O for O the O majority O of O their O internal O software O . O Instead O , O some O businesses O have O migrated O their O systems O from O expensive O mainframes B-Architecture to O cheaper O , O more O modern O systems O , O while O maintaining O their O COBOL O programs O . O Executing O an O application O program O typically O involves O the O creation O of O a O process B-Operating_System by O the O operating B-Operating_System system I-Operating_System kernel I-Operating_System , O which O assigns O memory O space O and O other O resources O , O establishes O a O priority O for O the O process B-Operating_System in O multi-tasking B-Operating_System systems O , O loads O program O binary O code O into O memory O , O and O initiates O execution O of O the O application O program O , O which O then O interacts O with O the O user O and O with O hardware B-Architecture devices O . O 256K O RAM B-Architecture , O 80K O ROM O with O Microsoft B-Language BASIC I-Language 512 O , O extra O video O modes O . O However O , O this O limitation O does O not O apply O to O the O AT94 O FPSLIC O AVR/FPGA O chips O . O The O data O address B-General_Concept space I-General_Concept consists O of O the O register B-General_Concept file I-General_Concept , O I/O O registers B-General_Concept , O and O SRAM B-Architecture . O The O modem O have O an O advanced O 2G O , O 3G B-Architecture , O 4G B-Architecture , O and O 5G O connectivity O . O However O , O these O systems O require O care O in O endorsing O the O match O between O identity O information O and O public O keys O by O certificate B-Architecture authorities I-Architecture in O order O to O work O properly O . O When O , O , O and O , O the O Lorenz B-Architecture system I-Architecture has O chaotic O solutions O ( O but O not O all O solutions O are O chaotic O ) O . O Core O 2 O Duo O , O a O dual-core B-Architecture processor I-Architecture . O 2002 O May O 6In O this O release O , O the O tracker O has O been O rewritten O to O use O asynchronous B-Architecture I/O I-Architecture , O so O it O no O longer O has O the O hanging O problems O which O plagued O it O before O . O Named O in O honor O of O the O crew O who O died O in O the O Space O Shuttle O Columbia B-General_Concept disaster O , O it O increased O NASA O 's O supercomputing B-Architecture capacity O ten-fold O for O the O agency O 's O science O , O aeronautics O and O exploration O programs O . O Acoustic B-Architecture suspension I-Architecture or O air O suspension O is O a O variation O of O the O closed-box O enclosure O , O using O a O box O size O that O exploits O the O almost O linear O air O spring O resulting O in O a O −3dB O low-frequency O cut-off O point O of O 30 O – O 40Hz O from O a O box O of O only O one O to O two O cubic O feet O or O so O . O Revision B-Architecture control I-Architecture systems I-Architecture such O as O Git B-Application , O Mercurial B-Protocol , O and O Monotone B-Application use O SHA-1 B-Algorithm , O not O for O security O , O but O to O identify O revisions O and O to O ensure O that O the O data O has O not O changed O due O to O accidental O corruption O . O The O key O limitation O of O electron B-Architecture beam I-Architecture lithography I-Architecture is O throughput O , O i.e. O , O the O very O long O time O it O takes O to O expose O an O entire O silicon B-Architecture wafer I-Architecture or O glass O substrate B-Architecture . O A O Bohemian O matrix O with O population O is O an O example O of O a O sign O pattern O matrix O and O so O it O has O all O the O properties O of O such O matrices B-Architecture ; O but O it O may O also O have O special O properties O owing O to O its O Bohemian O nature O . O At O least O two O primary O vendors O , O ATI O and O NVIDIA O provided O full O Vista-compatible O ICDs O . O However O , O hardware B-Architecture overlay I-Architecture is O not O supported O , O because O it O is O considered O as O an O obsolete O feature O in O Vista B-Application . O While O transmitting O over O copper O wire O does O not O allow O for O the O speeds O that O fiber-optic B-Architecture transmission O does O , O it O allows O the O use O of O existing O voice-grade B-Protocol copper I-Protocol or O CCTV O coaxial O cable O wiring O . O Modelnumber O sSpecnumber O Cores O Frequency O L2cache O FSB B-Architecture Mult O . O Modelnumber O sSpecnumber O Cores O Frequency O L2cache O FSB B-Architecture Mult O . O The O later O Pentium B-General_Concept MMX B-Architecture also O added O the O MMX B-Architecture instruction I-Architecture set I-Architecture , O a O basic O integer O single B-Device instruction I-Device , I-Device multiple I-Device data I-Device ( O SIMD B-Device ) O instruction B-General_Concept set I-General_Concept extension O marketed O for O use O in O multimedia O applications O . O It O follows O that O they O can O be O defined O , O specified O and O studied O in O terms O of O linear B-Architecture maps I-Architecture . O The O concept O was O originally O introduced O by O Hitachi O as O a O way O to O improve O the O code O density O of O their O SuperH O RISC B-Architecture processor I-Architecture design O as O it O moved O from O 16-bit O to O 32-bit O instructions O in O the O SH-5 O version O . O In O 2003 O , O a O research O team O at O NEC O fabricated O the O first O MOSFETs B-Architecture with O a O channel O length O of O 3nm B-Algorithm , O using O the O PMOS B-Algorithm and O NMOS B-Algorithm processes O . O In O 2011 O , O Indu O Subaiya O redefined O Health B-Application 2.0 I-Application as O the O use O in O health O care O of O new O cloud B-Architecture , O Saas B-Architecture , O mobile O , O and O device O technologies O that O are O : O Tsubame B-Device 2.0 I-Device was O further O upgrade O to O 2.5 O in O 2014 O , O replacing O all O of O the O Nvidia O M2050 O GPGPU B-Architecture compute O modules O with O Nvidia B-Device Tesla I-Device Kepler O K20x O compute O modules O . O The O project O 's O name O in O English O ( O Cybersyn B-Architecture ) O is O a O portmanteau O of O the O words O cybernetics O and O synergy O . O CP/M B-Application , O originally O standing O for O Control B-Application Program/Monitor I-Application and O later O Control B-Application Program I-Application for I-Application Microcomputers I-Application , O is O a O mass-market O operating B-General_Concept system I-General_Concept created O in O 1974 O for O Intel O 8080/85 O -based O microcomputers B-Architecture by O Gary O Kildall O of O Digital O Research O , O Inc O . O Initially O confined O to O single-tasking O on O 8-bit O processors O and O no O more O than O 64 O kilobytes O of O memory O , O later O versions O of O CP/M B-Application added O multi-user O variations O and O were O migrated O to O 16-bit B-Device processors I-Device . O The O combination O of O CP/M B-Application and O S-100 B-Architecture bus I-Architecture computers O became O an O early O standard O in O the O microcomputer B-Architecture industry O . O This O computer B-Device platform I-Device was O widely O used O in O business O through O the O late O 1970s O and O into O the O mid-1980s O . O CP/M B-Application increased O the O market O size O for O both O hardware O and O software O by O greatly O reducing O the O amount O of O programming O required O to O install O an O application O on O a O new O manufacturer O 's O computer O . O An O important O driver O of O software O innovation O was O the O advent B-Application of O ( O comparatively O ) O low-cost O microcomputers B-Architecture running O CP/M B-Application , O as O independent O programmers O and O hackers O bought O them O and O shared O their O creations O in O user O groups O . O CP/M B-Application was O eventually O displaced O by O DOS B-Device following O the O 1981 O introduction O of O the O IBM B-Device PC I-Device . O Gary O Kildall O originally O developed O CP/M B-Application during O 1974 O , O as O an O operating B-General_Concept system I-General_Concept to O run O on O an O Intel O Intellec-8 O development O system O , O equipped O with O a O Shugart O Associates O 8-inch O floppy-disk O drive O interfaced O via O a O custom O floppy-disk B-Device controller I-Device . O It O was O written O in O Kildall O 's O own O PL/M B-Language ( O Programming O Language O for O Microcomputers B-Architecture ) O . O Various O aspects O of O CP/M B-Application were O influenced O by O the O TOPS-10 B-Operating_System operating B-General_Concept system I-General_Concept of O the O DECsystem-10 B-Device mainframe B-Architecture computer I-Architecture , O which O Kildall O had O used O as O a O development O environment O . O An O early O outside O licensee O of O CP/M B-Application was O Gnat O Computers O , O an O early O microcomputer B-Architecture developer O out O of O San O Diego O , O California O . O In O 1977 O , O the O company O was O granted O the O license O to O use O CP/M B-Application 1.0 O for O any O micro O they O desired O for O $90 O . O Within O the O year O , O demand O for O CP/M B-Application was O so O high O that O Digital O Research O was O able O to O increase O the O license O to O tens O of O thousands O of O dollars O . O Under O Kildall O 's O direction O , O the O development O of O CP/M B-Application 2.0 O was O mostly O carried O out O by O John O Pierce O in O 1978 O . O The O solution O is O to O allow O physical O loops O , O but O create O a O loop-free O logical O topology O using O link B-Architecture aggregation I-Architecture , O shortest B-Protocol path I-Protocol bridging I-Protocol , O spanning B-Protocol tree I-Protocol protocol I-Protocol or O TRILL B-Protocol on O the O network B-Protocol switches I-Protocol . O The O upgrade O adds O privacy O features B-Architecture . O tvOS B-Operating_System 14 O brought O support O for O the O Home B-Operating_System app O and O 4K B-Architecture YouTube B-General_Concept videos I-General_Concept and O was O officially O released O on O September O 16 O , O 2020 O , O along O with O iOS B-Operating_System 14 I-Operating_System and O iPadOS B-Operating_System 14 I-Operating_System . O It O is O possible O to O allow O peripherals B-Device to O communicate O with O memory O in O the O same O fashion O , O attaching O adapters B-Device , O either O on O the O motherboard B-Device or O in O the O form O of O expansion B-Device cards I-Device , O directly O to O the O system B-Architecture bus I-Architecture . O The O Duron O however O , O did O not O use O the O Slot O A O package O as O the O Athlon B-Architecture . O Using O x86 B-Operating_System as O an O example O , O there O is O a O special O gate O structure O which O is O referenced O by O the O call O instruction O that O transfers O control O in O a O secure O way O towards O predefined O entry O points O in O lower-level O ( O more O trusted O ) O rings O ; O this O functions O as O a O supervisor B-Operating_System call I-Operating_System in O many O operating B-General_Concept systems I-General_Concept that O use O the O ring O architecture B-General_Concept . O In O addition O , O the O most O privileged O ring O may O be O given O special O capabilities O , O ( O such O as O real O memory O addressing O that O bypasses O the O virtual B-Architecture memory I-Architecture hardware O ) O . O Portable B-Architecture programs O would O save O time O , O reduce O costs O and O ease O modernization O . O On O 28 O and O 29 O May O 1959 O ( O exactly O one O year O after O the O Zürich O ALGOL B-Language 58 I-Language meeting O ) O , O a O meeting O was O held O at O the O Pentagon O to O discuss O the O creation O of O a O common O programming B-Language language I-Language for I-Language business I-Language . O From O then O on O the O wafer B-Architecture is O repeatedly O processed O in O this O fashion O , O putting O on O layer O after O layer O of O circuitry O on O the O surface O . O RISC B-Architecture allowed O for O the O production O of O a O true O 32-bit O processor O on O a O real O chip O die O using O what O was O already O an O older O fab O . O AAL5 O , O COPS B-Protocol , O Diameter O , O ISUP B-Protocol , O MAP B-Protocol 3G B-Architecture , O M3UA O , O MTP O 2 O , O MTP O 3 O , O MTP O 3B O , O Q.2140 O , O SCCOP O , O SCCP O , O SCTP B-Protocol , O SIP B-Application , O TCAP O , O TUCL O Femtocell O Protocols O to O manage O and O support O the O transmission O of O voice O , O data O and O video O over O wireless O networks B-Architecture using O small O residential O or O business O base O stations O . O Cloud B-General_Concept Foundry I-General_Concept is O an O open B-Application source I-Application , O multi-cloud B-Architecture application B-Application platform I-Application as I-Application a I-Application service I-Application ( O PaaS B-Application ) O governed O by O the O Cloud B-General_Concept Foundry I-General_Concept Foundation O , O a O 501(c ) O ( O 6 O ) O organization O . O While O the O roadmap O for O Open O SaaS B-Architecture applications O is O defined O by O its O community O of O users O , O upgrades O and O product O enhancements O are O managed O by O a O central O provider O . O The O NoC B-Architecture used O is O a O ring O network B-Architecture on I-Architecture chip I-Architecture used O to O communicate O with O only O neighbor O cores O for O energy O savings O and O pipelined O computational O pattern O preservation O . O A O few O cases O of O network B-Protocol eavesdropping I-Protocol discussed O include O Alipay O and O Cloud B-Architecture computing I-Architecture . O They O can O be O used O for O crowdsourced O classification O ( O see O the O section O on O image O classification O ) O but O can O also O play O a O socio-cultural O role O in O that O they O can O establish O neologisms O , O Internet O memes O , O snowclones O , O slogans O , O catch O phrases O , O shared O vocabularies O and O categorizations O as O well O as O producing O comedic O twists O , O contexts O and O perspectives O of O the O presented O images O , O and O hence O often O play O a O significant O role O in O the O community O building O and O identity O formation O of O and O the O entertainment O in O online B-Architecture communities I-Architecture that O allow O the O creation O of O broad O folksonomies B-General_Concept . O Expansion O capabilities O new O to O the O Amiga O line O were O the O PCMCIA B-Architecture Type O II O slot O and O the O internal O 44-pin O ATA B-Protocol interface O both O most O commonly O seen O on O laptop B-Device computers I-Device . O Tim O Purcell O first O presented O a O global B-Algorithm illumination I-Algorithm algorithm I-Algorithm running O on O a O GPU B-Architecture in O 2002 O . O MagnaRAM B-Application worked O by O replacing O a O portion O of O Windows O ' O virtual B-Architecture memory I-Architecture system O . O Note O that O the O EJB B-Language specification O does O not O detail O how O an O application B-Application server I-Application provides O persistence B-Application ( O a O task O delegated O to O the O JPA O specification O ) O , O but O instead O details O how O business B-Architecture logic I-Architecture can O easily O integrate O with O the O persistence B-Application services O offered O by O the O application B-Application server I-Application . O A O more O general O property O than O SS2PL O exists O ( O a O schedule B-General_Concept super-class O ) O , O Strict O commitment B-Architecture ordering I-Architecture ( O Strict O CO O , O or O SCO O ) O , O which O as O well O provides O both O serializability B-Operating_System , O strictness O , O and O CO O , O and O has O similar O locking B-Operating_System overhead O . O Oct O 2018 O release.Nokia O 7.1 O – O Full O phone O specifications O gsmarena.com.MotorolaOneWorldwideSnapdragon O 6252018-105.9 O " O 85.7 O cm2 O ~ O 79.2 O % O IPS B-Architecture , O ~ O 287 O ppi O , O 19:9 O ratio O . O It O is O often O believed O that O the O host O , O in O like O manner O , O is O secured O against O exploitation O from O the O virtual B-Architecture machine I-Architecture itself O and O that O the O host O is O no O threat O to O the O virtual B-Architecture machine I-Architecture because O it O is O a O physical O asset O protected O by O traditional O physical O and O network O security O . O The O combination O of O both O of O these O cycles O is O what O makes O the O system O operate O as O an O iron O – O air O rechargeable B-Architecture battery I-Architecture . O This O is O done O to O preserve O write O cycles O on O flash B-Device media I-Device , O a O typical O installation O media O for O embedded B-Architecture devices I-Architecture . O Furthermore O , O booting B-Operating_System legacy O BIOS-based O systems O from O GPT B-Application disks I-Application is O also O possible O , O and O such O a O boot B-Operating_System scheme O is O commonly O called O BIOS-GPT O . O The O Compatibility O Support O Module B-Application allows O legacy O operating B-General_Concept systems I-General_Concept and O some O legacy O option O ROMs O that O do O not O support O UEFI B-Architecture to O still O be O used O . O The O company O 's O operating B-General_Concept systems I-General_Concept , O starting O with O CP/M B-Application for O 8080/Z80 O -based O microcomputers B-Architecture , O were O the O de O facto O standard O of O their O era O . O There O are O also O several O overlapping O terms O , O see O also O smart B-Device device I-Device , O tangible O object O or O tangible O user O interface O and O Thing O as O in O the B-Operating_System Internet I-Operating_System of I-Operating_System things I-Operating_System . O In O the O early O 1990s O , O Mark O Weiser O , O from O whom O the O term O ubiquitous B-Architecture computing I-Architecture originated O , O referred O to O a O vision O " O When O almost O every O object O either O contains O a O computer O or O can O have O a O tab O attached O to O it O , O obtaining O information O will O be O trivial O " O , O Under O the O new O rules O , O developers O of O blockchain-based O solutions O , O developers O of O machine O learning O systems O based O on O artificial B-Architecture neural I-Architecture networks I-Architecture , O companies O from O the O medical O and O biotechnological O industries O , O developers O of O unmanned O vehicles O , O as O well O as O software O developers O and O publishers O can O become O residents O . O Micro-electromechanical B-Architecture systems I-Architecture are O – O as O the O name O suggests O – O devices O with O significant O dimensions O in O the O micrometre O regime O or O less O . O In O the O following O section O the O adjacency B-Algorithm matrix I-Algorithm is O assumed O to O be O represented O by O an O array B-Data_Structure data I-Data_Structure structure I-Data_Structure so O that O zero O and O non-zero O entries O in O a O matrix B-Architecture are O all O directly O represented O in O storage O . O OGAs O may O be O bound/mapped O to O VBOs O to O share O data O between O the O GPU B-Architecture and O Perl B-Language . O An O 8 O - O or O 16-bit B-Device processor I-Device may O be O selected O over O a O 32-bit O processor O for O system B-Architecture on I-Architecture a I-Architecture chip I-Architecture or O microcontroller B-Architecture applications O that O require O extremely O low-power O electronics O , O or O are O part O of O a O mixed-signal O integrated O circuit O with O noise-sensitive O on-chip O analog O electronics O such O as O high-resolution O analog O to O digital O converters O , O or O both O . O In O information B-General_Concept technology I-General_Concept and O computer B-General_Concept science I-General_Concept , O especially O in O the O fields O of O computer B-General_Concept programming I-General_Concept , O operating B-General_Concept systems I-General_Concept , O multiprocessors B-Operating_System , O and O databases B-Application , O concurrency B-Architecture control O ensures O that O correct O results O for O concurrent B-Architecture operations O are O generated O , O while O getting O those O results O as O quickly O as O possible O . O Embedded B-Architecture systems I-Architecture frequently O work B-Application around I-Application hardware B-Error_Name bugs I-Error_Name , O since O to O make O a O new O version O of O a O ROM B-Device is O much O cheaper O than O remanufacturing O the O hardware O , O especially O if O they O are O commodity O items O . O NonStop B-Architecture is O an O integrated O hardware B-Architecture and O software B-Application system O specifically O designed O for O transaction B-General_Concept processing I-General_Concept . O Complementary O metal B-Architecture – I-Architecture oxide I-Architecture – I-Architecture semiconductor I-Architecture ( O CMOS B-Device ) O logic O was O developed O by O Chih-Tang O Sah O and O Frank O Wanlass O at O Fairchild O Semiconductor O in O 1963 O . O This O makes O CNN B-Architecture processors O part O of O an O interdisciplinary O research O area O whose O goal O is O to O design O systems O that O leverage O knowledge O and O ideas O from O neuroscience O and O contribute O back O via O real-world O validation O of O theories O . O 1984 O – O was O released O the O Apricot B-Device Portable I-Device with O up O to O 4096 O words O support O , O of O which O only O 64 O could O be O held O in O RAM B-Architecture at O a O time O . O For O example O , O the O decimal O number O 123456789 O cannot O be O exactly O represented O if O only O eight O decimal O digits O of O precision B-Architecture are O available O ( O it O would O be O rounded O to O one O of O the O two O straddling O representable O values O , O 12345678×101 O or O 12345679×101 O ) O , O the O same O applies O to O non-terminating O digits O ( O . O The O " O creativity O " O of O this O hybrid O swarm B-Architecture system I-Architecture has O been O analysed O under O the O philosophical O light O of O the O " O rhizome O " O in O the O context O of O Deleuze O 's O " O Orchid O and O Wasp O " O metaphor O . O Automatic O translators O exist O for O common O high-level O programming O languages O such O as O Ada B-Language , O C B-Language and O Pascal B-Application , O as O well O as O assembler O languages O such O as O Intel B-Language 80*86 I-Language , O PowerPC B-Architecture and O 68000 B-Device . O Similarly O , O in O the B-Architecture Turing I-Architecture machine I-Architecture model O of O computation O , O a O reversible O Turing B-Architecture machine I-Architecture is O one O whose O transition O function O is O invertible O , O so O that O each O machine O state O has O at O most O one O predecessor O . O Windows B-Device Presentation I-Device Foundation I-Device has O become O available O for O projects O targeting O the O .NET B-Application software B-Architecture framework I-Architecture , O however O , O the O system O is O not O cross-platform O and O is O still O available O only O on O Windows O . O The O connector O actually O combines O two O connections O , O one O to O the O NUMAlink B-Architecture router O network O and O another O to O the O XIO B-Architecture I/O O subsystem O . O The O PXI B-Architecture market O is O also O larger O than O the O VME B-Architecture eXtensions I-Architecture for I-Architecture Instrumentation I-Architecture ( O VXI B-Architecture ) O market O at O an O estimated O size O in O 2007 O of O . O MMX B-Architecture added O 8 O new O registers O to O the O architecture O , O known O as O MM0 O through O MM7 O ( O henceforth O referred O to O as O MMn O ) O . O The O PandaBoard B-Architecture ES I-Architecture is O a O newer O version O based O on O the O OMAP4460 O SoC O , O with O the O CPU O and O GPU B-Architecture running O at O higher O clock O rates O . O The O suite O of O tools O is O considered O useful O when O developing O games O for O Steam O Linux B-Application and O especially O useful O when O optimizing O games O for O AMD O GPUs B-Architecture . O GPU B-Architecture PerfStudio O has O an O integrated O Frame O Profiles O , O Frame O Debugger O and O API O Trace O with O CPU B-Device timing O information O . O In O common O with O other O 6502 B-General_Concept designs O , O I/O B-General_Concept is O mapped B-Architecture into O the O memory O space O . O Likewise O , O in O 2015 O , O SAP B-Application also O partnered O with O HPE O to O provide O secure O hybrid O cloud-based B-Architecture services O running O the O SAP B-Application platform O . O A O passive B-Architecture optical I-Architecture network I-Architecture ( O PON O ) O is O a O point-to-multipoint O FTTP B-Architecture network O architecture O in O which O unpowered O optical O splitters O are O used O to O enable O a O single O optical B-Architecture fiber I-Architecture to O serve O up O to O 128 O customers O . O The O CPU B-General_Concept has O the O same O speed O as O Kindle O Keyboard O 's O CPU B-General_Concept , O but O the O DXG O has O only O half O the O system O memory B-Architecture , O 128MB O . O The O limited O colour O selections O of O the O home O computers O of O the O time O ( O often O limited O to O 8 O colours O ) O along O with O the O memory B-Architecture sizes O ( O the O VIC-20 B-Device version O ran O in O less O than O 6K O of O RAM B-Architecture ) O meant O the O user O experience O was O limited O compared O to O more O modern O implementations O . O ZFS B-Application ( O used O in O Solaris B-Application , O illumos B-Application , O FreeBSD B-Operating_System and O others O ) O was O widely O criticized O for O its O comparatively O extreme O memory O requirements O of O many O gigabytes O of O RAM B-Architecture for O online O deduplication O . O Although O featuring O similar O CPU B-Device and O GPU B-Architecture chipsets O as O used O in O the O Samsung B-Application Galaxy I-Application Note I-Application 3 I-Application that O supports O 2160p O at O 30fps O and O 1080p O at O 60fps O video O recording O , O the O Xperia B-Application Z1 I-Application 's O video O recording O is O capped O at O 1080p O @30fps O . O BIM B-Architecture improves O the O design O process O of O building O water O supply O and O drainage O , O water O planning O in O building O projects O , O design O and O development O of O the O water O system O , O and O the O overall O quality O of O the O building O . O On O Mar O 29th O 2022 O Slackware B-Application AArch64 B-Architecture was O publicly O relesased O in O -current O ( O development O ) O form O with O support O for O the O RockPro64 O , O Pinebook O Pro O and O Raspberry O Pi O 3 O & O 4 O , O with O online O installation O documentation O and O video O installation O guides O . O GEOS B-Application is O the O first O Commodore O software O that O could O use O a O floppy O disk O as O swap O space O or O virtual B-Architecture memory I-Architecture . O The O first O type O is O characterized O by O small O pages O and O one O or O more O internal O SRAM B-Architecture page O buffers O allowing O a O complete O page O to O be O read O to O the O buffer O , O partially O modified O , O and O then O written O back O ( O for O example O , O the O Atmel O AT45 B-General_Concept DataFlash B-General_Concept or O the O Micron O Technology O Page O Erase O NORFlash O ) O . O In O IEEE O Project O 802 O , O this O involves O a O succession O of O terrestrial O wireless B-Architecture LANs I-Architecture . O The O initial O design O of O the O new O system O , O named O George B-General_Concept in O part O after O George B-General_Concept E O . O Felton O , O head O of O the O Basic O Programming O Division O , O was O based O on O ideas O from O the O Orion O and O the O spooling B-Device system O of O the O Atlas B-Device computer I-Device . O The O initial O versions O , O George B-General_Concept 1 I-General_Concept ( O for O the O ICT O 1901 O , O 1902 O and O 1903 O machines O ) O was O a O simple O batch B-General_Concept processing I-General_Concept system O . O Job O descriptions O were O read O in O from O cards B-Architecture or O paper O tape O , O peripherals O and O magnetic O tape O files O were O dynamically O allocated O to O the O job O which O was O then O run O , O producing O output O on O the O line O printer O . O However O , O with O users O increasingly O able O to O rely O on O expansions O such O as O the O Slogger O Master O RAM B-Architecture board O to O provide O more O memory O , O and O with O this O combination O of O expansions O acknowledged O throughout O the O user O manual O , O the O emphasis O of O the O Mode O 7 O Simulator O and O Mark O 2 O Display O Unit O was O arguably O to O deliver O the O actual O display O capabilities O for O those O applications O that O needed O them O , O instead O of O using O Mode O 7 O as O a O way O of O economising O with O regard O to O memory O usage O , O and O to O do O so O at O a O reasonable O price O . O Workplace B-Operating_System OS I-Operating_System featured O a O new O port O of O OS/2 B-Application ( O with O Intel O emulation O for O application O compatibility O ) O , O pending O a O successful O launch O of O the O PowerPC B-Architecture 620 O . O Similar O to O Bonnell B-Device , O Larrabee B-Architecture and O Xeon B-General_Concept Phi I-General_Concept also O each O have O only O one O general-purpose O integer O register B-General_Concept file I-General_Concept , O but O the O Larrabee B-Architecture has O up O to O 16 O XMM O register B-General_Concept files I-General_Concept ( O 8 O entries O per O file O ) O , O and O the O Xeon B-General_Concept Phi I-General_Concept has O up O to O 128 O AVX-512 O register B-General_Concept files I-General_Concept , O each O containing O 32 O 512-bit O ZMM O registers O for O vector O instruction O storage O , O which O can O be O as O big O as O L2 O cache O . O The O Linux B-Operating_System kernel I-Operating_System is O a O free B-License and I-License open-source I-License , O monolithic B-Operating_System , O modular B-Architecture , O multitasking B-Operating_System , O Unix-like B-Operating_System operating I-Operating_System system I-Operating_System kernel B-Operating_System . O Shor B-Algorithm 's I-Algorithm algorithm I-Algorithm requires O a O universal O quantum B-Architecture computer I-Architecture . O Enhanced O BIOS B-Operating_System or O SeaBIOS B-Language ElTorito B-Device , O EDD O , O APM B-Device , O PCIBIOS B-Operating_System , O PCI B-Protocol interrupt O routing O table O , O PnP B-Device , O ACPI B-Device , O SMM B-Architecture , O MPS B-Device and O VBE B-Device . O The O ROM B-Device had O been O modified O to O display O “ O BLIC O Home O Computer O ” O alongside O three O rectangles O which O were O respectively O coloured O blue O , O red O , O and O green O . O The O keys O were O made O of O rubber O , O and O their O size O and O placement O was O virtually O identical O to O that O on O the O original O ZX B-Operating_System Spectrum I-Operating_System 48K O . O Byte O ( O ru O : O Байт O ) O was O a O soviet O clone B-General_Concept made O in O Brest O by O the O Brest O Electromechanical O Plant O . O Introduced O in O 1989 O , O it O used O several O Z80 B-General_Concept CPU B-General_Concept clones B-General_Concept like O the O KR1858VM1 B-Device , O KR1858VM1 B-Device or O T34VM1 B-Device . O Specifications O are O similar O to O the O original O Spectrum O , O with O 48KB O or O RAM B-Architecture . O These O machines O were O produced O at B-Operating_System the O Vladivostok O plant O Radiopribor O , O based O on O South O Korean O microchips O . O On O November O 16 O , O 2021 O , O at O the O quantum B-Architecture computing I-Architecture summit B-Device , O IBM O presented O a O 127-qubit O microprocessor O named O IBM B-Device Eagle I-Device . O As O their O market O share O dropped O , O they O tried O to O make O the O move O to O specializing O in O embedded B-Architecture systems I-Architecture development I-Architecture , O but O it O was O too O late O . O Google B-Application Play I-Application ( O formerly O known O as O the O Android B-Application Market I-Application ) O is O an O international O online B-Architecture software I-Architecture store O developed O by O Google O for O Android B-Application devices O . O The O hardware B-Architecture is O designed O to O organize O scattered O rays O ( O typically O produced O by O global B-Algorithm illumination I-Algorithm problems O ) O into O more O coherent O sets O ( O lower O spatial O or O angular O spread O ) O for O further O processing O by O an O external O processor O . O The O figure O shows O how O a O spread-spectrum B-Architecture signal O is O generated O . O These O matrices B-Architecture have O applications O in O representation O theory O in O particular O to O Capelli O 's O identity O , O Yangian O and O quantum O integrable O systems O . O The O name O C10k B-Protocol is O a O numeronym O for O concurrently B-Architecture handling O ten O thousand O connections O . O The O device O includes O 3GB O of O RAM B-Architecture for O the O first O time O in O a O mobile O phone O , O and O internal O storage O options O of O 16GB O , O 32GB O and O 64GB O . O IDMS(X ) O Integrated O Database O Management O System O – O a O Codasyl B-Language database O , O ported O and O extended O from O the O IDMS B-Application system O developed O by O Cullinane O ( O later O Cullinet O ) O .TPMS(X ) O Transaction O Processing O Management O System O – O a O transaction O processing O monitorDDS O ( O X O ) O Data O Dictionary O SystemQuickBuildA O package O of O tools O for O building O applications O for O Series B-Device 39 I-Device mainframes B-Architecture built O around O the O Data O Dictionary O System O ( O DDS O ) O .QuerymasterAn O interactive O command-based O query O language O for O IDMS B-Application databases O and O indexed-sequential O files O , O offering O a O relational O view O of O the O underlying O data O sources O . O PLANThe O assembly B-Language language I-Language for O the O ICL B-Device 1900 I-Device series I-Device and O short O for O Programming O LAnguage O Nineteen-hundredICL O 1900 B-Device Series I-Device Preservation O – O Programming O Languages O – O PLANICL O Technical O Publications O – O 1900 B-Device Series I-Device Training O – O T2335 O – O PLAN O coding O – O page O 5 O or O Programming O LAnguage O of O the O Nineteen O hundred.ICL O Technical O Publications O – O 1900 B-Device Series I-Device Training O – O T213 O – O 1900 O Language O Linking O – O page O 1 O ( O 5th O page O of O PDF O ) O S3a O system B-Language programming I-Language language I-Language derived O from O ALGOL B-Language 68 I-Language , O but O with O data O types O and O operators O aligned O to O those O offered O by O the O 2900 O Primitive O Level O Interface O ( O that O is O , O the O order O code O ) O . O Tulip B-Protocol allows O the O reuse O of O components O ; O this O makes O the O framework B-Architecture efficient O for O research O prototyping O as O well O as O the O development O of O end-user O applications O . O Within O a O year O Microsoft O licensed O MS-DOS B-Application to O over O 70 O other O companies O , O which O supplied O the O operating O system O for O their O own O hardware B-Architecture , O sometimes O under O their O own O names O . O Example O : O A O RAID B-Architecture array I-Architecture of O 2 O hard B-Device drives I-Device and O an O SSD B-Device caching B-General_Concept disk O is O controlled O by O Intel B-Application 's I-Application RST I-Application system I-Application , O part O of O the O chipset B-Device and O firmware B-Application built O into O a O desktop O computer O . O The O iPhone B-Operating_System 8 I-Operating_System features O a O 12 O MP O camera O with O autofocus O , O f/1.8 O aperture O and O optical O image O stabilization O capable O of O capturing O 4K B-Architecture video I-Architecture at O 24 O , O 30 O , O or O 60 O frames O per O second B-Operating_System , O or O 1080p O video O at O 30 O , O 60 O , O 120 O or O 240 O frames O per O second B-Operating_System . O Models O range O from O 12-inch O laptops B-Device featuring O power O efficient O components O but O lacking O connectivity O and O having O only O integrated O graphics B-Architecture processors I-Architecture , O to O 15-inch O laptops B-Device with O discrete B-Device graphics I-Device processing O units O and O optical O disc O drives O . O XPostFacto B-Application is O an O open B-Application source I-Application utility O that O enables O the O installation O of O PowerPC B-Architecture versions O of O Mac B-Operating_System OS I-Operating_System X I-Operating_System up O to O Mac B-Application OS I-Application X I-Application v10.4 I-Application ( O Tiger O ) O , O and O Darwin B-Operating_System on O some O PowerPC-based O Apple B-Device Macintosh I-Device systems O that O are O not O officially O supported O for O them O by O Apple O . O By O 2012 O , O GPUs B-Architecture had O evolved O into O highly O parallel O multi-core B-Architecture systems O allowing O efficient O manipulation O of O large O blocks O of O data O . O Multitenancy B-Architecture simplifies O the O release O management O process O . O By O 2007 O , O sales O of O CMOS B-Architecture sensors I-Architecture had O surpassed O CCD B-Algorithm sensors I-Algorithm . O ModelNumber O Step B-General_Concept . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O SSE4a O , O NX B-General_Concept bit I-General_Concept , O AMD64 B-Device , O AMD-V O , O AES B-Algorithm , O CLMUL B-Device , O AVX B-General_Concept , O XOP B-General_Concept , O FMA4 B-General_Concept . O Being O initially O developed O to O target O multi-core B-Architecture platforms O , O it O has O been O successively O extended O to O target O heterogeneous O platforms O composed O of O clusters O of O shared-memory O platforms O , O possibly O equipped O with O computing O accelerators O such O as O NVidia O GPGPUs O , O Xeon O Phi O , O Tilera O TILE64 O . O Next O month O , O in O late O June O 1999 O , O AMD O 's O Athlon B-Architecture processor O was O released O which O featured O the O extended B-Device MMX I-Device instructions O , O but O not O SSE B-General_Concept . O The O Current O Privilege O Level B-Architecture ( O CPL O ) O ( O CPL0 O , O CPL1 O , O CPL2 O , O CPL3 O ) O of O the O task O or O program O must O be O less O than O or O equal O to O the O IOPL B-Device in O order O for O the O task O or O program O to O access O I/O B-Architecture ports I-Architecture . O PowerVR B-Device Series O 6 O GPUs B-Architecture have O 2 O TMUs/cluster O . O Designed O to O fit O in O the O pocket O , O Port-A-Punch O made O it O possible O to O create O punched B-Architecture card I-Architecture documents O anywhere O . O All O versions O of O Windows O for O Itanium B-General_Concept ( O no O longer O sold O by O Microsoft O ) O and O x86-64 B-Device architectures O no O longer O include O the O NTVDM O and O can O therefore O no O longer O natively O run O DOS B-Device or O 16-bit B-Device Windows B-Application applications I-Application . O There O are O alternatives O such O as O virtual B-Architecture machine I-Architecture emulators O such O as O Microsoft O 's O own O Virtual B-Application PC I-Application , O as O well O as O VMware O , O DOSBox B-Application etc. O , O unofficial O compatibility O layers O such O as O NTVDMx64 O , O OTVDM O ( O WineVDM O ) O , O Win3mu O and O others O . O Flashrom B-Language is O a O software B-Application utility I-Application published O under O an O open B-Application source I-Application license O that O can O detect O , O read O , O verify O , O erase O , O or O write O EEPROMs B-General_Concept using O interfaces O such O as O the O Low O Pin O Count O ( O LPC O ) O , O FWH O , O parallel O , O and O Serial B-Architecture Peripheral I-Architecture Interface I-Architecture ( O SPI O ) O . O Booting O from O a O GPT B-Application volume O to O a O Windows O environment O in O a O Microsoft O supported O way O requires O a O system O with O Unified B-Architecture Extensible I-Architecture Firmware I-Architecture Interface I-Architecture ( O UEFI B-Architecture ) O and O 64-bit O support O . O The O Visual O FX O , O PhysX B-Operating_System and O Optix B-Algorithm SDKs O provide O a O wide O range O of O enhancements O pre-optimized O for O Nvidia O GPUs B-Architecture . O A O firewall B-Application can O be O configured O to O allow O different O security O policies O for O each O network B-Architecture . O , O few O cameras O had O the O capability O to O shoot O video O in O 8K B-Architecture , O NHK O being O one O of O the O few O companies O to O have O created O a O small O broadcasting O camera O with O an O 8K B-Architecture image B-Algorithm sensor I-Algorithm . O The O OpenStep B-Operating_System API B-Application specification O defines O three O major O components O : O Foundation O Kit O , O the O software B-Architecture framework I-Architecture ; O Application B-Operating_System Kit I-Operating_System , O the O GUI B-Application and O graphics O front-end O ; O and O Display O PostScript O , O a O 2D O graphics O system O ( O for O drawing O windows O and O other O graphics O on O the O screen O ) O . O It O corresponds O to O multiplying O the O coordinate O vector O by O the O transposed O matrix B-Architecture : O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O File B-Error_Name verification I-Error_Name is O the O process O of O using O an O algorithm O for O verifying O the O integrity O of O a O computer B-Operating_System file I-Operating_System , O usually O by O checksum B-Algorithm . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O PHP/FI O could O be O used O to O build O simple O , O dynamic O web O applications O . O To O accelerate O bug B-Error_Name reporting O and O improve O the O code O , O Lerdorf O initially O announced O the O release O of O PHP/FI O as O " O Personal B-Application Home I-Application Page I-Application Tools I-Application ( O PHP B-Application Tools I-Application ) O version O 1.0 O " O on O the O Usenet B-Application discussion O group O comp.infosystems.www.authoring.cgi O on O June O 8 O , O 1995 O . O Rather O than O store O the O plaintext O of O user O passwords O , O a O controlled O access O system O stores O the O hash B-Error_Name of O each O user O 's O password O in O a O file B-Operating_System or O database O . O His O biggest O criticism O concerned O the O bugs B-Error_Name : O " O Settlers B-Application II I-Application is O a O great O game O . O As O users O can O analyse O and O trace O the O source O code O , O many O more O people O with O no O commercial O constraints O can O inspect O the O code O and O find O bugs B-Error_Name and O loopholes O than O a O corporation O would O find O practicable O . O Serial B-Error_Name concatenated I-Error_Name convolutional I-Error_Name codes I-Error_Name have O not O found O widespread O commercial O use O , O although O they O were O proposed O for O communications O standards O such O as O DVB-S2 O . O The O errors O that O C/C O ++test O discovers O include O uninitialized B-Error_Name or O invalid B-Application memory I-Application , O null O pointer O dereferencing O , O array O and O buffer B-General_Concept overflow I-General_Concept , O division B-Algorithm by I-Algorithm zero I-Algorithm , O memory B-Error_Name and I-Error_Name resource I-Error_Name leaks I-Error_Name , O duplicate O code O , O and O various O types O of O dead B-Application or O unreachable O code O . O Astronomer O Jerry B-Error_Name R I-Error_Name . I-Error_Name Ehman I-Error_Name discovered O the O anomaly O a O few O days O later O while O reviewing O the O recorded O data O . O Some O LDPC B-Error_Name codes I-Error_Name are O based O on O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name codes I-Error_Name , O such O as O the O RS-LDPC O code O used O in O the O 10 O Gigabit O Ethernet O standard O . O Since O the O F00F B-Error_Name bug I-Error_Name has O become O common O knowledge O , O the O term O is O sometimes O used O to O describe O similar O hardware O design O flaws O such O as O the O Cyrix B-Error_Name coma I-Error_Name bug I-Error_Name . O The O third O and O fourth O patches O — O 1.02 O ( O build O 45 O ) O , O released O September O 2003 O , O and O 1.02 O ( O build O 46 O ) O , O released O April O 2004 O — O are O fan-made O unofficial O patches O and O fix O most O of O the O remaining O bugs B-Error_Name . O To O allow O downloading O from O multiple O sources O , O FastTrack B-Protocol employs O the O UUHash B-Algorithm hashing B-Error_Name algorithm I-Error_Name . O In O modern O statistical O practice O , O attempts O to O work O with O fiducial B-Error_Name inference I-Error_Name have O fallen O out O of O fashion O in O favour O of O frequentist B-General_Concept inference I-General_Concept , O Bayesian O inference O and O decision O theory O . O When O executed O , O a O variable O , O s O , O is O set O to O point O to O the O string O 's O location O , O and O an O attempt O is O made O to O write O an O H O character O through O the O variable O into O the O memory B-General_Concept , O causing O a O segmentation B-Error_Name fault I-Error_Name . O Thus O , O a O release-critical O bug B-Error_Name in O a O new O version O of O a O shared O library O on O which O many O packages B-Application depend O may O prevent O those O packages B-Application from O entering O Testing O , O because O the O updated O library O must O meet O the O requirements O too O . O tcptrace B-Protocol is O a O free B-License and I-License open-source I-License tool O for O analyzing O TCP B-Protocol dump B-Error_Name files I-Error_Name . O On O October O 19 O , O however O , O Kryeziu O withheld O a O timetable O for O the O CherryOS B-Application release O , O stating O the O company O had O been O pre-emptive O in O releasing O the O earlier O " O soft O launch O " O version O , O and O that O CherryOS B-Application still O had O too O many O software B-Error_Name bugs I-Error_Name to O predict O a O release O date O . O There O are O two O closely O related O binary B-Error_Name Golay I-Error_Name codes I-Error_Name . O Rationale O for O such O action O may O include:Troubleshooting O : O Rebooting B-Device may O be O used O by O users O , O support O staff O or O system O administrators O as O a O technique O to O work O around O bugs O in O software O , O for O example O memory B-Error_Name leaks I-Error_Name or O processes O that O hog B-Algorithm resources O to O the O detriment O of O the O overall O system O , O or O to O terminate O malware O . O Types O of O termination O for O convolutional B-Error_Name codes I-Error_Name include O " O tail-biting O " O and O " O bit-flushing O " O . O There O are O many O types O of O block O codes O ; O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name coding I-Error_Name is O noteworthy O for O its O widespread O use O in O compact O discs O , O DVDs O , O and O hard O disk O drives O . O A O data O breach O occurred O on O December O 5 O , O 2018 O , O when O a O glitch B-Error_Name in O Bethesda O 's O support B-Application system I-Application revealed O personal O information O of O approximately O 65 O Fallout B-Application 76 I-Application customers O who O had O submitted O a O support O ticket B-Application to O receive O the O canvas B-Language bag O . O The O form O the O population O iteration O , O which O converges O to O , O but O cannot O be O used O in O computation O , O while O the O form O the O sample O iteration O which O usually O converges O to O an O overfitting B-Error_Name solution O . O This O usage O may O have O been O popularised O in O some O of O Microsoft O 's O responses O to O bug B-Error_Name reports O for O its O first O Word B-Application for I-Application Windows I-Application product O , O but O does O n't O originate O there O . O As O with O any O machine O learning O algorithm O there O is O always O concern O about O overfitting B-Error_Name . O Hence O a O DoG O image O between O scales O and O is O just O the O difference O of O the O Gaussian-blurred B-Error_Name images O at O scales O and O . O Without O an O anti-aliasing O filter O , O frequencies O higher O than O the O Nyquist O frequency O will O influence O the O samples O in O a O way O that O is O misinterpreted O by O the O interpolation O process O . O Aliasing B-Error_Name . O Embedded O programs O may O find O signals O useful O for O inter-process B-Operating_System communications I-Operating_System , O as O signals O are O notable O for O their O Algorithmic B-General_Concept efficiency I-General_Concept . O Signals O are O similar O to O interrupts B-Application , O the O difference O being O that O interrupts B-Application are O mediated O by O the O CPU B-General_Concept and O handled O by O the O kernel B-Operating_System while O signals O are O mediated O by O the O kernel B-Operating_System ( O possibly O via O system B-Operating_System calls I-Operating_System ) O and O handled O by O individual O processes O . O The O kernel B-Operating_System may O pass O an O interrupt B-Application as O a O signal O to O the O process B-Operating_System that O caused O it O ( O typical O examples O are O SIGSEGV B-Error_Name , O SIGBUS B-General_Concept , O SIGILL O and O SIGFPE B-General_Concept ) O . O Version B-Operating_System 1 I-Operating_System Unix I-Operating_System ( O 1971 O ) O had O separate O system B-Operating_System calls I-Operating_System to O catch O interrupts B-Application , O quits O , O and O machine O traps B-Application . O In O telecommunication O , O a O Hagelbarger B-Error_Name code I-Error_Name is O a O convolutional B-Error_Name code I-Error_Name that O enables O error O bursts O to O be O corrected O provided O that O there O are O relatively O long O error-free O intervals O between O the O error O bursts O . O They O provide O data O integrity O , O data B-Error_Name origin I-Error_Name authentication I-Error_Name , O and O anti-replay B-Protocol services O . O This O prompts O the O high O priest O to O ask O his O daughter O to O awaken O Dark B-Error_Name Schneider I-Error_Name , O a O dark O wizard O and O founding O leader O of O the O Dark O Rebel O Army O who O reincarnated O himself O within O the O body O of O 14-year-old O Lucien O Renlen O . O Even O so O , O these O speeds O can O cause O poor O reading O ( O drive O error B-Error_Name correction I-Error_Name having O become O very O sophisticated O in O response O ) O and O even O shattering O of O poorly O made O or O physically O damaged O media O , O with O small O cracks O rapidly O growing O into O catastrophic O breakages O when O centripetally O stressed O at O 10,000 O – O 13,000 O rpm O ( O i.e. O On O systems O using O only O paging B-Architecture , O an O invalid O page O fault B-Application generally O leads O to O a O segmentation B-Error_Name fault I-Error_Name , O and O segmentation B-Error_Name faults I-Error_Name and O page O faults O are O both O faults O raised O by O the O virtual B-Architecture memory I-Architecture management O system O . O A O context O in O which O potential O cosine B-Error_Name error I-Error_Name must O often O be O considered O is O in O the O use O of O an O indicator O ( O distance O amplifying O instrument O ) O . O However O , O on O videos O with O fine O detail O ( O high O spatial O complexity O ) O this O can O manifest O as O chroma O aliasing B-Error_Name artifacts B-Algorithm . O Spoiler B-Error_Name was O issued O a O Common O Vulnerabilities O and O Exposures O ID O of O . O The O Toeplitz B-Error_Name Hash I-Error_Name Algorithm I-Error_Name is O used O in O many O network B-Protocol interface I-Protocol controllers I-Protocol for O receive B-Application side I-Application scaling I-Application . O Reliable B-Error_Name Data I-Error_Name Transfer I-Error_Name is O a O topic O in O computer B-Architecture networking I-Architecture concerning O the O transfer O of O data O across O unreliable O channels O . O Release-critical O bugs B-Error_Name are O those O considered O serious O enough O that O they O make O the O package O unsuitable O for O release O . O The O Heartbleed B-Error_Name OpenSSL B-Language bug B-Error_Name disrupted O the O Tor B-Application network I-Application for O several O days O in O April O 2014 O while O private B-Application keys I-Application were O renewed O . O The O Tor B-Application Project I-Application recommended O Tor B-Application relay O operators O and O onion O service O operators O revoke O and O generate O fresh O keys O after O patching O OpenSSL B-Language , O but O noted O Tor B-Application relays O use O two O sets O of O keys O and O Tor B-Application 's O multi-hop O design O minimizes O the O impact O of O exploiting O a O single O relay O . O In O computing O , O triple B-Error_Name modular I-Error_Name redundancy I-Error_Name , O sometimes O called O triple-mode O redundancy O , O ( O TMR O ) O is O a O fault-tolerant B-General_Concept form O of O N-modular O redundancy O , O in O which O three O systems O perform O a O process O and O that O result O is O processed O by O a O majority-voting O system O to O produce O a O single O output O . O An O iteration O might O not O add O enough O functionality O to O warrant O a O market O release O , O but O the O goal O is O to O have O an O available O release O ( O with O minimal O bugs B-Error_Name ) O at O the O end O of O each O iteration O . O Convolutional B-Error_Name codes I-Error_Name are O often O described O as O continuous O . O Modulo O 97 O check B-Error_Name digits I-Error_Name in O a O Belgian O and O Serbian O bank O account O numbers O . O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name codes I-Error_Name are O also O used O in O xDSL O systems O and O CCSDS O 's O Space O Communications O Protocol O Specifications O as O a O form O of O forward B-Error_Name error I-Error_Name correction I-Error_Name . O is O an O error B-Error_Name message I-Error_Name found O in O DOS B-Device operating B-General_Concept systems I-General_Concept , O which O prompts O the O end-user O for O a O course O of O action O to O follow O . O Although O welcomed O by O some O , O the O message O also O has O been O cited O as O an O example O of O poor O usability B-General_Concept in O computer O user B-Application interfaces I-Application . O This O " O Hercules B-Device safety O microcontroller O platform O " O includes O series O microcontrollers O specifically O targeted O for O Functional O Safety O applications O , O through O such O hardware-base O fault O correction/detection O features O as O dual O cores O that O can O run O in O lock-step B-General_Concept , O full O path O ECC B-Error_Name , O automated O self O testing O of O memory O and O logic O , O peripheral O redundancy O , O and O monitor/checker O cores O . O In O other O words O , O a O sanity B-Error_Name test I-Error_Name determines O whether O the O intended O result O of O a O code O change O works O correctly O while O a O smoke O test O ensures O that O nothing O else O important O was O broken O in O the O process O . O As O part O of O Y2K B-Error_Name compliance O work O that O was O carried O out O in O 1998 O , O the O CRTL O was O modified O to O use O unsigned O 32-bit O integers O to O represent O time O ; O extending O the O range O of O time_t O up O to O 7 O February O 2106 O . O Without O knowing O the O key O , O it O is O not O possible O for O the O attacker O to O easily O or O conveniently O calculate O the O correct O keyed O hash B-Error_Name value I-Error_Name for O a O modified O message O . O The O zEnterprise O 196 O allows O up O to O 3TB O ( O usable O ) O of O redundant B-Error_Name array I-Error_Name of I-Error_Name independent I-Error_Name memory I-Error_Name ( O RAIM O ) O . O In O smaller O numbers O , O however O , O and O specific O cases O where O accuracy O is O paramount O committing O an O off-by-one B-Error_Name error I-Error_Name can O be O disastrous O . O It O is O composed O of O an O arithmetic O and O logic O unit O , O at O least O 8,192 O words O ( O 24-bit O + O simple O parity B-Error_Name bit I-Error_Name ) O magnetic-core B-General_Concept memory I-General_Concept , O and O the O IO O unit O . O Coding B-Error_Name theory I-Error_Name is O the O study O of O the O properties O of O codes O ( O systems O for O converting O information O from O one O form O to O another O ) O and O their O fitness O for O a O specific O application O . O RadioGatún B-Algorithm can O be O used O either O as O a O hash B-Algorithm function I-Algorithm or O a O stream B-Algorithm cipher I-Algorithm ; O it O can O output O an O arbitrarily O long O stream O of O pseudo-random B-Error_Name numbers I-Error_Name ; O this O kind O of O hash B-Algorithm construction O is O now O known O as O an O " O Extendable-Output O Function O " O ( O XOF O ) O . O Message B-Algorithm authentication I-Algorithm codes I-Algorithm ( O MACs O ) O ( O also O called O keyed B-Algorithm hash I-Algorithm functions I-Algorithm ) O are O often O built O from O hash B-Error_Name functions I-Error_Name . O Stratum O 1 O servers O may O peer O with O other O stratum O 1 O servers O for O sanity B-Error_Name check I-Error_Name and O backup O . O Shareaza B-Application hashes B-Error_Name its O files O for O all O networks O , O and O then O distributes O those O hash B-Error_Name values I-Error_Name on O G2 O . O The O Cyrix B-Error_Name coma I-Error_Name bug I-Error_Name would O hang B-General_Concept a O single-core O system O using O an O infinite O loop O in O which O an O uninterruptible O instruction O was O always O in O the O pipeline B-General_Concept . O Once O the O review O process O has O finished O the O subsystem O maintainer O accepts O the O patches O in O the O relevant O Git B-Application kernel B-Operating_System tree O . O If O the O changes O to O the O Linux B-Operating_System kernel I-Operating_System are O bug B-Error_Name fixes I-Error_Name that O are O considered O important O enough O , O a O pull O request O for O the O patches O will O be O sent O to O Torvalds O within O a O few O days O . O Common O signal O processing O and O image B-Algorithm processing I-Algorithm knowledge O suggests O that O to O achieve O perfect O elimination O of O aliasing B-Error_Name , O proper O spatial O sampling B-Algorithm at O the O Nyquist O rate O ( O or O higher O ) O after O applying O a O 2D O Anti-aliasing O filter O is O required O . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O when O it O performs O a O segmentation B-Error_Name violation I-Error_Name . O The O original O MurmurHash B-Error_Name was O created O as O an O attempt O to O make O a O faster O function O than O Lookup3 O . O The O report O said O that O " O Countries O which O disclose O more O Y2K B-Error_Name information O will O be O more O likely O to O maintain O public O confidence O in O their O own O countries O and O in O the O international O markets. O " O Application B-General_Concept checkpointing I-General_Concept is O a O technique O whereby O the O computer O system O takes O a O " O snapshot O " O of O the O application O — O a O record O of O all O current O resource O allocations O and O variable O states O , O akin O to O a O core B-Error_Name dump I-Error_Name — O ; O this O information O can O be O used O to O restore O the O program O if O the O computer O should O fail O . O The O GnuTLS O bug B-Error_Name also O allowed O attackers O to O bypass O SSL/TLS B-Protocol security O . O It O was O therefore O possible O for O bugs B-Error_Name in O NLMs B-Application to O overwrite O the O kernel B-Operating_System 's O or O other O NLM B-Application 's O address O space O and O ultimately O crash O the O server O in O the O mainframe-derived O Novell O terminology O , O this O was O known O as O an O ABEND B-Application or O ABnormal B-Application END I-Application . O This O causes O not O only O a O memory B-Error_Name leak I-Error_Name , O but O also O a O performance O degradation O with O an O " O uninterested O " O observer O receiving O and O acting O on O unwanted O events O . O The O AT&T O , O O2 O ( O United O Kingdom O ) O , O and O Canadian O models O of O the O Xperia B-Application T I-Application were O bundled O with O James O Bond-themed O content O , O including O a O Gun O barrel O sequence O wallpaper O , O special O ringtones O , O behind-the-scenes O footage O , O and O geotagged O photos O from O the O filming O of O Skyfall B-Error_Name . O 2020-02-25 O 0.9.45 O contains O bug B-Error_Name fixes O . O 2020-08-24 O 0.9.47 O enables O new O encryption O for O some O services O , O now O requires O Java B-Language 8 O and O Sybil O analysis O and O blocking O is O now O enabled O by O default O . O Since O file O hashes B-Error_Name and O node B-Protocol IDs O have O the O same O length O , O the O client O can O use O the O XOR O distance O function O to O search O for O several O nodes O whose O ID O is O close O to O the O hash B-Error_Name , O and O instructs O those O nodes O to O store O the O publisher O 's O IP B-Protocol address I-Protocol in O an O implementation-defined O manner O . O Use O cases O include O scalable O web O shops O , O gaming O , O genomics O , O geolocation O , O catalogs O , O hash B-Error_Name tables O and O cluster O caches O like O memcached B-Application . O If O data O is O received O in O error O , O the O second O transmission O will O contain O FEC O parities O and O error B-Error_Name detection I-Error_Name . O For O practical O uses O of O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name codes I-Error_Name , O it O is O common O to O use O a O finite O field O with O elements O . O The O protocol O provides O cryptographic B-Error_Name authentication I-Error_Name of O data O , O authenticated O denial O of O existence O , O and O data O integrity O , O but O not O availability O or O confidentiality O . O These O two-character O codes O are O a O legacy O feature O carried O over O from O the O first O LaserJet O printers O , O which O could O only O use O a O two-character O display O for O all O printer O status O and O error B-Error_Name messages I-Error_Name . O They O were O most O useful O in O version O 1 O where O the O parity B-Error_Name volumes O were O much O larger O than O the O short O index O files O . O Several O schemes O assist O managing O programmer O activity O so O that O fewer O bugs B-Error_Name are O produced O . O The O term O " O bug B-Error_Name " O was O used O in O an O account O by O computer O pioneer O Grace O Hopper O , O who O publicized O the O cause O of O a O malfunction O in O an O early O electromechanical O computer O . O Consistent B-Algorithm hashing I-Algorithm is O also O the O cornerstone O of O distributed B-Operating_System hash I-Operating_System tables I-Operating_System ( O DHTs O ) O , O which O employ O hash B-Error_Name values I-Error_Name to O partition O a O keyspace O across O a O distributed O set O of O nodes O , O then O construct O an O overlay O network O of O connected O nodes O that O provide O efficient O node O retrieval O by O key O . O The O output O of O a O cryptographic O hash B-Error_Name function I-Error_Name , O also O known O as O a O message O digest O , O can O provide O strong O assurances B-Protocol about O data O integrity O , O whether O changes O of O the O data O are O accidental O ( O e.g. O , O due O to O transmission O errors O ) O or O maliciously O introduced O . O He O also O found O the O number O of O bugs B-Error_Name " O staggering O " O , O citing O the O disappearance O of O icons O , O intermittent O inability O to O attack O enemies O , O stored O resources O disappearing O , O and O zooming O directly O after O saving O causing O the O game O to O crash B-General_Concept . O In O the O two O examples O above O , O Bob O 's O calculated O parity B-Error_Name value O matches O the O parity B-Error_Name bit I-Error_Name in O its O received O value O , O indicating O there O are O no O single O bit O errors O . O Depending O on O the O environment O , O a O warning O , O a O fatal B-Error_Name exception I-Error_Name , O or O unpredictable O behavior O will O occur O if O the O program O attempts O to O access O an O array B-Data_Structure element I-Data_Structure that O is O outside O the O range O . O However O , O there O is O a O more O efficient O method O known O as O the O Forney B-Error_Name algorithm I-Error_Name , O which O is O based O on O Lagrange O interpolation O . O Accordingly O , O Song O and O Perrig O propose O the O following O traceback O scheme O : O instead O of O encoding O the O IP B-Protocol address I-Protocol interleaved O with O a O hash B-Error_Name , O they O suggest O encoding O the O IP B-Protocol address I-Protocol into O an O 11 O bit O hash B-Error_Name and O maintain O a O 5 O bit O hop O count O , O both O stored O in O the O 16-bit O fragment O ID O field O . O Until O the O next O I-frame B-General_Concept arrives O , O the O decoder O can O perform O error B-Error_Name concealment I-Error_Name . O Reverse O Heartbleed B-Error_Name affected O millions O of O application O instances O . O Since O debugging O and O localizing O the O root O cause O of O a O software B-Error_Name regression I-Error_Name can O be O expensive O , O there O also O exist O some O methods O that O try O to O prevent O regressions O from O being O committed O into O the O code B-General_Concept repository I-General_Concept in O the O first O place O . O In O an O error-correcting B-Error_Name code I-Error_Name with O noisy O feedback O , O errors O can O occur O in O the O feedback O , O as O well O as O in O the O message O . O An O internal B-Error_Name compiler I-Error_Name error I-Error_Name ( O commonly O abbreviated O as O ICE O ) O is O an O error O that O occurs O not O due O to O erroneous O source O code O , O but O rather O due O to O a O bug O in O the O compiler B-Language itself O . O weak O ones O will O be O updated O to O nil O and O the O unsafe_unretained O one O will O be O left O unchanged O , O as O a O dangling B-Error_Name pointer I-Error_Name . O Zemor O considered O a O typical O class O of O Sipser O – O Spielman O construction O of O expander B-Error_Name codes I-Error_Name , O where O the O underlying O graph O is O bipartite O graph O . O Critical O race B-Operating_System conditions I-Operating_System cause O invalid O execution O and O software B-Error_Name bugs I-Error_Name . O via O hash B-Error_Name functions I-Error_Name . O Memory B-Error_Name leaks I-Error_Name are O a O common O error O in O programming O , O especially O when O using O languages O that O have O no O built O in O automatic B-General_Concept garbage I-General_Concept collection I-General_Concept , O such O as O C B-Language and O C++ B-Language . O More O sophisticated O error B-Error_Name detection I-Error_Name and I-Error_Name correction I-Error_Name algorithms O are O designed O to O reduce O the O risk O that O multiple O transmission O errors O in O the O data O would O cancel O each O other O out O and O go O undetected O . O It O prints O a O message O and O then O halts O the O kernel B-Operating_System . O One O of O the O most O common O techniques O used O to O find O out O bugs B-Error_Name in O code O is O debugging O by O printing O . O Over O the O course O of O development O , O DR-DOS B-Application also O had O to O be O modified O to O not O only O emulate O many O undocumented O peculiarities O and O undesirable O properties O of O MS-DOS B-Application and O PCDOS B-Operating_System ( O like O having O to O use O certain O misleading O filenames O such O as O IBMBIO.COM O , O IBMDOS.COM O or O COUNTRY.SYS O for O files O which O do O not O follow O the O specs O for O executables B-Application under O DOS O , O or O having O to O introduce O a O directory B-Application path I-Application length-limited O Current O Directory O Structure O ( O CDS O ) O internally O ) O , O but O also O actual O bugs B-Error_Name in O the O kernel O and O several O drivers O , O in O order O to O make O certain O other O drivers O and O applications O run O on O DR-DOS B-Application , O when O they O were O tested O on O specific O versions O of O MS-DOS B-Application only O . O The O project O has O proven O time-consuming O and O difficult O for O the O developers O , O mostly O because O of O incomplete O and O incorrect O documentation O of O the O Windows B-Library API I-Library . O While O Microsoft O extensively O documents O most O Win32 B-Library functions O , O some O areas O such O as O file O formats O and O protocols O have O no O publicly O or O incomplete O available O specification O from O Microsoft O , O and O Windows O also O includes O undocumented O low-level O functions O , O undocumented O behavior O and O obscure O bugs B-Error_Name that O Wine O must O duplicate O precisely O in O order O to O allow O some O applications O to O work O properly O . O Efficient O syncing O is O achieved O via O compression O of O metadata O or O all O transfer O data O , O block O re-use O and O lightweight O scanning O for O changed O files O , O once O a O full O hash B-Error_Name has O been O computed O and O saved O . O At O RF O and O microwave O frequencies O where O oversampling O is O impractical O and O filters O are O expensive O , O aperture O error O , O quantization B-Algorithm error O and O aliasing B-Error_Name can O be O significant O limitations O . O FKS O hashing B-Error_Name requires O that O if O collisions B-Algorithm occur O they O must O do O so O only O on O the O top O level O . O However O , O it O is O fairly O easy O to O calculate O parity B-Error_Name against O multiple O groups O of O blocks O , O one O can O calculate O all O A O blocks O and O a O permuted O group O of O blocks O . O Some O studies O attribute O as O much O as O " O 24% O of O Y2K B-Error_Name software O repair O costs O to O Cobol O " O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O Berger B-Error_Name codes I-Error_Name can O also O be O used O in O delay-insensitive B-General_Concept circuits O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O The O advantage O to O this O access O scheme O is O that O it O is O easy O to O read O or O write O 2KB O blocks O to O a O hard B-Device drive I-Device , O so O this O pattern O more O closely O matches O what O will O ultimately O happen O on O a O segfault B-Error_Name . O Checksums B-Algorithm on O both O data O and O metadata O , O and O background O scrubbing B-Error_Name . O SFV O cannot O be O used O to O verify O the O authenticity O of O files O , O as O CRC32 O is O not O a O collision O resistant O hash B-Algorithm function I-Algorithm ; O even O if O the O hash B-Error_Name sum I-Error_Name file O is O not O tampered O with O , O it O is O computationally O trivial O for O an O attacker O to O cause O deliberate O hash B-Algorithm collisions I-Algorithm , O meaning O that O a O malicious O change O in O the O file O is O not O detected O by O a O hash B-Algorithm comparison O . O Correcting O for O bias O often O makes O this O worse O : O one O can O always O choose O a O scale O factor O that O performs O better O than O the O corrected O sample O variance O , O though O the O optimal O scale O factor O depends O on O the O excess O kurtosis B-Error_Name of O the O population O ( O see O mean B-Algorithm squared I-Algorithm error I-Algorithm : O variance O ) O , O and O introduces O bias O . O Near O the O end O of O the O 20th O century O , O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name ( O Y2K B-Error_Name ) O was O the O focus O of O significant O COBOL O programming O effort O , O sometimes O by O the O same O programmers O who O had O designed O the O systems O decades O before O . O Some O studies O attribute O as O much O as O " O 24% O of O Y2K B-Error_Name software O repair O costs O to O Cobol O " O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O If O a O process B-Operating_System does O not O define O a O behaviour O for O a O signal O , O then O the O default O handler O for O that O signal O is O being O used O . O The O table O below O lists O some O default O actions O for O POSIX-compliant O UNIX B-Application systems I-Application , O such O as O FreeBSD B-Operating_System , O OpenBSD B-Operating_System and O Linux B-Application . O Terminate B-Operating_System Abnormal O termination O of O the O process B-Operating_System . O The O process B-Operating_System is O terminated O with O all O the O consequences O of O _exit( ) O except O that O the O status O made O available O to O wait( ) O and O waitpid( ) O indicates O abnormal O termination O by O the O specified O signal O . O Terminate B-Operating_System ( O core B-Error_Name dump I-Error_Name ) O Abnormal O termination O of O the O process B-Operating_System . O Additionally O , O implementation-defined O abnormal O termination O actions O , O such O as O creation O of O a O core B-Error_Name file I-Error_Name , O may O occur O . O Stop O Stop O ( O or O suspend O ) O the O process B-Operating_System . O Mode O 2 O , O which O is O more O appropriate O for O image O or O video O data B-General_Concept ( O where O perfect O reliability O may O be O a O little O bit O less O important O ) O , O contains O no O additional O error B-Error_Name detection I-Error_Name or O correction O bytes B-Application , O having O therefore O 2,336 O available O data B-General_Concept bytes B-Application per O sector B-Application . O AMTOR B-Device improves O on O RTTY O by O incorporating O error B-Error_Name detection I-Error_Name or O error B-Error_Name correction I-Error_Name techniques O . O Much O of O the O X.25 B-Protocol system O is O a O description O of O the O rigorous O error B-Error_Name correction I-Error_Name needed O to O achieve O this O , O as O well O as O more O efficient O sharing O of O capital-intensive O physical O resources O . O The O PSN B-Device and O European O version O of O the O game O do O not O have O the O bug B-Error_Name . O In O the O preprocessing O step O we O hash B-Error_Name all O -dimensional O points O from O the O data O set O into O each O of O the O hash B-Error_Name tables O . O Some O authors O and O software O packages O use O " O kurtosis B-Error_Name " O by O itself O to O refer O to O the O excess O kurtosis B-Error_Name . O ARM B-Architecture has O reported O that O the O majority O of O their O processors O are O not O vulnerable O , O and O published O a O list O of O the O specific O processors O that O are O affected O by O the O Spectre B-Error_Name vulnerability I-Error_Name : O Cortex-R7 O , O Cortex-R8 O , O Cortex-A8 B-Application , O Cortex-A9 B-Application , O Cortex-A15 O , O Cortex-A17 B-Application , O Cortex-A57 O , O Cortex-A72 O , O Cortex-A73 O and O ARM B-Architecture Cortex-A75 O cores O . O To O understand O the O behavior O of O the O hash B-Error_Name function I-Error_Name , O When O the O total O number O of O transmitted O bits O , O including O the O parity B-Error_Name bit I-Error_Name , O is O even O , O odd B-Error_Name parity I-Error_Name has O the O advantage O that O the O all-zeros O and O all-ones O patterns O are O both O detected O as O errors O . O The O process B-Operating_System is O terminated O with O all O the O consequences O of O _exit( ) O except O that O the O status O made O available O to O wait( ) O and O waitpid( ) O indicates O abnormal O termination O by O the O specified O signal O . O Terminate B-Operating_System ( O core B-Error_Name dump I-Error_Name ) O Abnormal O termination O of O the O process B-Operating_System . O Additionally O , O implementation-defined O abnormal O termination O actions O , O such O as O creation O of O a O core B-Error_Name file I-Error_Name , O may O occur O . O Stop O Stop O ( O or O suspend O ) O the O process B-Operating_System . O Continue O Continue O the O process B-Operating_System , O if O it O is O stopped O ; O otherwise O , O ignore O the O signal O . O Unfortunately O Unraid O does O n't O provide O information O about O is O storage O technology O , O but O some O say O its O parity B-Error_Name array O is O a O rewrite O of O the O mdadm B-Application module O . O Swift B-Application won O first O place O for O Most O Loved O Programming O Language O in O the O Stack B-Error_Name Overflow I-Error_Name Developer O Survey O 2015 O and O second O place O in O 2016 O . O Green B-Error_Name lightning I-Error_Name originally O referred O to O random O flashing O streaks O across O the O screen O of O IBM B-Operating_System 3278-9 I-Operating_System computer B-General_Concept terminals I-General_Concept , O which O were O produced O by O a O hardware B-Error_Name bug I-Error_Name when O a O new O symbol O set O was O being O downloaded B-Application . O Hamming B-Error_Name worked O on O weekends O , O and O grew O increasingly O frustrated O with O having O to O restart O his O programs O from O scratch O due O to O detected O errors O . O " O Usually O most O ' O glitches B-Error_Name , O ' O as O on-the-air O mistakes O are O called O , O can O be O traced O to O a O mistake O on O the O part O of O the O traffic O department O " O , O Midgley O wrote O . O If O two O strings O are O equal O , O their O hash B-Error_Name values I-Error_Name are O also O equal O . O The O game O 's O setting O of O Blackreef O is O based O on O the O Faroe O Islands O and O the O Scottish O Highlands O as O seen O in O Skyfall B-Error_Name , O and O inspired O by O the O styles O of O the O Swinging O Sixties O and O the O approach O used O to O depict O the O era O in O Guy O Ritchie O 's O The O Man O from O E O .. O To O avoid O making O the O game O 's O visuals O appear O too O close O to O that O of O Dishonored B-Application , O they O took O cues O from O color O use O in O films O like O High O Plains O Drifter O and O Point O Blank O , O using O bright O colors O and O designs O to O give O the O island O an O endless O party O atmosphere O . O However O , O using O a O too O simple O function O , O such O as O T[i] O = O 255-i O , O partly O defeats O the O usability O as O a O hash B-Error_Name function I-Error_Name as O anagrams O will O result O in O the O same O hash B-Error_Name value I-Error_Name ; O using O a O too O complex O function O , O on O the O other O hand O , O will O affect O speed O negatively O . O The O sample O kurtosis B-Error_Name is O a O useful O measure O of O whether O there O is O a O problem O with O outliers O in O a O data O set O . O Google B-Language Guava I-Language can O be O roughly O divided O into O three O components O : O basic O utilities O to O reduce O manual O labor O to O implement O common O methods O and O behaviors O , O an O extension O to O the O Java B-Language collections I-Language framework I-Language ( O JCF O ) O formerly O called O the B-Application Google I-Application Collections O Library O , O and O other O utilities O which O provide O convenient O and O productive O features O such O as O functional B-Language programming I-Language , O graphs B-Application , O caching B-General_Concept , O range O objects O , O and O hashing B-Error_Name . O This O includes O hardware O and O software B-Error_Name upgrades O , O configuration O as O well O as O application O management O . O The O following O hash B-Error_Name functions I-Error_Name are O given O : O Pyongyang B-Application Racer I-Application was O met O with O negative O reviews O : O C O . O Custer O of O Tech O in O Asia O criticised O the O " O pretty O awful O " O graphics O as O being O " O full O of O glitches B-Error_Name and O artefacts B-Algorithm " O , O also O noting O a O repetitive O scenery O and O low O frame O rate O . O At O the O same O meeting O , O 3GPP O agreed O to O use O LDPC B-Error_Name for O the O corresponding O data O channel O . O This O allows O efficient O transmission O of O files B-Operating_System which O differ O by O insertions O and O deletions O . O The O rolling B-Error_Name checksum I-Error_Name used O in O rsync B-Application is O based O on O Mark O Adler O 's O adler-32 B-Algorithm checksum B-Algorithm , O which O is O used O in O zlib B-Language , O and O is O itself O based O on O Fletcher B-Algorithm 's I-Algorithm checksum I-Algorithm . O Now O , O we O repeat O the O same O question O but O for O error B-Error_Name correction I-Error_Name : O given O and O , O what O is O the O upper O bound O on O the O length O of O bursts O that O we O can O correct O using O any O code O ? O This O is O in O contrast O to O the O regular O Monte B-Algorithm Carlo I-Algorithm method I-Algorithm or O Monte B-Algorithm Carlo I-Algorithm integration I-Algorithm , O which O are O based O on O sequences O of O pseudorandom B-Error_Name numbers I-Error_Name . O The O modulation B-Protocol efficiency I-Protocol in O bit/s O is O the O gross O bit O rate O ( O including O any O error-correcting B-Error_Name code I-Error_Name ) O divided O by O the O bandwidth B-Algorithm . O Major O points O of O criticism O included O the O many O bugs B-Error_Name in O the O Windows B-Application version O , O and O a O poorly O implemented O online B-Application multiplayer I-Application mode I-Application . O A O password O reset O method O is O required O when O password O hashing O is O performed O ; O original O passwords O cannot O be O recalculated O from O the O stored O hash B-Error_Name value I-Error_Name . O The O Keccak B-Algorithm hash B-Error_Name function I-Error_Name , O that O was O selected O by O NIST O as O the O SHA-3 B-Algorithm competition O winner O , O does O n't O need O this O nested O approach O and O can O be O used O to O generate O a O MAC O by O simply O prepending O the O key O to O the O message O , O as O it O is O not O susceptible O to O length-extension O attacks O . O In O open-source B-Application software I-Application development O , O the O committer B-General_Concept role O may O be O used O to O distinguish O commit O access O , O a O specific O type O of O responsibility O , O from O other O forms O of O contribution O , O such O as O triaging B-Error_Name issues I-Error_Name or O organizing O events O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O The O Japanese O version O shipped O with O many O glitches B-Error_Name ; O according O to O Iizuka O , O this O was O because O the O game O was O produced O on O a O tight O schedule O , O so O Sonic B-Application Team O did O not O have O time O to O fix O them O . O Several O members O of O Sonic B-Application Team O flew O to O Sega O of O America O to O establish O Sonic B-Application Team O USA O and O patch O and O translate O the O game O . O The O Electronic O Frontier O Foundation O , O Ars O Technica O , O and O Bruce O Schneier O all O deemed O the O Heartbleed B-Error_Name bug I-Error_Name " O catastrophic O " O . O This O can O be O a O source O of O bugs B-Error_Name , O and O functions O which O alter O their O arguments O are O documented O as O destructive O for O this O very O reason O . O The O test O is O based O on O transformations O of O the O sample O kurtosis B-Error_Name and O skewness B-General_Concept , O and O has O power O only O against O the O alternatives O that O the O distribution O is O skewed B-General_Concept and/or O kurtic O . O Distributions O with O a O positive O excess O kurtosis B-Error_Name are O said O to O be O leptokurtic O . O If O that O count O is O odd O , O the O parity B-Error_Name bit I-Error_Name value O is O set O to O 1 O , O making O the O total O count O of O occurrences O of O 1s O in O the O whole O set O ( O including O the O parity B-Error_Name bit I-Error_Name ) O an O even O number O . O Issues O in O the O original O design O of O IRC B-Protocol were O the O amount O of O shared O state O data O being O a O limitation O on O its O scalability O , O the O absence O of O unique O user O identifications O leading O to O the O nickname O collision O problem O , O lack O of O protection O from O netsplits B-Error_Name by O means O of O cyclic O routing O , O the O trade-off O in O scalability O for O the O sake O of O real-time O user O presence O information O , O protocol O weaknesses O providing O a O platform O for O abuse O , O no O transparent O and O optimizable O message O passing O , O and O no O encryption O . O Some O of O these O issues O have O been O addressed O in O Modern O IRC B-Protocol . O The O team O preserved O glitches B-Error_Name they O deemed O helpful O , O such O as O a O way O to O generate O infinite O lives O in O Super O Mario O Bros. O ; O however O , O for O that O glitch O , O they O limited O how O many O lives O the O player O could O earn O . O Even B-Error_Name parity I-Error_Name is O a O special O case O of O a O cyclic O redundancy O check O ( O CRC O ) O , O where O the O 1-bit O CRC O is O generated O by O the O polynomial O x+1 O . O The O JavaScript B-Language language I-Language provides O six O primitive O data O types O : O The O value B-General_Concept of I-General_Concept " I-General_Concept undefined I-General_Concept " I-General_Concept is O assigned O to O all O uninitialized B-Error_Name variables I-Error_Name , O and O is O also O returned O when O checking O for O object O properties O that O do O not O exist O . O While O Spectre B-Error_Name is O simpler O to O exploit O with O a O compiled B-Language language I-Language such O as O C B-Language or O C++ B-Language by O locally O executing O machine B-Language code I-Language , O it O can O also O be O remotely O exploited O by O code O hosted O on O remote O malicious O web O pages O , O for O example O interpreted B-Application languages I-Application like O JavaScript B-Language , O which O run O locally O using O a O web B-Application browser I-Application . O As O any O PHS O , O Lyra2 B-Algorithm takes O as O input O a O salt O and O a O password O , O creating O a O pseudorandom B-Error_Name output O that O can O then O be O used O as O key O material O for O cryptographic O algorithms O or O as O an O authentication B-Protocol string O . O Using O different O weights O on O neighboring O numbers O means O that O most O transpositions O change O the O check B-Error_Name digit I-Error_Name ; O however O , O because O all O weights O differ O by O an O even O number O , O this O does O not O catch O transpositions O of O two O digits O that O differ O by O 5 O ( O 0 O and O 5 O , O 1 O and O 6 O , O 2 O and O 7 O , O 3 O and O 8 O , O 4 O and O 9 O ) O , O since O the O 2 O and O 5 O multiply O to O yield O 10 O . O The O MD5 B-Algorithm message-digest B-Algorithm algorithm I-Algorithm is O a O widely O used O hash B-Algorithm function I-Algorithm producing O a O 128-bit O hash B-Error_Name value I-Error_Name . O In O particular O , O trees O that O are O grown O very O deep O tend O to O learn O highly O irregular O patterns O : O they O overfit B-Error_Name their O training O sets O , O i.e. O Turyn O 's O construction O of O 1967 O , O " O A O Simple O Construction O of O the O Binary B-Error_Name Golay I-Error_Name Code I-Error_Name , O " O that O starts O from O the O Hamming B-Error_Name code I-Error_Name of O length O 8 O and O does O not O use O the O quadratic O residues O mod O 23 O . O This O aliasing B-Error_Name is O visible O in O images O such O as O posters O with O lenticular O printing O : O if O they O have O low O angular O resolution B-General_Concept , O then O as O one O moves O past O them O , O say O from O left-to-right O , O the O 2D O image O does O not O initially O change O ( O so O it O appears O to O move O left O ) O , O then O as O one O moves O to O the O next O angular O image O , O the O image O suddenly O changes O ( O so O it O jumps O right O ) O – O and O the O frequency O and O amplitude O of O this O side-to-side O movement O corresponds O to O the O angular O resolution B-General_Concept of O the O image O ( O and O , O for O frequency O , O the O speed O of O the O viewer O 's O lateral O movement O ) O , O which O is O the O angular O aliasing B-Error_Name of O the O 4D O light O field O . O In O this O article O , O the O first O case O is O called O the O Hadamard B-Error_Name code I-Error_Name while O the O second O is O called O the O augmented O Hadamard B-Error_Name code I-Error_Name . O In O addition O to O associating O plots O , O rejecting O false B-Error_Name alarms I-Error_Name and O estimating O heading O and O speed O , O the O radar B-Algorithm tracker I-Algorithm also O acts O as O a O filter O , O in O which O errors O in O the O individual O radar B-Application measurements O are O smoothed O out O . O Error-correcting B-Error_Name memory O controllers O traditionally O use O Hamming B-Error_Name codes I-Error_Name , O although O some O use O triple B-Error_Name modular I-Error_Name redundancy I-Error_Name ( O TMR O ) O . O Just O as O block O ciphers O can O be O used O to O build O hash B-Error_Name functions I-Error_Name , O hash B-Error_Name functions I-Error_Name can O be O used O to O build O block O ciphers O . O Glitches B-Error_Name that O go O out O of O bounds O are O mostly O performed O by O either O moving O through O walls O or O corners O or O jumping O to O places O in O the O map O that O do O not O have O invisible O walls O . O Anti-Multiface O was O a O public O domain O program O for O the O Amstrad B-Device CPC I-Device which O allowed O the O restoring O of O saved O memory B-Error_Name dumps I-Error_Name without O the O need O for O a O Multiface B-Device to O be O present O . O This O library O will O supply O the O raw O data O for O a O given O address O in O a O memory B-General_Concept region O from O a O core B-Error_Name dump I-Error_Name ; O it O does O not O know O anything O about O variables O or O data O structures O in O that O memory B-General_Concept region O , O so O the O application O using O the O library O to O read O the O core B-Error_Name dump I-Error_Name will O have O to O determine O the O addresses O of O variables O and O determine O the O layout O of O data O structures O itself O , O for O example O by O using O the O symbol B-Application table I-Application for O the O program O undergoing O debugging O . O It O becomes O a O bug B-Error_Name when O one O or O more O of O the O possible O behaviors O is O undesirable O . O A O small O n O makes O the O probability O of O collision O of O packet B-Protocol hashes B-Error_Name ( O and O false O identification O ) O higher O . O A O software B-Error_Name regression I-Error_Name is O a O type O of O software B-Error_Name bug I-Error_Name where O a O feature O that O has O worked O before O stops O working O . O In O the O absence O of O an O interactive O debugger B-Application , O the O core B-Error_Name dump I-Error_Name may O be O used O by O an O assiduous O programmer O to O determine O the O error O from O direct O examination O . O To O create O an O OR-construction O , O we O define O a O new O family O of O hash B-Error_Name functions I-Error_Name , O where O each O function O is O constructed O from O random O functions O from O . O Parity B-Error_Name bits I-Error_Name are O written O at O the O rate O of O one O parity B-Error_Name bit I-Error_Name per O n O bits O , O where O n O is O the O number O of O disks O in O the O array O . O Game O Informer O similarly O criticised O the O save O system O and O software B-Error_Name bugs I-Error_Name , O concluding O that O " O If O the O historical O setting O and O focus O on O realism O appeal O to O you O , O then O the O deep O gameplay O systems O and O methodical O pace O are O worth O learning O . O Recursive B-Error_Name systematic I-Error_Name convolutional I-Error_Name codes I-Error_Name were O invented O by O Claude O Berrou O around O 1991 O . O The O Internet O Architecture O Board O recommended O in O 2019 O that O implicit O signals O to O observers O should O be O replaced O with O signals O deliberately O intended O for O the O consumption O of O those O observers O , O and O signals O not O intended O for O their O consumption O should O be O not O be O available O to O them O ( O e.g. O , O by O encryption O ) O ; O and O also O that O the O protocol O metadata O should O be O integrity B-Error_Name protected I-Error_Name so O that O it O cannot O be O modified O by O middleboxes O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O In O 2006 O and O 2012 O , O Computerworld O surveys O ( O of O 352 O readers O ) O found O that O over O 60% O of O organizations O used O COBOL O ( O more O than O C++ B-Language and O Visual B-Language Basic I-Language .NET I-Language ) O and O that O for O half O of O those O , O COBOL O was O used O for O the O majority O of O their O internal O software O . O Instead O , O some O businesses O have O migrated O their O systems O from O expensive O mainframes B-Architecture to O cheaper O , O more O modern O systems O , O while O maintaining O their O COBOL O programs O . O By O 2019 O , O the O number O of O COBOL O programmers O was O shrinking O fast O due O to O retirements O , O leading O to O an O impending O skills O gap O in O business O and O government O organizations O which O still O use O mainframe B-Architecture systems O for O high-volume O transaction B-General_Concept processing I-General_Concept . O The O identification O division O specifies O the O name O and O type O of O the O source O element O and O is O where O classes O and O interfaces B-Application are O specified O . O The O environment O division O specifies O any O program O features O that O depend O on O the O system O running O it O , O such O as O files B-Operating_System and O character B-General_Concept sets I-General_Concept . O ISO/IEC O 18033-3 O never O allowed O this O option O , O and O NIST O no O longer O allows O K1 O = O K2 O or O K2 O = O K3 O . O Each O DES B-Algorithm key O is O 8 O odd-parity B-Error_Name bytes O , O with O 56 O bits O of O key O and O 8 O bits O of O error-detection O . O This O extends O into O situations O where O bulk O data O can O be O sent O over O a O less O reliable O but O higher-bandwidth O ( O capacity O ) O and O cheaper O or O faster O link O , O whilst O parity B-Error_Name data I-Error_Name for O reconstructing O bad O packets O or O supporting O determinancy O in O fuzzy-state O weakly O determined O data O can O be O sent O over O more O reliable O but O lower-bandwidth O and O more O expensive O or O more O latency-incurring O link O . O Pair-wise O independence O of O the O hash B-Error_Name functions I-Error_Name suffices O . O For O reliability O , O the O LVDC B-Device used O triple-redundant B-Error_Name logic I-Error_Name and O a O voting O system O . O The O title O was O supported O with O many O updates O upon O launch O , O with O the O company O introducing O fixes O to O bugs B-Error_Name and O improvements O on O both O matchmaking O and O general O gameplay O mechanics O . O Every O call O to O must O be O matched O by O a O call O to O ; O failure O to O do O so O causes O a O memory B-Error_Name leak I-Error_Name . O In O a O sense O , O improvements O in O FIR O equalization B-Algorithm using O FFTs O or O partial O FFTs O leads O mathematically O closer O to O OFDM O , O but O the O OFDM O technique O is O easier O to O understand O and O implement O , O and O the O sub-channels O can O be O independently O adapted O in O other O ways O than O varying O equalization B-Algorithm coefficients O , O such O as O switching O between O different O QAM B-Device constellation O patterns O and O error-correction B-Error_Name schemes O to O match O individual O sub-channel O noise O and O interference O characteristics O . O Other O bugs B-Error_Name allow O the O ship O to O avoid O damage O from O the O enemies O , O also O prolonging O the O length O of O play.Defender O is O considered O the O first O side-scrolling O shoot O ' O em O up O , O predating O Scramble B-Application by O two O months O . O The O second O pack O was O released O on O May O 17 O , O 2011 O , O on O Xbox B-Operating_System Live O and O Steam B-Application and O June O 2 O , O 2011 O , O on O the O PlayStation O Network O due O to O the B-Error_Name April I-Error_Name – I-Error_Name May I-Error_Name outage I-Error_Name . O However O , O with O the O release O of O Spectre B-Error_Name , O the O game O has O been O rendered O as O non-canon O . O If O this O threshold O is O too O low O , O more O real O targets O will O be O detected O , O but O at O the O expense O of O increased O numbers O of O false B-Error_Name alarms I-Error_Name . O Three O months O later O , O they O released O the O next O and O final O patch O ( O version O 1.20 O ) O to O fix O several O other O bugs B-Error_Name . O Some O languages O deliberately O exclude O features O that O easily O lead O to O bugs B-Error_Name , O at O the O expense O of O slower O performance O : O the O general O principle O being O that O , O it O is O almost O always O better O to O write O simpler O , O slower O code O than O inscrutable O code O that O runs O slightly O faster O , O especially O considering O that O maintenance O cost O is O substantial O . O On O 15 O March O 2018 O , O Intel O reported O that O it O will O redesign O its O CPUs B-Device to O help O protect O against O the O Meltdown B-Architecture and O related O Spectre B-Error_Name vulnerabilities I-Error_Name ( O especially O , O Meltdown B-Architecture and O Spectre-V2 O , O but O not O Spectre-V1 O ) O , O and O expects O to O release O the O newly O redesigned O processors O later O in O 2018 O . O Some O glitches B-Error_Name are O potentially O dangerous O to O the O game O 's O stored O data O , O such O as O MissingNo O . O polyphased O ) O to O prevent O aliasing B-Error_Name . O In O that O case O , O a O fixed O threshold O level O can O be O chosen O that O provides O a O specified O probability O of O false B-Error_Name alarm I-Error_Name , O governed O by O the O probability O density O function O of O the O noise O , O which O is O usually O assumed O to O be O Gaussian O . O One O can O then O exploit O the O implementation O of O the O programming O language O by O the O compiler O and O the O computer O architecture O 's O assembly B-Language language I-Language conventions O , O to O achieve O aliasing B-Error_Name effects O by O writing O outside O of O the O array B-Data_Structure ( O a O type O of O buffer B-General_Concept overflow I-General_Concept ) O . O Depending O on O the O programming O environment O and O the O type O of O number O ( O e.g. O , O floating B-Algorithm point I-Algorithm , O integer O ) O being O divided B-Algorithm by I-Algorithm zero I-Algorithm , O it O may O generate O positive O or O negative O infinity B-Application by O the O IEEE O 754 O floating-point B-Algorithm standard O , O generate O an O exception B-General_Concept , O generate O an O error B-Error_Name message I-Error_Name , O cause O the O program O to O terminate O , O result O in O a O special O not-a-number O value O , O or O crash B-General_Concept . O For O clarity O and O generality O , O however O , O this O article O explicitly O indicates O where O non-excess O kurtosis B-Error_Name is O meant O . O A O zero O replaces O a O ten O , O so O , O in O all O cases O , O a O single O check B-Error_Name digit I-Error_Name results O . O Intrinsically O keyed O hash B-Error_Name algorithms I-Error_Name such O as O SipHash B-Error_Name are O also O by O definition O MACs O ; O they O can O be O even O faster O than O universal-hashing O based O MACs O . O TrueFFS O – O internal O file B-Application system I-Application for O SSDs B-Device , O implementing O error B-Error_Name correction I-Error_Name , O bad O block O re-mapping O and O wear-leveling B-Application . O Its O name O derives O from O the O fact O that O the O technique O uses O a O blurred B-Error_Name , O or O " O unsharp O " O , O negative O image O to O create O a O mask O of O the O original O image O . O In O his O dissertation O , O Gallager O showed O that O LDPC B-Error_Name codes I-Error_Name achieve O the O Gilbert O – O Varshamov O bound O for O linear O codes O over O binary O fields O with O high O probability O . O The O HAT-trie B-Data_Structure is O a O type O of O radix B-Data_Structure trie I-Data_Structure that O uses O array O nodes O to O collect O individual O key B-Application – I-Application value I-Application pairs I-Application under O radix O nodes O and O hash B-Error_Name buckets O into O an O associative B-Application array I-Application . O A O panic O may O occur O as O a O result O of O a O hardware O failure O or O a O software B-Error_Name bug I-Error_Name in O the O operating B-General_Concept system I-General_Concept . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O One O significant O aspect O of O this O product O , O and O the O reason O that O disk B-Device drives I-Device in O general O became O known O as O " O Winchester O technology O " O , O was O that O this O head B-Device design O was O very O low O cost O and O did O not O require O the O heads O to O be O unloaded O from O the O media O . O Winchester O technology O allowed O the O head B-Device to O land O and O take O off O from O the O disk B-Device media O as O the O disk B-Device spun O up O and O down O . O This O resulted O in O very O significant O savings O and O a O large O reduction O of O complexity O of O the O head B-Device and O arm O actuating O mechanism O . O This O head B-Device design O rapidly O became O a O standard O design O within O the O disk B-Device drive I-Device manufacturing O community O . O Up O into O the O early O 1990s O the O term O Winchester O or O Winnie O was O used O for O hard B-Device disk I-Device drives I-Device in O general O long O after O the O introduction O of O the O 3340 O , O but O is O no O longer O in O common O use O in O most O parts O of O the O world O . O The O IBM O 3344 O is O similar O to O the O 3340 O , O except O that O it O uses O fixed O media O rather O than O removable O 3348 O data O modules O , O each O spindle O has O 4 O logical O drives O each O with O the O capacity O of O a O 3348 O – O 70 O , O there O is O no O A O ( O head B-Device of O string O ) O model O and O it O is O only O available O in O dual O drive O models O . O Both O 3344-B2 O and O 3344-B2F O require O a O 3340-A2 O or O 3340-A2F O as O head B-Device of O string O . O If O a O piece O of O music O is O sampled B-Algorithm at O 32,000 O samples O per O second O ( O Hz O ) O , O any O frequency O components O at O or O above O 16,000 O Hz O ( O the O Nyquist O frequency O for O this O sampling O rate O ) O will O cause O aliasing B-Error_Name when O the O music O is O reproduced O by O a O digital-to-analog O converter O ( O DAC O ) O . O A O simple O version O of O this O problem O in O machine O learning O is O known O as O overfitting B-Error_Name , O but O the O same O problem O can O arise O at O different O phases O of O the O process O and O thus O a O train/test O split O — O when O applicable O at O all O — O may O not O be O sufficient O to O prevent O this O from O happening O . O If O x O exists O at O j O or O at O the O subtable O Tj O , O and O is O not O marked O as O deleted O , O then O a O collision O is O said O to O occur O and O the O jth O bucket O 's O second-level O table O Tj O is O rebuilt O with O a O different O randomly O selected O hash B-Error_Name function I-Error_Name hj O . O They O were O introduced O as O the O Darwin O line O of O workstations B-Device . O These O systems O are O notable O for O being O the O first O in O the O Sun O workstation B-Device line O to O introduce O various O commodity O PC O compatible O hardware O components O such O as O ATA B-Protocol hard B-Device disks I-Device with O CMD640 B-Error_Name PCI O EIDE O controller O and O an O ATI O Rage O PRO O video O chip O . O The O Ultra B-Architecture 5 I-Architecture came O in O a O " O pizzabox B-General_Concept " O style O case O with O a O 270 O , O 333 O , O 360 O , O or O 400 O MHz O UltraSPARC O IIi O CPU O and O supported O a O maximum O of O 512 O MB O Buffered O EDO O ECC O RAM O in O four O 50ns O 168-pin O DIMM B-General_Concept slots O . O However O , O only O a O 3340 O can O serve O as O head B-Device of O string O ; O there O are O no O A O model O 3344 O drives O , O and O a O 3344 O must O be O attached O to O a O 3340 O A O model O as O head B-Device of O string O . O The O IBM O 3340 O Direct O Access O Storage O Facility O , O code-named O Winchester O , O was O introduced O in O March O 1973 O for O use O with O IBM B-Device System/370 I-Device . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O One O significant O aspect O of O this O product O , O and O the O reason O that O disk B-Device drives I-Device in O general O became O known O as O " O Winchester O technology O " O , O was O that O this O head B-Device design O was O very O low O cost O and O did O not O require O the O heads O to O be O unloaded O from O the O media O . O Winchester O technology O allowed O the O head B-Device to O land O and O take O off O from O the O disk B-Device media O as O the O disk B-Device spun O up O and O down O . O This O resulted O in O very O significant O savings O and O a O large O reduction O of O complexity O of O the O head B-Device and O arm O actuating O mechanism O . O This O head B-Device design O rapidly O became O a O standard O design O within O the O disk B-Device drive I-Device manufacturing O community O . O Up O into O the O early O 1990s O the O term O Winchester O or O Winnie O was O used O for O hard B-Device disk I-Device drives I-Device in O general O long O after O the O introduction O of O the O 3340 O , O but O is O no O longer O in O common O use O in O most O parts O of O the O world O . O The O latter O approach O is O particularly O attractive O on O an O erasure O channel O when O using O a O rateless B-Error_Name erasure I-Error_Name code I-Error_Name . O Initially O , O 56 O bits O of O the O key O are O selected O from O the O initial O 64 O by O Permuted O Choice O 1 O ( O PC-1 O ) O — O the O remaining O eight O bits O are O either O discarded O or O used O as O parity B-Error_Name check I-Error_Name bits O . O The O release O version O was O characterized O by O numerous O game O bugs B-Error_Name , O leading O to O a O crash-prone B-General_Concept game O . O However O , O random O or O pseudorandom B-Error_Name hash B-Error_Name values I-Error_Name may O be O used O when O hashing O objects O by O their O identity O rather O than O by O their O value O . O The O 3310 O was O a O fixed-block B-Device architecture I-Device device O , O used O on O DOS/VSE B-Application and O VM B-Application , O the O only O S/370 B-Device operating O systems O that O supported O FBA O devices O . O The O IBM O 3330 O Direct O Access O Storage O Facility O , O code-named O Merlin O , O was O introduced O in O June O 1970 O for O use O with O the O IBM B-Device System/370 I-Device and O the O IBM O System O 360/195 O . O Its O removable O disk B-Operating_System packs I-Operating_System hold O 100MB O ( O 404×19× O 13,030 O bytes O ) O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O The O 1973 O 3330 O Model O 11 O features O IBM O 3336-11 O Disk B-Operating_System Packs I-Operating_System that O held O up O to O 200MB O ( O 808x19x O 13,030 O bytes O ) O . O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O He O further O stated O that O bug B-Error_Name fixes O and O all O updates O leading O up O to O and O including O the O release O would O still O be O free O . O Fearing O the O bugs B-Error_Name could O kill O the O game O , O lists O were O sent O to O every O member O of O the O team O , O who O had O a O chart O , O updated O daily O . O Rumored O characters O included O a O red O female O ninja O character O ( O actually O just O a O glitch B-Error_Name that O reportedly O turned O Kitana O 's O outfit O from O blue O to O red O ) O , O who O was O dubbed O " O Scarlet O " O by O fans O and O was O officially O introduced O as O Skarlet O in O 2011 O 's O Mortal B-Application Kombat I-Application , O Nikole O Zivalich O , O Mortal B-Application Kombat I-Application Skarlet O DLC O Video O -- O Check O Out O The O Red O Ninja O In O Action O , O G4tv.com, O May O 31 O , O 2011.Another O Glitch B-Error_Name Character O Becomes O Reality O With O Mortal B-Application Kombat I-Application 's O Skarlet O DLC O , O Siliconera O , O May O 31 O , O 2011 O . O and O the O male O ninja O Ermac O that O originated O from O a O misinterpreted O indicator O in O the O original O game O 's O audits O menu O , O and O was O teased O in O MKII B-Application before O finally O becoming O playable O in O Ultimate B-Application Mortal I-Application Kombat I-Application 3 I-Application . O Statistics-based O approach O that O uses O non-parametric O tests O as O splitting O criteria O , O corrected O for O multiple O testing O to O avoid O overfitting B-Error_Name . O The O four-fold O increase O in O video O RAM B-Architecture over O that O installed O in O the O " O flat O " O C128 O made O it O possible O , O among O other O things O , O to O maintain O multiple O text O screens O in O support O of O a O true O windowing O system O , O or O generate O higher-resolution O graphics O with O a O more O flexible O color O palette O . O The O new O ROMs O address O a O number O of O bugs B-Error_Name that O are O present O in O the O original O ROMs O , O including O an O infamous O off-by-one B-Error_Name error I-Error_Name in O the O keyboard B-Device decoding O table O , O in O which O the O ' O Q O ' O character O would O remain O lower O case O when O CAPS B-Device LOCK I-Device was O active O . O Each O client O independently O computes O these O weights O and O picks O the O k O sites O that O yield O the O k O largest O hash B-Error_Name values I-Error_Name . O For O languages O without O garbage B-General_Concept collection I-General_Concept , O this O is O a O severe O bug O , O and O causes O dangling B-Error_Name references I-Error_Name and O memory B-Application safety I-Application violations O ; O for O languages O with O garbage B-General_Concept collection I-General_Concept , O this O is O prevented O by O the O garbage B-General_Concept collector I-General_Concept , O most O commonly O by O adding O another O step O to O garbage B-General_Concept collection I-General_Concept ( O after O running O all O user-specified O finalizers B-Application , O check O for O resurrection O ) O , O which O complicates O and O slows O down O garbage B-General_Concept collection I-General_Concept . O Errata O Security O pointed O out O that O a O widely O used O non-malicious O program O called O Masscan O , O introduced O six O months O before O Heartbleed B-Error_Name 's O disclosure O , O abruptly O terminates O the O connection O in O the O middle O of O handshaking O in O the O same O way O as O Heartbleed B-Error_Name , O generating O the O same O server O log O messages O , O adding O " O Two O new O things O producing O the O same O error O messages O might O seem O like O the O two O are O correlated O , O but O of O course O , O they O are O n't O . O " O On O 29 O January O 2018 O , O Microsoft O was O reported O to O have O released O a O Windows O update O that O disabled O the O problematic O Intel B-Device Microcode I-Device fix O — O which O had O , O in O some O cases O , O caused O reboots O , O system O instability O , O and O data O loss O or O corruption O — O issued O earlier O by O Intel O for O the O Spectre B-Error_Name Variant O 2 O attack O . O If O the O position O is O black O to O move O , O the O black-to-move O bitstring B-Data_Structure is O also O included O in O the O Zobrist O hash B-Error_Name . O The O add O operation O consists O of O computing O the O hash B-Error_Name of O the O input O data O with O a O hash B-Error_Name function I-Error_Name , O getting O the O first O bits O ( O where O is O ) O , O and O adding O 1 O to O them O to O obtain O the O address O of O the O register O to O modify O . O Another O benefit O of O bipolar B-Protocol encoding I-Protocol compared O to O unipolar O is O error B-Error_Name detection I-Error_Name . O For O example O , O there O have O been O reports O that O the O online O multiplayer O mode O of O Transformers B-Application : I-Application War I-Application for I-Application Cybertron I-Application suffered O from O hacking O and O glitches B-Error_Name that O allow O players O to O manipulate O classes O and O stats O through O methods O not O normally O available O to O regular O players O . O It O has O since O been O deprecated O in O light O of O the O LibreSSL B-Language fork B-Application circa O 2016 O . O In O April O 2014 O in O the O wake O of O Heartbleed B-Error_Name , O members O of O the O OpenBSD B-Operating_System project I-Operating_System forked O OpenSSL O starting O with O the O 1.0.1g O branch O , O to O create O a O project O named O LibreSSL B-Language . O ProcDump B-Language is O a O command-line B-Application application O used O for O monitoring O an O application O for O CPU B-Device spikes O and O creating O crash B-Error_Name dumps I-Error_Name during O a O spike O . O The O Y2K B-Error_Name date O problem O hit O Blue B-Protocol Wave I-Protocol , O like O so O many O other O programs O . O Many O games O that O use O ragdoll O physics O for O their O character O models O can O have O such O glitches B-Error_Name happen O to O them O . O With O the O rise O of O Web O 2.0 O services O such O as O Twitter B-Application , O end-user O facing O error B-Error_Name messages I-Error_Name such O as O HTTP B-Protocol 404 I-Protocol and O HTTP B-Protocol 500 I-Protocol started O to O be O displayed O with O whimsical O characters O , O termed O Fail O Pets O or O Error O Mascots O . O This O usually O leads O to O crash O ( O due O to O the O resulting O segmentation B-Error_Name fault I-Error_Name on O the O null O pointer O dereference O ) O , O but O there O is O no O guarantee O that O a O crash O will O happen O so O relying O on O that O can O also O lead O to O problems O . O Such O bugs B-Error_Name , O as O well O as O some O gameplay O bugs B-Error_Name , O were O one O of O the O game O 's O biggest O criticisms O . O Reasons O for O BSoDs B-Error_Name include O : O The O project O was O also O expanded O to O include O other O PC O development-related O information O and O therefore O absorbed O a O number O of O independently O maintained O lists O on O PC O I/O O ports O ( O by O Wim O Osterholt O and O Matthias O R O . O Paul O ) O , O BIOS B-Operating_System CMOS B-Device memory I-Device contents O ( O by O Atley O Padgett O Peterson O ) O , O processor B-Language opcodes I-Language ( O by O Alex O V O . O Potemkin O ) O and O bugs B-Error_Name ( O by O Harald O Feldmann O ) O . O The O fundamental O patent O application O for O turbo B-Error_Name codes I-Error_Name was O filed O on O 23 O April O 1991 O . O These O weaknesses O called O into O question O the O security O of O stronger O algorithms O derived O from O the O weak O hash B-Error_Name functions I-Error_Name – O in O particular O , O SHA-1 B-Algorithm ( O a O strengthened O version O of O SHA-0 B-Algorithm ) O , O RIPEMD-128 O , O and O RIPEMD-160 O ( O both O strengthened O versions O of O RIPEMD O ) O . O Fixing O over O forty O gameplay O and O stability O issues O , O and O addressing O numerous O bugs B-Error_Name , O the O patch O also O included O new O multiplayer O maps O and O gameplay O modes O . O The O accumulated O hash B-Error_Name code I-Error_Name is O reduced O by O a O final O modulo O or O other O operation O to O yield O an O index O into O the O table O . O No O effort O was O made O to O resist O attacks O in O the O known-key B-General_Concept distinguishing I-General_Concept attack I-General_Concept model O , O nor O did O the O designers O evaluate O Speck B-Algorithm for O use O as O a O hash B-Error_Name function I-Error_Name . O Usually O negative B-Error_Name cache I-Error_Name is O a O design O choice O , O but O it O can O also O be O a O software B-Error_Name bug I-Error_Name . O Super B-Application Stardust I-Application HD I-Application was O one O of O the O games O given O for O free O by O Sony O as O part O of O their O ' O Welcome O Back O ' O package O due O to O the O PlayStation B-Error_Name Network I-Error_Name outage I-Error_Name in O 2011 O . O Hamming B-Error_Name studied O the O existing O coding O schemes O , O including O two-of-five O , O and O generalized O their O concepts O . O The O main O antagonists O of O the O game O are O software B-Error_Name bugs I-Error_Name that O corrupt O the O data O of O Jiminy O 's O journal O , O which O take O the O form O of O red-and-black O blocks O and O Heartless O that O Sora O encounters O in O the O first B-Application game I-Application . O When O implemented O in O software O , O long O multiplication O algorithms O must O deal O with O overflow B-Error_Name during O additions O , O which O can O be O expensive O . O The O parity-check O matrix O of O a O Hamming B-Error_Name code I-Error_Name is O constructed O by O listing O all O columns O of O length O that O are O non-zero O , O which O means O that O the O dual O code O of O the O Hamming B-Error_Name code I-Error_Name is O the O shortened B-Error_Name Hadamard I-Error_Name code I-Error_Name , O also O known O as O a O Simplex O code O . O It O replaced O the O initial O Mac O OS O X-like O interface O with O native O Windows B-Application themes O on O Windows B-Application using O native O font O renderings O . O Safari O 4.0.1 O was O released O for O Mac B-Device on O June O 17 O , O 2009 O , O and O fixed O Faces O bugs B-Error_Name in O iPhoto B-Operating_System ' O 09 O . O published O experimental O results O in O 1996 O suggesting O that O a O lower O Response O For O a O Class O ( O RFC O , O the O number O of O methods O potentially O invoked O in O response O to O calling O a O method O of O that O class O ) O can O reduce O the O probability O of O software B-Error_Name bugs I-Error_Name . O For O example O , O Chicken B-Language intentionally O maintains O a O stack B-General_Concept and O lets O the O stack B-Error_Name overflow I-Error_Name . O Supporters O of O the O Y2K B-Error_Name remediation O effort O argued O that O this O was O primarily O due O to O the O pre-emptive O action O of O many O computer O programmers O and O information B-General_Concept technology I-General_Concept experts O . O Filesystems O such O as O ZFS B-Application or O Btrfs B-Operating_System , O as O well O as O some O RAID B-Architecture implementations O , O support O data B-Error_Name scrubbing I-Error_Name and O resilvering O , O which O allows O bad O blocks O to O be O detected O and O ( O hopefully O ) O recovered O before O they O are O used O . O As O mentioned O above O , O the O augmented O Hadamard B-Error_Name code I-Error_Name is O used O in O practice O since O the O Hadamard B-Error_Name code I-Error_Name itself O is O somewhat O wasteful O . O Message B-Error_Name authentication I-Error_Name is O typically O achieved O by O using O message B-Algorithm authentication I-Algorithm codes I-Algorithm ( O MACs O ) O , O authenticated B-Algorithm encryption I-Algorithm ( O AE O ) O or O digital O signatures O . O If O two O clients O with O the O same O nickname O join O from O different O sides O of O a O netsplit B-Error_Name ( O " O nick O collision O " O ) O , O the O first O server B-Application to O see O this O collision O will O force O both O clients O to O change O their O nick O to O their O UID O , O thus O saving O both O clients O from O being O disconnected O . O Client B-Protocol software I-Protocol exists O for O various O operating B-General_Concept systems I-General_Concept or O software O packages O , O as O well O as O web-based B-Application or O inside O games O . O In O general O , O the O ISBN B-Library check B-Error_Name digit I-Error_Name is O calculated O as O follows O . O Compared O to O error B-Error_Name correction I-Error_Name or I-Error_Name error I-Error_Name detection I-Error_Name , O the O " O right O " O formalization O of O non-malleable B-Algorithm codes I-Algorithm is O somewhat O harder O to O define O . O The O concept O of O the O " O any B-Error_Name key I-Error_Name " O has O become O a O popular O piece O of O computer-related O humor O , O and O was O used O as O a O gag O on O The B-Application Simpsons I-Application , O in O the O seventh-season O episode O " O King-Size O Homer O " O . O It O is O explained O that O he O was O told O by O Anthrax O to O despise O Dark B-Error_Name Schneider I-Error_Name , O thus O erupting O into O a O battle O between O the O two O . O Xbox B-Operating_System 360 I-Operating_System owners O reporting O blank O video O output O issue O , O Engadget B-Application ( O June O 24 O , O 2007 O ) O . O Another O Xbox B-Operating_System 360 I-Operating_System crisis O ? O The O complete O video O failure O is O sometimes O preceded O by O other O graphical O glitches B-Error_Name such O as O an O irregular O saturation O of O green O and/or O red O colors O . O That O is O often O done O purposefully O in O such O a O way O that O the O lowest-frequency O alias B-Error_Name satisfies O the O Nyquist O criterion O , O because O the O bandpass O signal O is O still O uniquely O represented O and O recoverable O . O It O works O by O applying O a O hash B-Error_Name function I-Error_Name to O the O features B-Algorithm and O using O their O hash B-Error_Name values I-Error_Name as O indices O directly O , O rather O than O looking O the O indices O up O in O an O associative B-Application array I-Application . O The O p-value B-General_Concept was O devised O as O an O informal O , O but O objective O , O index O meant O to O help O a O researcher O determine O ( O based O on O other O knowledge O ) O whether O to O modify O future O experiments O or O strengthen O one O 's O faith B-Error_Name in O the O null B-General_Concept hypothesis I-General_Concept . O The O 1973 O 3330 O Model O 11 O features O IBM O 3336-11 O Disk B-Operating_System Packs I-Operating_System that O held O up O to O 200MB O ( O 808x19x O 13,030 O bytes O ) O . O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O However O , O only O a O 3340 O can O serve O as O head B-Device of O string O ; O there O are O no O A O model O 3344 O drives O , O and O a O 3344 O must O be O attached O to O a O 3340 O A O model O as O head B-Device of O string O . O The O IBM O 3340 O Direct O Access O Storage O Facility O , O code-named O Winchester O , O was O introduced O in O March O 1973 O for O use O with O IBM B-Device System/370 I-Device . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O One O significant O aspect O of O this O product O , O and O the O reason O that O disk B-Device drives I-Device in O general O became O known O as O " O Winchester O technology O " O , O was O that O this O head B-Device design O was O very O low O cost O and O did O not O require O the O heads O to O be O unloaded O from O the O media O . O Winchester O technology O allowed O the O head B-Device to O land O and O take O off O from O the O disk B-Device media O as O the O disk B-Device spun O up O and O down O . O PACTOR B-Device uses O a O combination O of O simple O FSK O modulation O , O and O the O ARQ B-Error_Name protocol I-Error_Name for O robust O error B-Error_Name detection I-Error_Name and O data O throughput O . O Hashing-based O approximate O nearest B-Algorithm neighbor I-Algorithm search I-Algorithm algorithms O generally O use O one O of O two O main O categories O of O hashing O methods O : O either O data-independent O methods O , O such O as O locality-sensitive B-Algorithm hashing I-Algorithm ( O LSH O ) O ; O or O data-dependent O methods O , O such O as O locality-preserving B-Error_Name hashing I-Error_Name ( O LPH O ) O . O Tapes O with O character O data O ( O BCD O ) O were O recorded O in O even B-Error_Name parity I-Error_Name . O Binary O tapes O used O odd B-Error_Name parity I-Error_Name ( O 709 O manual O , O p.20 O ) O . O but O due O to O the O computational O effort O in O implementing O encoder O and O decoder O and O the O introduction O of O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name codes I-Error_Name , O LDPC B-Error_Name codes I-Error_Name are O now O used O in O many O recent O high-speed O communication O standards O , O such O as O DVB-S2 O ( O Digital O Video O Broadcasting O – O Satellite O – O Second O Generation O ) O , O WiMAX O ( O IEEE O 802.16e O standard O for O microwave O communications O ) O , O High-Speed O Wireless O LAN O ( O IEEE O 802.11n O ) O , O 10GBase-T O Ethernet O ( O 802.3an O ) O and O G.hn/G.9960 B-General_Concept ( O ITU-T O Standard O for O networking O over O power O lines O , O phone O lines O and O coaxial O cable O ) O . O Since O the O separation O between O consecutive O symbols O is O the O number O of O errors O that O the O deinterleaved O output O may O contain O is O By O the O theorem O above O , O for O error B-Error_Name correction I-Error_Name capacity O up O to O , O maximum O burst O length O allowed O is O For O burst O length O of O decoder O may O fail O . O Portal B-Application 2 I-Application was O released O a O few O days O before O the O PlayStation B-Error_Name Network I-Error_Name outage I-Error_Name . O The O second O pass O produces O the O final O HMAC B-Algorithm code O derived O from O the O inner O hash B-Error_Name result O and O the O outer O key O . O The O library O function O sends O the O specified O signal O to O the O current O process B-Operating_System . O Exceptions B-General_Concept such O as O division B-Algorithm by I-Algorithm zero I-Algorithm , O segmentation B-Error_Name violation I-Error_Name ( O SIGSEGV B-Error_Name ) O , O and O floating B-Algorithm point I-Algorithm exception B-General_Concept ( O SIGFPE B-General_Concept ) O will O cause O a O core B-Error_Name dump I-Error_Name and O terminate B-Operating_System the O program B-Application . O OpenSSL B-Language core O developer O Ben O Laurie O claimed O that O a O security O audit O of O OpenSSL B-Language would O have O caught O Heartbleed B-Error_Name . O SHA-1 B-Algorithm produces O a O message B-Algorithm digest I-Algorithm based O on O principles O similar O to O those O used O by O Ronald O L O . O Rivest O of O MIT O in O the O design O of O the O MD2 B-Algorithm , O MD4 B-Algorithm and O MD5 B-Algorithm message B-Algorithm digest I-Algorithm algorithms O , O but O generates O a O larger O hash B-Error_Name value I-Error_Name ( O 160 O bits O vs. O 128 O bits O ) O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O There O are O also O some O bugs B-Error_Name regarding O ball O possession O ( O occasionally O , O the O ball O can O change O from O one O team O to O another O in O the O middle O of O a O play O for O no O reason O at O all O ) O and O the O engine O often O flickers O players O when O there O are O too O many O of O them O in O an O area O . O They O serve O a O similar O role O , O but O are O not O limited O to O the O eD2k B-Protocol hash B-Error_Name and O can O contain O other O hashes B-Error_Name such O as O SHA-1 B-Algorithm or O MD5 B-Algorithm for O example O , O which O makes O it O possible O to O use O these O links O to O point O to O files O in O several O networks O ( O as O well O as O in O BitTorrent O ) O at O once O . O Such O interpolation O would O treat O diagonal O lines O differently O from O horizontal O and O vertical O lines O , O which O is O like O a O weak O form O of O aliasing B-Error_Name . O The O original O specification O – O now O commonly O called O SHA-0 B-Algorithm – O of O the O algorithm O was O published O in O 1993 O under O the O title O Secure O Hash B-Error_Name Standard O , O FIPS O PUB O 180 O , O by O U.S. O government O standards O agency O NIST O ( O National O Institute O of O Standards O and O Technology O ) O . O Unlike O the O other O releases O in O The B-Application Sims I-Application Stories O series O , O Castaway O Stories O offers O one O 24-chapter O story O , O compared O to O Life O Stories O and O Pet O Stories O which O offer O two O 12-chapter O stories O . O PC O Gamer O praised O the O low O system O requirements O , O the O music O , O and O the O original O setting O , O as O well O as O the O low O retail O price O , O but O noted O that O there O are O a O few O bugs B-Error_Name and O long O loading O times O . O On O the O technical O side O , O the O game O 's O launch O was O plagued O by O numerous O bugs B-Error_Name , O long O loading O screens O and O balance O issues O , O which O hurt O the O game O 's O initial O reception O with O both O professional O critics O and O customers O . O Some O reviews O compared O Neverwinter B-Application Nights I-Application 2 O to O Star B-Application Wars I-Application : I-Application Knights I-Application of I-Application the I-Application Old I-Application Republic I-Application II I-Application , O a O previous O Obsidian O game O that O had O received O similar O complaints O . O The O bugs B-Error_Name were O described O as O disruptive O to O gameplay O and O " O downright O infuriating O " O , O and O one O reviewer O encountered O a O " O showstopper O bug B-Error_Name " O in O the O initial O retail O version O that O prevented O him O from O playing O the O game O past O a O certain O point O . O The O bug B-Error_Name also O applies O to O opcodes O ending O in O C9 O through O CF O , O which O specify O register O operands O other O than O EAX O . O The O average O cost O of O linear B-Algorithm probing I-Algorithm depends O on O the O hash B-Error_Name function I-Error_Name 's O ability O to O distribute O the O elements O uniformly O throughout O the O table B-Data_Structure to O avoid O clustering B-Algorithm , O since O formation O of O clusters O would O result O in O increased O search O time O . O Upon O the O game O 's O release O , O players O shortly O found O various O errors B-Error_Name and O glitches B-Error_Name . O Locally B-Error_Name testable I-Error_Name codes I-Error_Name are O error-correcting B-Error_Name codes I-Error_Name for O which O it O can O be O checked O probabilistically O whether O a O signal O is O close O to O a O codeword O by O only O looking O at O a O small O number O of O positions O of O the O signal O . O Takahashi O criticized O the O game O 's O bugs B-Error_Name and O unstable O frame O rate O . O The O generalization O Wt O mentioned O below O is O known O in O signal O analysis O as O a O Gaussian O filter O and O in O image B-Algorithm processing I-Algorithm ( O when O implemented O on O R2 O ) O as O a O Gaussian B-Error_Name blur I-Error_Name . O Typical O advantages O of O focusing O on O software O may O include O more O rapid O development O , O lower O non-recurring O engineering O costs O , O heightened O portability B-Architecture , O and O ease O of O updating O features O or O patching O bugs B-Error_Name , O at O the O cost O of O overhead O to O compute O general O operations O . O It O was O specifically O discovered O and O discussed O by O Fredman O , O Komlos O and O Szemeredi O ( O 1984 O ) O and O has O therefore O been O nicknamed O " O FKS O Hashing B-Error_Name " O . O HAProxy B-Language is O used O by O a O number O of O high-profile O websites O including O GoDaddy O , O GitHub B-Application , O Bitbucket B-Protocol , O Stack B-Error_Name Overflow I-Error_Name , O Reddit B-Application , O Slack B-Protocol , O Speedtest.net, O Tumblr B-Application , O Twitter B-Application and O Tuenti O and O is O used O in O the O OpsWorks O product O from O Amazon B-Application Web I-Application Services I-Application . O If O the O hash B-Error_Name function I-Error_Name generates O the O same O for O distinct O keys B-Application ( O ) O , O this O results O in O collision O , O which O is O dealt O with O in O a O variety O of O ways O . O A O shortcoming O of O this O framework O is O losing O precision O like O in O other O hashing B-Error_Name techniques O . O Limited O display O area O , O limited O computing O power O , O limited O volatile O and O non-volatile O memory O , O non-conventional O shape O of O the O devices O , O abundance O of O sensor O data O , O complex O communication O patterns O of O the O apps O , O and O limited O battery O size O — O all O these O factors O can O contribute O to O salient O software B-Error_Name bugs I-Error_Name and O failure O modes O , O such O as O , O resource O starvation O or O device O hangs O . O Configuration O of O user-selectable O options O ( O such O as O parity B-Error_Name ) O was O done O with O mechanical O clips O that O depressed O or O released O various O levers O . O An O update O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O of O Guitar B-Application Hero I-Application II I-Application , O which O was O intended O to O fix O some O issues O with O the O whammy O bar O on O that O game O 's O guitar O controllers O , O came O with O a O bug B-Error_Name that O caused O some O consoles O to O freeze B-General_Concept , O or O even O stop O working O altogether O , O producing O the O infamous O " O red B-Error_Name ring I-Error_Name of I-Error_Name death I-Error_Name " O . O A O deterministic O hash B-Error_Name function I-Error_Name cannot O offer O any O guarantee O in O an O adversarial O setting O if O , O since O the O adversary O may O choose O to O be O precisely O the O preimage O of O a O bin O . O Further O , O they O suggest O that O two O different O hashing B-Error_Name functions I-Error_Name be O used O so O that O the O order O of O the O routers O in O the O markings O can O be O determined O . O It O uses O the O two O message O schedule O functions O in O the O hash B-Error_Name function I-Error_Name SHA-256 B-Algorithm internally O , O but O with O the O tables O P O and O Q O as O S-boxes B-Algorithm . O The O same O assumptions O in O Bloom B-Algorithm filter I-Algorithm , O which O hash B-Error_Name functions I-Error_Name make O insertions O uniform O random O , O is O also O assumed O here O . O According O to O a O statement O made O by O a O Jagex O employee O , O the O bug B-Error_Name was O caused O by O insufficient O testing O of O an O update O that O saw O the O release O of O a O new O game O skill O , O Construction O , O wherein O players O could O create O their O own O houses O in O which O PvP O combat O could O take O place O . O Decrypt O this O hash B-Error_Name value I-Error_Name as O if O it O were O an O instance O of O ciphertext O . O A O check B-Error_Name digit I-Error_Name is O a O form O of O redundancy O check O used O for O error B-Error_Name detection I-Error_Name on O identification O numbers O , O such O as O bank O account O numbers O , O which O are O used O in O an O application O where O they O will O at O least O sometimes O be O input O manually O . O A O checksum O or O error-correcting B-Error_Name code O can O be O kept O for O each O block O or O sector O in O order O to O detect O errors O or O correct O errors O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O One O significant O aspect O of O this O product O , O and O the O reason O that O disk B-Device drives I-Device in O general O became O known O as O " O Winchester O technology O " O , O was O that O this O head B-Device design O was O very O low O cost O and O did O not O require O the O heads O to O be O unloaded O from O the O media O . O The O currency O symbol O $ O , O ( O 11 O , O 8 O , O 3 O ) O in O the O punched B-Architecture card I-Architecture , O was O encoded O in O memory O as O ( O B O , O 8 O , O 2 O , O 1 O ) O . O This O allows O the O circuitry O to O convert O between O the O punched B-Architecture card I-Architecture format O and O the O internal O storage O format O to O be O very O simple O with O only O a O few O special O cases O . O The O memory O of O the O IBM B-Device 1620 I-Device is O organized O into O 6-bit O addressable O digits O , O the O usual O 8 O , O 4 O , O 2 O , O 1 O plus O F O , O used O as O a O flag O bit O and O C B-Language , O an O odd B-Error_Name parity I-Error_Name check B-Error_Name bit I-Error_Name . O In O the O Decimal B-Device Architecture I-Device IBM B-Device 7070 I-Device , O IBM B-Device 7072 I-Device , O and O IBM B-Device 7074 I-Device alphamerics O are O encoded O using O digit O pairs O ( O using O two-out-of-five O code O in O the O digits O , O not O BCD O ) O of O the O 10-digit O word O , O with O the O " O zone O " O in O the O left O digit O and O the O " O digit O " O in O the O right O digit O . O The O Chicago O Tribune O reported O that O some O large O fundamentalist O churches O , O motivated O by O Y2K B-Error_Name , O were O the O sites O for O flea O market-like O sales O of O paraphernalia O designed O to O help O people O survive O a O social O order O crisis O ranging O from O gold O coins O to O wood-burning O stoves O . O Here O a O first-level O hash B-Error_Name function I-Error_Name is O also O used O to O map O elements O onto O a O range O of O integers O . O This O has O sometimes O been O used O to O generate O pseudorandom B-Error_Name numbers I-Error_Name in O games O , O and O also O in O software O protection O schemes O . O Since O version O 0.86 O BitComet B-Protocol includes O discussion O and O stat-tracking O features O which O send O information O about O torrents B-Protocol to O the O Bitcomet.com O servers O , O including O the O torrent B-Protocol hash B-Error_Name . O A O frustrating O aspect O of O negative B-Error_Name caches I-Error_Name is O that O the O user O may O put O a O great O effort O into O troubleshooting O the O problem O , O and O then O after O determining O and O removing O the O root O cause O , O the O error O still O does O not O vanish O . O Stack B-Error_Name overflows I-Error_Name are O made O worse O by O anything O that O reduces O the O effective O stack B-Application size O of O a O given O program O . O On O the O systems O sold O by O British O company O ICL O ( O formerly O ICT O ) O the O paper O tape O had O 8 O hole O positions O running O across O it O , O with O the O 8th O being O for O parity B-Error_Name . O Thus O the O check B-Error_Name digit I-Error_Name is O 2 O . O If O the O flash B-Device controller I-Device does O not O intervene O in O time O , O however O , O a O read O disturb O error O will O occur O with O possible O data O loss O if O the O errors O are O too O numerous O to O correct O with O an O error-correcting B-Error_Name code I-Error_Name . O Accompany O each O were O patches O to O the O base O game O that O fixed O bugs B-Error_Name , O and O added O extra O content O ( O such O as O the O Battle O of O Britain O map O ) O to O the O base O game O . O As O time O passes O , O the O fingerprint O information O is O “ O clobbered O ” O by O hashes B-Error_Name generated O by O other O packets B-Protocol . O Shims B-General_Concept simulate O the O behavior O of O older O versions O of O Windows O for O legacy O applications O that O rely O on O incorrect O or O deprecated O functionality O , O or O correct O the O way O in O which O poorly O written O applications O call O unchanged O APIs B-Application , O for O example O to O fix O least-privileged O user O account O ( O LUA O ) O bugs B-Error_Name . O Some O error-correcting B-Error_Name codes I-Error_Name are O based O on O special O checksums B-Algorithm which O not O only O detect O common O errors O but O also O allow O the O original O data O to O be O recovered O in O certain O cases O . O The O complete O video O failure O is O sometimes O preceded O by O other O graphical O glitches B-Error_Name such O as O an O irregular O saturation O of O green O and/or O red O colors O . O Others O have O complained O about O not O being O able O to O view O certain O movies/DVDs O on O their O HDTV B-Device using O the O HDMI B-Protocol cable O . O In O particular O k-means O hash B-Error_Name functions I-Error_Name are O better O in O practice O than O projection-based O hash B-Error_Name functions I-Error_Name , O but O without O any O theoretical O guarantee O . O This O is O generally O attributed O to O an O unwieldy O and O cumbersome O user B-Application interface I-Application , O poor O space O battle O AI B-Application , O a O number O of O software B-Error_Name bugs I-Error_Name that O caused O the O game O to O crash O and O were O never O fixed O ( O save O for O the O two O patches O that O addressed O a O few O of O the O worst O bugs B-Error_Name , O Infogrames O provided O no O support O following O the O game O 's O release O ) O , O the O suppression O of O many O popular O features O of O the O previous O games O ( O such O as O genocide O and O refitting O of O obsolete O space O ships O ) O combined O with O the O absence O of O many O of O the O promised O new O features O ( O such O as O racial O ethos O systems O and O colonization B-Application of O moons O and O asteroids O , O as O opposed O to O the O player O being O limited O to O planets O ) O , O and O lack O of O micromanagement O or O the O general O character O and O charm O of O the O predecessors O . O Following O the O disclosure O , O on O August O 5 O , O 2015 O , O Zimperium O publicly O released O the O source O code O of O a O proof-of-concept O exploit O , O actual O patches O for O the O Stagefright B-Application library O ( O although O the O patches O were O already O publicly O available O since O early O May O 2015 O in O the O AOSP O and O other O open-source B-License repositories B-General_Concept ) O , O and O an O Android B-Application application I-Application called O " O Stagefright B-Application detector O " O that O tests O whether O an O Android B-Application device O is O vulnerable O to O the O Stagefright B-Application bug B-Error_Name . O Forks B-Application are O typically O conducted O in O order O to O add O new O features B-Architecture to O a O blockchain O , O to O reverse O the O effects O of O hacking O or O catastrophic O bugs B-Error_Name . O Attorneys O organized O and O mobilized O for O Y2K B-Error_Name class O action O lawsuits O ( O which O were O not O pursued O ) O . O Jacques O Hadamard O did O not O invent O the O code O himself O , O but O he O defined O Hadamard O matrices O around O 1893 O , O long O before O the O first O error-correcting B-Error_Name code I-Error_Name , O the O Hamming B-Error_Name code I-Error_Name , O was O developed O in O the O 1940s O . O Reviewers O also O encountered O several O software B-Error_Name bugs I-Error_Name and O glitches O , O among O them O incompatibility O with O Windows B-Application 2000 I-Application and O a O bug B-Error_Name forcing O the O player O to O repeat O a O sequence O near O the O end O several O times O . O Attackers O have O always O found O vulnerabilities O in O the O isolation O software O ( O such O as O hypervisors B-Operating_System ) O , O covert O channels O are O impractical O to O counter O without O physically O separate O machines O , O and O shared O hardware O is O vulnerable O to O defects O in O hardware O protection O mechanisms O such O as O Rowhammer B-General_Concept , O Spectre B-Error_Name , O and O Meltdown B-Architecture . O Using O it O effectively O leads O to O making O asynchronous B-Architecture I/O I-Architecture requests O since O the O kernel B-Operating_System will O poll O the O descriptor O in O place O of O the O caller O . O It O provides O an O alternative O to O active O polling B-General_Concept . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O when O it O performs O a O segmentation B-Error_Name violation I-Error_Name . O One O of O the O most O common O glitches B-Error_Name in O video O games O is O clipping O , O which O is O used O to O pass O though O a O wall O or O barrier O to O access O certain O areas O that O would O be O inaccessible O in O normal O gameplay O . O In O April O 2014 O in O the O wake O of O Heartbleed B-Error_Name , O members O of O the O OpenBSD B-Operating_System project I-Operating_System forked O OpenSSL O starting O with O the O 1.0.1g O branch O , O to O create O a O project O named O LibreSSL B-Language . O Based O on O this O information O , O the O Fano B-Error_Name algorithm I-Error_Name can O move O from O the O current O path O to O either O its O immediate O predecessor O path O or O the O selected O successor O path O ; O hence O , O no O stack O is O required O for O queuing O all O examined O paths O . O With O DSSS B-Device , O the O message O bits O are O modulated B-Application by O a O pseudorandom B-Error_Name bit O sequence O known O as O a O spreading O sequence O . O If O the O hash B-Error_Name function I-Error_Name generates O uniformly O distributed O fingerprints O then O the O length O of O most O runs O is O O(1 ) O and O it O is O highly O likely O that O all O runs O have O length O O(log m ) O where O m O is O the O number O of O slots O in O the O table O . O PJW B-Error_Name hash I-Error_Name function I-Error_Name is O a O non-cryptographic O hash B-Error_Name function I-Error_Name created O by O Peter O J O . O Weinberger O of O AT&T O Bell O Labs O . O Languages O have O adopted O several O different O methods O for O coping O with O object O resurrection O , O most O commonly O by O having O two-phase O garbage B-General_Concept collection I-General_Concept in O the O presence O of O finalizers B-Application , O to O prevent O dangling B-Error_Name references I-Error_Name ; O and O by O only O finalizing O objects O once O , O particularly O by O marking O objects O as O having O been O finalized O ( O via O a O flag O ) O , O to O ensure O that O objects O can O be O destroyed O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O According O to O Steven O Strom O of O Ars O Technica O , O " O Big B-Application Rigs I-Application is O n't O just O a O failure O of O programming O ( O thanks O to O numerous O bugs B-Error_Name and O crashes B-General_Concept ) O . O HARQ B-Error_Name is O used O in O HSDPA O and O HSUPA O which O provide O high O speed O data O transmission O ( O on O downlink O and O uplink B-Application , O respectively O ) O for O mobile O phone O networks O such O as O UMTS B-Protocol , O and O in O the O IEEE O 802.16-2005 O standard O for O mobile O broadband O wireless O access O , O also O known O as O " O mobile O WiMAX O " O . O TTMR B-Error_Name allows O the O use O of O very B-General_Concept long I-General_Concept instruction I-General_Concept word I-General_Concept ( O VLIW B-General_Concept ) O style O microprocessors O in O space O or O other O applications O where O external O sources O , O such O as O radiation O , O would O cause O an O elevated O rate O of O errors O . O A O few O forward B-Error_Name error I-Error_Name correction I-Error_Name codes O are O designed O to O correct O bit-insertions O and O bit-deletions O , O such O as O Marker O Codes O and O Watermark O Codes O . O The O fundamental O principle O of O ECC B-General_Concept is O to O add O redundant B-General_Concept bits O in O order O to O help O the O decoder O to O find O out O the O true O message O that O was O encoded O by O the O transmitter O . O Selecting O a O pivot O element O is O also O complicated O by O the O existence O of O integer B-Error_Name overflow I-Error_Name . O Another O variation O of O a O cuckoo B-Algorithm hash I-Algorithm table I-Algorithm , O called O a O cuckoo B-Algorithm filter I-Algorithm , O replaces O the O stored O keys O of O a O cuckoo B-Algorithm hash I-Algorithm table I-Algorithm with O much O shorter O fingerprints O , O computed O by O applying O another O hash B-Error_Name function I-Error_Name to O the O keys O . O Negative B-Error_Name caching I-Error_Name , O i.e. O This O matrix O is O obtained O using O the O equation O shown O above O under O #Digital O unsharp B-Algorithm masking I-Algorithm , O using O a O uniform O kernel B-Algorithm with O 5 O pixels O for O the O " O blurred B-Error_Name " O image O , O and O 5 O for O the O " O amount O " O multiplier O : O For O backwards O compatibility O with O existing O links O , O clients O should O also O support O the O Base32 O encoded O version O of O the O hash B-Error_Name . O In O cryptography O , O deniable B-Protocol authentication I-Protocol refers O to O message B-Error_Name authentication I-Error_Name between O a O set O of O participants O where O the O participants O themselves O can O be O confident O in O the O authenticity B-Error_Name of O the O messages O , O but O it O cannot O be O proved O to O a O third O party O after O the O event O . O Typing O certain O key O combinations O at O the O controlling B-General_Concept terminal I-General_Concept of O a O running O process B-Operating_System causes O the O system O to O send O it O certain O signals O : O Ctrl-C B-Device ( O in O older O Unixes B-Application , O DEL O ) O sends O an O INT O signal O ( O " O interrupt B-Application " O , O SIGINT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System . O Ctrl-Z O sends O a O TSTP O signal O ( O " O terminal O stop O " O , O SIGTSTP B-General_Concept ) O ; O by O default O , O this O causes O the O process B-Operating_System to O suspend O execution O . O Ctrl- B-Device \ I-Device sends O a O QUIT O signal O ( O SIGQUIT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System and O dump B-Error_Name core I-Error_Name . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O This O becomes O particularly O useful O since O INSTALL O can O also O be O used O to O run O non-resident O software O under O DR-DOS O , O so O that O temporary O external O programs O can O be O integrated O into O the O CONFIG.SYS O control O flow O . O In O particular O , O casting B-Error_Name out I-Error_Name nines I-Error_Name does O not O catch O transposition O errors O , O such O as O 1324 O instead O of O 1234 O . O There O was O also O one O model O , O the O 21064A-275-PC O , O that O was O restricted O to O running O the O Windows B-Device NT I-Device or O operating B-General_Concept systems I-General_Concept that O use O the O Windows B-Device NT I-Device memory O management O model O . O The O 21064A O succeeded O the O original O 21064 O as O the O high-end O Alpha B-Device microprocessor B-Architecture . O The O primary O caches O were O improved O in O two O ways O : O the O capacity O of O the O I-cache O and O D-cache O was O doubled O from O 8KB O to O 16KB O and O parity B-Error_Name protection O was O added O to O the O cache B-General_Concept tag O and O cache B-General_Concept data O arrays O . O As O of O 2021 O , O Daniel O J O . O Bernstein O 's O SipHash B-Error_Name ( O 2012 O ) O is O the O most O widely-used O hash B-Algorithm function I-Algorithm in O this O class O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O There O are O several O patches O made O by O the O modding O community O fixing O bugs B-Error_Name , O but O the O Autarky O bug B-Error_Name has O never O been O fully O patched O out O . O This O is O the O foundation O for O a O large O set O of O planned O features O : O snapshots B-Application , O copy-on-write B-Language ( O COW O ) O data O , O data B-General_Concept deduplication I-General_Concept , O reflink O copies O , O online O data O and O metadata O scrubbing B-Error_Name , O highly O accurate O reporting O of O data O loss O or O bad O sectors O , O and O significantly O improved O reconstruction O of O damaged O or O corrupted O filesystems O . O So O the O probability O that O all O k O hash B-Error_Name functions I-Error_Name find O their O bit O set O to O 1 O is O . O As O of O 2009 O , O LDPC B-Error_Name codes I-Error_Name are O also O part O of O the O Wi-Fi O 802.11 O standard O as O an O optional O part O of O 802.11n O and O 802.11ac O , O in O the O High O Throughput O ( O HT O ) O PHY O specification O . O In O other O cases O , O programs O may O require O an O unreasonably O large O amount O of O memory B-General_Concept because O the O programmer O has O assumed O memory B-General_Concept is O always O sufficient O for O a O particular O task O ; O for O example O , O a O graphics O file O processor O might O start O by O reading O the O entire O contents O of O an O image O file O and O storing O it O all O into O memory B-General_Concept , O something O that O is O not O viable O where O a O very O large O image O exceeds O available O memory B-General_Concept . O To O put O it O another O way O , O a O memory B-Error_Name leak I-Error_Name arises O from O a O particular O kind O of O programming B-Error_Name error I-Error_Name , O and O without O access O to O the O program O code O , O someone O seeing O symptoms O can O only O guess O that O there O might O be O a O memory B-Error_Name leak I-Error_Name . O However O , O the O mission O is O soon O aborted O and O declared O to O be O a O false B-Error_Name alert I-Error_Name . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O All O signals O are O defined O as O macro O constants O in O the O O header O file O . O Regarding O software O security O , O the O rolling O release O model O can O have O advantages O in O timely O security O updates O , O fixing O system O or O application O security O bugs B-Error_Name and O vulnerabilities O , O that O standard O releases O may O have O to O wait O till O the O next O release O for O or O patch O in O various O versions O . O Software O testers O are O people O whose O primary O task O is O to O find O bugs B-Error_Name , O or O write O code O to O support O testing O . O End-to-end O checksumming O , O using O a O kind O of O " O Data B-Error_Name Integrity I-Error_Name Field I-Error_Name " O , O allowing O data O corruption O detection O ( O and O recovery O if O you O have O redundancy B-Application in O the O pool O ) O . O Kemps O noted O that O " O even O the O recreations O of O the O games O themselves O have O some O issues O , O with O strange O bugs B-Error_Name that O were O n't O present O in O the O originals O " O . O Some O memory B-General_Concept controllers I-General_Concept , O such O as O the O one O integrated O into O PowerQUICC B-General_Concept II O processors O , O include O error B-Error_Name detection I-Error_Name and I-Error_Name correction I-Error_Name hardware O . O File O searches O initiated O by O the O user O were O keyword-based O and O matched O against O the O filename O list O stored O on O the O eDonkey2000 B-Protocol server O , O but O the O server O returned O a O list O of O filenames O paired O with O the O hash B-Error_Name values I-Error_Name of O those O files O to O the O client O . O Once O the O vector O is O generated O , O the O elements O of O it O are O accessed O in O a O pseudo-random B-Error_Name order O and O combined O to O produce O the O derived O key O . O Data O is O encoded O using O 7 O unit O binary O codes O sent O using O a O seven O bit O error B-Error_Name detecting I-Error_Name code I-Error_Name called O Van O Duuren O code O or O CCITT O Telegraph O Alphabet O No O . O This O facilitates O reasoning O and O favors O the O odds O of O getting O insights O about O the O data-generating O system O , O as O well O as O improving O generalisability O and O extrapolation O behaviour O by O preventing O overfitting B-Error_Name . O Edge O magazine O would O bemusedly O quote O from O the O patch O notes O a O few O months O later O and O observe O that O the O removal O of O the O game O 's O bugs B-Error_Name had O removed O much O of O the O game O 's O limited O entertainment O value O . O offer O two O alternative O methods O to O compute O the O skewness B-General_Concept and O kurtosis B-Error_Name , O each O of O which O can O save O substantial O computer O memory O requirements O and O CPU O time O in O certain O applications O . O Also O it O includes O system-level O enhancements O for O recovery O of O packet B-Protocol loss I-Protocol on O IP O networks O - O forward B-Error_Name error I-Error_Name correction I-Error_Name and O error O concealment O . O Step O 2 O alone O allows O high-frequency O signal O components O to O be O misinterpreted O by O subsequent O users O of O the O data O , O which O is O a O form O of O distortion O called O aliasing B-Error_Name . O Deniz O ultimately O argued O the O team O should O continue O to O develop O the O gameplay O and O fix O bugs B-Error_Name , O but O they O would O also O need O to O accept O that O not O every O detail O they O wanted O to O add O was O going O to O be O included O . O This O can O be O combined O with O parity B-Error_Name computed O over O multiple O bits O sent O on O a O single O signal O , O a O longitudinal B-Error_Name redundancy I-Error_Name check I-Error_Name . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O when O it O performs O a O segmentation B-Error_Name violation I-Error_Name . O The O SIGSTOP B-General_Concept signal O instructs O the O operating O system O to O stop O a O process B-Operating_System for O later O resumption O . O The O SIGSYS O signal O is O sent O to O a O process B-Operating_System when O it O passes O a O bad O argument O to O a O system B-Operating_System call I-Operating_System . O libc B-Language ) O to O make O the O call O for O them O . O Name O Standard O Status O Media O Connector O TransceiverModule O Reachin O m O #( O ⇆ O ) O #( O → O ) O #( O → O ) O Notes O colspan O = O " O 11 O " O ( O CL135B/C O ) O 0.25 O 2 O N/A O 2 O PCBs O ; O Line B-Protocol code I-Protocol : O NRZ B-Protocol ( O no O FEC B-Error_Name ) O Line O rate O : O 2x O 25.78125 O GBd O = O 51.5625 O GBd O ( O CL135D/E O ) O 0.25 O 2 O N/A O 2 O PCBs O ; O Line B-Protocol code I-Protocol : O NRZ B-Protocol ( O FEC B-Error_Name encoded O ) O Line O rate O : O 2x O 26.5625 O GBd O = O 53.1250 O GBd O ( O CL135F/G O ) O 0.25 O 1 O N/A O 1 O PCBs O ( O CL133/137 O ) O 1 O 1 O N/A O 1 O PCBs O ; O total O channel O insertion O loss O ≤ O 30 O dB O at O half O sampling O rate O = O 13.28125 O GHz O ( O Nyquist O ) O . O Codes O are O used O for O data B-General_Concept compression I-General_Concept , O cryptography O , O error B-Error_Name detection I-Error_Name and I-Error_Name correction I-Error_Name , O data O transmission O and O data B-General_Concept storage I-General_Concept . O Garbage B-General_Concept collection I-General_Concept in O Java B-Language prevents O many O memory B-Error_Name leaks I-Error_Name , O but O leaks O are O still O possible O under O some O circumstances O . O Quadratic B-Algorithm probing I-Algorithm , O in O which O the O interval O between O probes O is O increased O by O adding O the O successive O outputs O of O a O quadratic O polynomial O to O the O value O given O by O the O original O hash B-Error_Name computation O . O This O may O include O division B-Algorithm by I-Algorithm zero I-Algorithm , O floating B-Algorithm point I-Algorithm underflow O or O overflow O , O integer B-Error_Name overflow I-Error_Name , O an O invalid O operation O or O an O inexact O computation O . O The O SIGHUP B-General_Concept signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept is O closed O . O It O was O originally O designed O to O notify O the O process B-Operating_System of O a O serial O line O drop O ( O a O hangup O ) O . O In O modern O systems O , O this O signal O usually O means O that O the O controlling O pseudo B-Application or I-Application virtual I-Application terminal I-Application has O been O closed O . O Many O daemons B-Operating_System ( O who O have O no O controlling B-General_Concept terminal I-General_Concept ) O interpret O receipt O of O this O signal O as O a O request O to O reload O their O configuration O files O and O flush/reopen O their O logfiles O instead O of O exiting O . O A O forward B-Error_Name error I-Error_Name correction I-Error_Name code O ( O FEC O ) O can O counteract O some O of O the O sub-carriers O being O exposed O to O too O much O fading O to O be O correctly O demodulated O . O Premature B-Algorithm heart I-Algorithm beats I-Algorithm come O in O two O different O types O : O premature B-Algorithm atrial I-Algorithm contractions I-Algorithm and O premature B-Error_Name ventricular I-Error_Name contractions I-Error_Name . O The O game O received O " O mixed O " O reviews O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O As O a O result O of O its O hasty O development O , O a O number O of O potentially O serious O software B-Error_Name bugs I-Error_Name were O uncovered O shortly O after O the O game O 's O release O . O Some O variation O of O BCDIC O alphamerics O is O used O in O most O early O IBM O computers O , O including O the O IBM B-Device 1620 I-Device ( O introduced O in O 1959 O ) O , O IBM B-Device 1400 I-Device series I-Device , O and O non-Decimal O Architecture O members O of O the O IBM B-Device 700/7000 I-Device series I-Device . O The O IBM B-Device 1400 I-Device series I-Device are O character-addressable O machines O , O each O location O being O six O bits O labeled O B O , O A O , O 8 O , O 4 O , O 2 O and O 1 O , O plus O an O odd B-Error_Name parity I-Error_Name check B-Error_Name bit I-Error_Name ( O C B-Language ) O and O a O word O mark O bit O ( O M O ) O . O For O most O other O characters O bits O B O and O A O are O derived O simply O from O the O " O 12 O " O , O " O 11 O " O , O and O " O 0 O " O " O zone O punches O " O in O the O punched B-Architecture card I-Architecture character O code O , O and O bits O 8 O through O 1 O from O the O 1 O through O 9 O punches O . O Thus O the O letter O A O , O which O is O ( O 12 O , O 1 O ) O in O the O punched B-Architecture card I-Architecture format O , O is O encoded O ( O B O , O A O , O 1 O ) O . O There O is O a O similar O problem O of O finding O long O induced O cycles O in O hypercubes B-Operating_System , O called O the O coil-in-the-box B-Error_Name problem O . O In O such O cases O , O there O is O no O memory B-Error_Name dump I-Error_Name saved O . O One O solution O to O the O fragile B-Error_Name binary I-Error_Name interface I-Error_Name problem I-Error_Name is O to O write O a O language O that O knows O the O problem O exists O , O and O does O not O let O it O happen O in O the O first O place O . O It O is O used O for O state O hashing B-Error_Name , O where O each O state O ( O e.g. O The O possibility O of O over-fitting B-Error_Name exists O because O the O criterion O used O for O selecting O the O model O is O not O the O same O as O the O criterion O used O to O judge O the O suitability O of O a O model O . O Alice O computes O parity B-Error_Name bit I-Error_Name value O : O Clients O that O wish O to O download O the O file O from O this O publisher O do O not O have O to O know O the O publisher O 's O IP B-Protocol address I-Protocol ( O there O can O be O many O publishers O ) O , O but O only O the O hash B-Error_Name of O the O file O . O The O addressable O unit O of O memory O on O the O NCR B-Device 315 I-Device series O is O a O " O slab O " O , O short O for O " O syllable B-General_Concept " O , O consisting O of O 12 O data O bits O and O a O parity B-Error_Name bit I-Error_Name . O Baffle O Ball O , O the O first O mechanical O pinball B-Application game O , O was O advertised O as O being O " O free O of O bugs B-Error_Name " O in O 1931 O . O Problems O with O military O gear O during O World O War O II O were O referred O to O as O bugs B-Error_Name ( O or O glitches B-Error_Name ) O . O After O discounting O the O parity B-Error_Name bits I-Error_Name , O bits O remain O for O use O as O data O . O The O zoned O nature O of O SMR O also O means O that O the O disk O suffers O from O write B-Error_Name amplification I-Error_Name when O garbage B-General_Concept collecting I-General_Concept , O although O for O hard B-Device drives I-Device the O main O problem O with O writes O is O speed O instead O of O longevity O . O One O cannot O infer O that O high O or O low O kurtosis B-Error_Name distributions O have O the O characteristics O indicated O by O these O examples O . O False B-Error_Name alarms I-Error_Name could O also O refer O to O situations O where O one O becomes O startled O about O something O that O is O later O determined O to O be O untrue O . O Chien B-Error_Name search I-Error_Name improves O upon O the O above O by O selecting O a O specific O order O for O the O non-zero O elements O . O Typically O users O operate O it O recursively O , O where O md5deep B-Language walks O through O one O directory B-Application at O a O time O giving O digests B-Error_Name of O each O file O found O , O and O recursing O into O any O subdirectories B-Application within O . O Examples O include O the O BCJR B-Error_Name algorithm I-Error_Name and O the O soft O output O Viterbi O algorithm O . O On O shared O computers O , O whether O time-sharing O , O batch B-General_Concept processing I-General_Concept , O or O server O systems O , O core B-Error_Name dumps I-Error_Name allow O off-line O debugging O of O the O operating B-General_Concept system I-General_Concept , O so O that O the O system O can O go O back O into O operation O immediately O . O Supports O another O PAT-like O mode O and O ECC B-Error_Name memory O , O and O exclusively O uses O DDR-II O RAM O . O If O keys O are O being O hashed O repeatedly O , O and O the O hash B-Algorithm function I-Algorithm is O costly O , O computing O time O can O be O saved O by O precomputing O the O hash B-Error_Name codes I-Error_Name and O storing O them O with O the O keys O . O The O value O of O the O check B-Error_Name digit I-Error_Name is O simply O the O one O number O between O 0 O and O 10 O which O , O when O added O to O this O sum O , O means O the O total O is O a O multiple O of O 11 O . O Verhoeff O had O the O goal O of O finding O a O decimal O code O — O one O where O the O check B-Error_Name digit I-Error_Name is O a O single O decimal O digit O — O which O detected O all O single-digit O errors O and O all O transpositions O of O adjacent O digits O . O Deciding O how O to O treat O a O customer O based O on O their O membership O number O is O unlikely O to O generalize O to O customers O we O have O n't O seen O before O ( O overfitting B-Error_Name ) O . O Shortly O after O release O , O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PlayStation B-Operating_System 3 I-Operating_System versions O of O FIFA O 10'' O came O in O for O some O criticism O for O containing O various O bugs B-Error_Name , O mostly O related O to O the O game O 's O Manager O Mode O . O Indirect B-Language branches I-Language were O one O of O the O attack O surfaces O of O Spectre B-Error_Name . O when O the O amount O of O adaptation O data O is O limited O , O the O transformation O matrices O tends O to O easily O overfit B-Error_Name the O given O data O . O Line O 13 O : O check B-Error_Name digit I-Error_Name . O The O " O undernetters O " O wanted O to O take O ircd O further O in O an O attempt O to O make O it O use O less O bandwidth O and O to O try O to O sort O out O the O channel O chaos O ( O netsplits B-Error_Name and O takeovers O ) O that O EFnet O started O to O suffer O from O . O The O most O platykurtic B-Error_Name distribution I-Error_Name of O all O is O the O Bernoulli O distribution O with O p O = O 1/2 O ( O for O example O the O number O of O times O one O obtains O " O heads O " O when O flipping O a O coin O once O , O a O coin O toss O ) O , O for O which O the O excess O kurtosis B-Error_Name is O −2 O . O Lemire O shows O that O no O scheme O of O this O type O can O be O 3-independent B-Error_Name . O Many O programming O languages O may O employ O mechanisms O designed O to O avoid O segmentation B-Error_Name faults I-Error_Name and O improve O memory B-General_Concept safety O . O It O is O common O to O use O an O anti-aliasing O filter O to O limit O the O signal O bandwidth O to O comply O with O the O sampling B-Algorithm theorem O , O however O careful O selection O of O this O filter O is O required O because O the O reconstructed O signal O will O be O the O filtered O signal O plus O residual O aliasing B-Error_Name from O imperfect O stop O band O rejection O instead O of O the O original O ( O unfiltered O ) O signal O . O Plagued O with O hardware B-Error_Name bugs I-Error_Name and O poor O compiler O support O , O it O was O seldom O used O in O any O of O the O devices O based O on O those O chips O and O the O product O line O was O discontinued O on O April O 1 O , O 2008 O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O In O computer O science O , O a O hash B-Application tree I-Application ( O or O hash B-Error_Name trie B-General_Concept ) O is O a O persistent B-Application data I-Application structure I-Application that O can O be O used O to O implement O sets O and O maps B-Application , O intended O to O replace O hash B-Algorithm tables I-Algorithm in O purely B-Application functional I-Application programming I-Application . O On O Microsoft B-Application Windows I-Application , O the O offending O process B-Operating_System receives O a O STATUS_ACCESS_VIOLATION O exception B-General_Concept . O The O conditions O under O which O segmentation B-Error_Name violations I-Error_Name occur O and O how O they O manifest O themselves O are O specific O to O hardware O and O the O operating B-General_Concept system I-General_Concept : O different O hardware O raises O different O faults O for O given O conditions O , O and O different O operating B-General_Concept systems I-General_Concept convert O these O to O different O signals O that O are O passed O on O to O processes O . O The O time B-Device stamp I-Device counter I-Device can O be O used O to O time O instructions O accurately O which O can O be O exploited O in O the O Meltdown B-Architecture and O Spectre B-Error_Name security O vulnerabilities O . O A O process B-Operating_System 's O execution O may O result O in O the O generation O of O a O hardware B-General_Concept exception I-General_Concept , O for O instance O , O if O the O process B-Operating_System attempts O to O divide B-Algorithm by I-Algorithm zero I-Algorithm or O incurs O a O page B-General_Concept fault I-General_Concept . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O In O case O of O some O exceptions B-General_Concept , O such O as O a O page B-General_Concept fault I-General_Concept , O the O kernel B-Operating_System has O sufficient O information O to O fully O handle O the O event O itself O and O resume O the O process B-Operating_System 's O execution O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O Localizing O backgrounds O was O more O difficult O than O it O had O been O in O previous O games O : O while O the O earlier O games O used O 2D O illustrations O as O backgrounds O , O which O could O be O changed O , O Dual B-Application Destinies I-Application uses O 3D O models O , O hindering O the O localization O team O from O changing O the O shape O of O objects O without O risking O encountering O bugs B-Error_Name . O July O 25 O , O 1999 O 5.4 O Basic O file O encryption O , O various O improvements O September O 19 O , O 1999 O 5.5 O Bug B-Error_Name fixes O , O various O improvements O January O 16 O , O 2000 O 5.6 O New O syntax O files O , O bug B-Error_Name fixes O , O etc O . O June O 24 O , O 2000 O 5.7 O New O syntax O files O , O bug B-Error_Name fixes O , O etc O . O Contributors O submit O new O features O or O bugfix B-Error_Name changes O using O Gerrit B-Language . O If O one O interprets O the O support O of O each O subset O as O a O 0-1-codeword O of O length O 24 O ( O with O Hamming-weight O 8 O ) O , O these O are O the O " O octads O " O in O the O binary B-Error_Name Golay I-Error_Name code I-Error_Name . O In O their O preface O to O the O Dover O reprint O of O this O paper O , O they O point O out O that O the O idea O of O aliasing B-Error_Name had O been O illustrated O graphically O by O Stumpf O ten O years O prior O . O Fountain B-Error_Name codes I-Error_Name are O known O that O have O efficient O encoding B-Algorithm and O decoding O algorithms O and O that O allow O the O recovery O of O the O original O k O source O symbols O from O any O k’ O of O the O encoding B-Algorithm symbols O with O high O probability O , O where O k’ O is O just O slightly O larger O than O k O . O It O had O a O RISC-based B-Architecture architecture B-General_Concept , O inspired O by O the O Intel B-General_Concept i960 I-General_Concept and O MIPS B-Device architectures I-Device , O and O other O RISC B-Architecture processor I-Architecture instructions O , O such O as O JARL O ( O Jump O and O Register O Link O ) O and O load/store B-Architecture architecture I-Architecture . O At B-Operating_System this O time O , O the O enormous O software O assets O of O the O V60/V70 O , O such O as O real-time B-Operating_System Unix B-Application , O were O abandoned O and O never O returned O to O their O successors O , O a O scenario O Intel O avoided O . O The O V800Series O had O 3 O major O variants O , O the O V810 O , O V830 O , O and O V850 B-Device families O . O One O Japanese O pronunciation O of O " O 4 O " O means O " O death O " O , O thus O avoid O names O evoking O such O as O Death-watch O Shi-ban O ( O the O number O 4 O – O Shi-ban O ) O Bug B-Error_Name ( O , O precisely O " O deathwatch O beetle O " O ) O . O The O limiting O case O where O only O a O finite O number O of O data O points O are O selected O over O a O broad O sample O space O may O result O in O improved O precision O and O lower O variance O overall O , O but O may O also O result O in O an O overreliance O on O the O training O data O ( O overfitting B-Error_Name ) O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O Additionally O , O the O TOC O curve O shows O that O the O number O of O false B-Error_Name alarms I-Error_Name is O 4 O and O the O number O of O correct O rejections O is O 16 O . O The O M O releases O are O extended O maintenance O releases O , O and O Cisco O will O provide O bug B-Error_Name fixes O for O 44 O months O . O On O 18 O January O 2018 O , O unwanted O reboots O , O even O for O newer O Intel O chips O , O due O to O Meltdown B-Architecture and O Spectre B-Error_Name patches O , O were O reported O . O According O to O Dell O : O " O No O ' O real-world O ' O exploits O of O these O vulnerabilities O [ O ie O , O Meltdown B-Architecture and O Spectre ] O have O been O reported O to O date O [ O 26 O January O 2018 ] O , O though O researchers O have O produced O proof-of-concepts. O " O However O , O in O practice O this O rewriting O depends O on O tail B-Language call I-Language elimination I-Language , O which O is O not O a O feature O of O all O languages O . O C B-Language , O Java B-Language , O and O Python B-Language are O notable O mainstream O languages O in O which O all O function O calls O , O including O tail B-Language calls I-Language , O may O cause O stack B-General_Concept allocation I-General_Concept that O would O not O occur O with O the O use O of O looping O constructs O ; O in O these O languages O , O a O working O iterative B-Algorithm program O rewritten O in O recursive O form O may O overflow B-Error_Name the I-Error_Name call I-Error_Name stack I-Error_Name , O although O tail B-Language call I-Language elimination I-Language may O be O a O feature O that O is O not O covered O by O a O language O 's O specification O , O and O different O implementations O of O the O same O language O may O differ O in O tail B-Language call I-Language elimination I-Language capabilities O . O Hash B-Algorithm collisions I-Algorithm can O occur O by O chance O and O can O be O intentionally O created O for O many O hash B-Error_Name algorithms I-Error_Name . O Further O , O in O the O presence O of O an O instruction B-General_Concept pipeline I-General_Concept , O uninterruptible O operations O present O a O security O risk O , O as O they O can O potentially O be O chained O in O an O infinite B-Algorithm loop I-Algorithm to O create O a O denial O of O service O attack O , O as O in O the O Cyrix B-Error_Name coma I-Error_Name bug I-Error_Name . O The O C B-Language standard I-Language and O SUSv3 O provide O sig_atomic_t O for O simple O atomic O reads O and O writes O ; O incrementing O or O decrementing O is O not O guaranteed O to O be O atomic O . O On O June O 22 O , O 2007 O , O Apple O released O Safari O 3.0.2 O to O address O some O bugs B-Error_Name , O performance O problems O , O and O other O security O issues O . O Safari O 3.0.2 O for O Windows B-Application handled O some O fonts O that O were O missing O in O the O browser B-Application but O already O installed O on O Windows B-Application computers I-Application such O as O Tahoma O , O Trebuchet O MS O , O and O others O . O Implementation O is O straightforward O once O a O hash B-Error_Name function I-Error_Name is O chosen O ( O the O original O work O on O the O HRW O method O makes O a O hash B-Error_Name function I-Error_Name recommendation O ) O . O A O machine O with O three O replications O of O each O element O is O termed O triple B-Error_Name modular I-Error_Name redundant I-Error_Name ( O TMR O ) O . O Signals B-Operating_System are O received O in O signal B-Operating_System handlers I-Operating_System , O small O , O limited O pieces O of O code O that O run O while O the O rest O of O the O task O is O suspended O ; O if O a O signal B-Operating_System is O received O and O handled O while O the O task O is O blocking B-Operating_System in O select( ) O , O select B-Language will O return O early O with O EINTR B-Error_Name ; O if O a O signal B-Operating_System is O received O while O the O task O is O CPU O bound O , O the O task O will O be O suspended O between O instructions O until O the O signal B-Operating_System handler I-Operating_System returns O . O The O term O is O derived O from O memory B-Error_Name leak I-Error_Name . O Among O its O features O are O more O comprehensive O error B-Error_Name messages I-Error_Name , O functions O to O test O regular B-Language expressions I-Language , O functions O to O test O objects O , O and O functions O to O test O complex O data O structures O . O David O Houghton O of O GamesRadar O attributed O the O game O 's O notoriety O to O its O bugs B-Error_Name , O saying O that O , O otherwise O , O " O Big O Rigs O would O simply O be O an O unremarkable O , O long-forgotten O racing O also-ran O , O rather O than O the O festival O of O hilarity O it O currently O stands O as O " O . O There O are O different O encoding O procedures O for O the O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name code I-Error_Name , O and O thus O , O there O are O different O ways O to O describe O the O set O of O all O codewords O . O Another O glitch B-Error_Name that O appeared O a O few O days O after O launch O was O the O " O three-step O glitch B-Error_Name " O , O which O made O it O impossible O to O " O hunt O down O a O specific O Pokémon B-Application " O . O When O entering O a O password O , O for O example O , O line-at-a-time O entry O with O local O editing O is O possible O , O but O local B-Error_Name echo I-Error_Name is O turned O off O ( O otherwise O the O password O would O be O displayed O ) O . O Feature B-General_Concept engineering I-General_Concept : O Feature B-General_Concept engineering I-General_Concept involves O creating O new O model O features O from O the O existing O ones O that O may O be O more O relevant O to O the O problem O at O hand O . O This O can O help O to O improve O the O accuracy O of O the O model O and O prevent O underfitting B-Error_Name . O Core B-Error_Name dumps I-Error_Name can O serve O as O useful O debugging O aids O in O several O situations O . O Suppose O , O however O , O that O the O programmer O is O concerned O about O the O visible O semantics O of O integer B-Error_Name overflow I-Error_Name and O breaks O the O statement O apart O as O the O program O level O as O follows O : O The O game O reached O the O " O zero O bug B-Error_Name release O " O milestone O on O June O 23 O , O signifying O a O shift O from O content O creation O to O troubleshooting O ; O buggy O artificial O intelligence O or O other O elements O would O be O removed O rather O than O fixed O at O this O point O because O of O time O constraints O . O As O a O part O of O code O review O , O stepping O through O the O code O and O imagining O or O transcribing O the O execution O process O may O often O find O errors O without O ever O reproducing O the O bug B-Error_Name as O such O . O Ex B-Error_Name Falso I-Error_Name is O the O stand-alone O tag-editing O app O ( O no O audio O ) O based O on O the O same O code O and O libraries O . O md5deep B-Language is O a O software O package O used O in O the O computer O security O , O system B-Application administration I-Application and O computer O forensics O communities O to O run O large O numbers O of O files B-Operating_System through O any O of O several O different O cryptographic O digests B-Error_Name . O For O each O packet O that O needs O to O be O transmitted O , O one O of O the O physical O links O is O selected O based O on O a O load-balancing B-Application algorithm O ( O usually O involving O a O hash B-Error_Name function I-Error_Name operating O on O the O source O and O destination O Media B-Protocol Access I-Protocol Control I-Protocol ( O MAC O ) O address O information O ) O . O The O research O offered O SCCC O 's O as O a O form O of O turbo-like O serial O concatenated O codes O that O 1 O ) O were O iteratively O ( O ' O turbo B-Error_Name ' O ) O decodable O with O reasonable O complexity O , O and O 2 O ) O gave O error O correction O performance O comparable O with O the O turbo B-Error_Name codes I-Error_Name . O One O of O the O most O common O techniques O used O to O find O out O bugs B-Error_Name in O code O is O debugging O by O printing O . O All O modules B-Device are O required O to O be O submitted O for O validation O to O Inductive O Automation O to O test O for O stability O , O compatibility O and O memory B-Error_Name leaks I-Error_Name . O All O modules B-Device are O required O to O include O a O free O user O re-settable O 2-hour O trial O version O . O This O bug B-Error_Name caused O Square O Enix O to O take O the O game O server O in O " O urgent O maintenance O " O for O few O days O in O order O to O fix O the O bug B-Error_Name . O School O Idol O Festival O All O Stars O became O a O trending O on O a O video O sharing O platform O TikTok B-Application in O October O 2021 O . O The O Steam B-Application version O features O updated O code O and O patches O for O bugs B-Error_Name that O were O long O neglected O in O the O older O version O . O The O most O common O convention O is O that O a O parity B-Error_Name value O of O one O indicates O that O there O is O an O odd O number O of O ones O in O the O data O , O and O a O parity B-Error_Name value O of O zero O indicates O that O there O is O an O even O number O of O ones O . O Boehm B-Language GC I-Language can O also O run O in O leak B-Error_Name detection I-Error_Name mode O in O which O memory O management O is O still O done O manually O , O but O the O Boehm B-Language GC I-Language can O check O if O it O is O done O properly O . O The O game O is O known O for O its O various O bugs B-Error_Name and O high O difficulty O . O Then O after O 3.0.3 O , O a O number O of O important O and O unexpected O bug B-Error_Name fixes O ( O starting O from O 3.0.4 O ) O suddenly O became O necessary O , O leading O to O a O conflict O , O because O 3.0.5 O was O at O this O time O already O in O use O . O SourceForge B-Application or O GitHub B-Application ) O , O or O given O to O selected O game B-Architecture community I-Architecture members O , O or O sold O with O the O game O , O or O become O available O by O other O means O . O with O unofficial O patches O to O fix O bugs B-Error_Name or O source O ports O to O make O the O game O compatible O with O new O platforms B-Device . O The O new O ROMs O address O a O number O of O bugs B-Error_Name that O are O present O in O the O original O ROMs O , O including O an O infamous O off-by-one B-Error_Name error I-Error_Name in O the O keyboard B-Device decoding O table O , O in O which O the O ' O Q O ' O character O would O remain O lower O case O when O CAPS B-Device LOCK I-Device was O active O . O Saturated B-Algorithm arithmetic I-Algorithm allows O one O to O just O blindly O multiply O every O pixel B-Algorithm by O that O constant O without O worrying O about O overflow O by O just O sticking O to O a O reasonable O outcome O that O all O these O pixels B-Algorithm larger O than O 1 O ( O i.e. O , O " O brighter O than O white O " O ) O just O become O white O and O all O values O " O darker O than O black O " O just O become O black O . O Unanticipated O arithmetic B-Error_Name overflow I-Error_Name is O a O fairly O common O cause O of O program B-Error_Name errors I-Error_Name . O After O years O of O research O , O some O advanced O FEC O systems O like O polar B-Error_Name code I-Error_Name come O very O close O to O the O theoretical O maximum O given O by O the O Shannon O channel O capacity O under O the O hypothesis O of O an O infinite O length O frame O . O The O Spectre B-Error_Name paper O displays O the O attack O in O four O essential O steps O : O The O error O code O errno B-Error_Name is O only O set O when O a O system O call O fails O . O Or O when O converting O an O abstract O design B-Architecture into O code O , O the O coder O might O inadvertently O create O an O off-by-one B-Error_Name error I-Error_Name which O can O be O a O " O < O " O where O " O <= O " O was O intended O , O and O fail O to O sort O the O last O word O in O a O list O . O Modern O desktop O and O server O CPUs O integrate O the O EDAC B-Error_Name circuit O into O the O CPU O , O even O before O the O shift O toward O CPU-integrated O memory O controllers O , O which O are O related O to O the O NUMA B-Operating_System architecture O . O Different O measures O of O kurtosis B-Error_Name may O have O different O interpretations O . O This O ensures O that O a O method O to O find O collisions O in O one O of O the O hash B-Error_Name functions I-Error_Name does O not O defeat O data O protected O by O both O hash B-Error_Name functions I-Error_Name . O Archive O files O often O include O parity B-Error_Name checks I-Error_Name and O other O checksums B-Algorithm for O error B-Error_Name detection I-Error_Name , O for O instance O zip B-General_Concept files I-General_Concept use O a O cyclic O redundancy O check O ( O CRC O ) O . O Development O of O the O game O was O continued O by O people O from O the O Metroid B-Device fan O community O , O including O bug B-Error_Name fixes O , O new O enemies O and O story O elements O , O and O additional O game O modes O such O as O New O Game+ O and O a O " O Randomizer O " O , O which O shuffles O the O locations O of O power-ups O . O One O of O the O most O commonly O raised O complaints O about O the O game O was O the O presence O of O numerous O technical B-Error_Name glitches I-Error_Name in O its O initial O release O . O The O key O design O advantages O of O ReFS B-Application include O automatic O integrity O checking O and O data B-Error_Name scrubbing I-Error_Name , O elimination O of O the O need O for O running O chkdsk B-Device , O protection O against O data O degradation O , O built-in O handling O of O hard B-Device disk I-Device drive I-Device failure I-Device and O redundancy O , O integration O of O RAID B-Architecture functionality O , O a O switch O to O copy/allocate B-Language on I-Language write I-Language for O data O and O metadata O updates O , O handling O of O very O long O paths O and O filenames O , O and O storage B-Application virtualization I-Application and O pooling O , O including O almost O arbitrarily O sized O logical B-Application volumes I-Application ( O unrelated O to O the O physical O sizes O of O the O used O drives O ) O . O Although O in O general O the O problem O of O finding O all O programming B-Error_Name errors I-Error_Name given O a O specification B-Application is O not O solvable O ( O see O halting O problem O ) O , O these O tools O exploit O the O fact O that O human O programmers O tend O to O make O certain O kinds O of O simple O mistakes O often O when O writing O software B-Application . I-Application The O Nintendo B-Application Switch I-Application version O , O which O is O developed O by O Greenwood O , O was O delayed O from O the O originally O announced O release O date O of O September O 27 O due O to O bugs B-Error_Name being O found O late O in O development O . O Moreover O , O increasing O the O size O of O the O parity B-Error_Name bit I-Error_Name string O is O inefficient O , O reducing O throughput O by O three O times O in O our O original O case O , O and O the O efficiency O drops O drastically O as O we O increase O the O number O of O times O each O bit O is O duplicated O in O order O to O detect O and O correct O more O errors O . O This O is O a O list B-Error_Name of I-Error_Name hash I-Error_Name functions I-Error_Name , O including O cyclic O redundancy O checks O , O checksum B-Algorithm functions O , O and O cryptographic B-Algorithm hash I-Algorithm functions I-Algorithm . O Other O collision O resolution O schemes O , O such O as O cuckoo B-Algorithm hashing I-Algorithm and O 2-choice B-Algorithm hashing I-Algorithm , O allow O a O number O of O collisions O before O picking O a O new O hash B-Error_Name function I-Error_Name ) O . O Pandemic O used O the O extra O time O to O make O the O game O playable O , O but O missions O suffered O from O software B-Error_Name bugs I-Error_Name and O the O slowdown O was O unresolved O . O The O team O had O trouble O with O complex O memory-related O glitches B-Error_Name during O development O . O Check B-Error_Name digits I-Error_Name and O parity B-Error_Name bits I-Error_Name are O special O cases O of O checksums B-Algorithm , O appropriate O for O small O blocks O of O data O ( O such O as O Social O Security O numbers O , O bank O account O numbers O , O computer O words O , O single O bytes B-Application , O etc O . O ) O . O Error B-Error_Name messages I-Error_Name are O used O when O user O intervention O is O required O , O to O indicate O that O a O desired O operation O has O failed O , O or O to O relay O important O warnings O ( O such O as O warning O a O computer B-General_Concept user O that O they O are O almost O out O of O hard B-Device disk I-Device space O ) O . O Releases O that O emphasize O bug B-Error_Name fixes O are O known O as O maintenance O releases O , O to O differentiate O it O from O major O releases O that O emphasize O feature O additions O or O changes O . O During O a O transfer O , O the O file O is O broken O into O packets O for O error B-Error_Name correction I-Error_Name purposes O . O The O alternative O , O appending O the O key O using O MAC O = O H( message O ∥ O key O ) O , O suffers O from O the O problem O that O an O attacker O who O can O find O a O collision O in O the O ( O unkeyed O ) O hash B-Error_Name function I-Error_Name has O a O collision O in O the O MAC O ( O as O two O messages O m1 O and O m2 O yielding O the O same O hash B-Error_Name will O provide O the O same O start O condition O to O the O hash B-Error_Name function I-Error_Name before O the O appended O key O is O hashed O , O hence O the O final O hash B-Error_Name will O be O the O same O ) O . O The O program O either O hangs O or O displays O an O error O message O and O exits O to O DOS B-Device . O In O August O 2016 O , O a O casino B-Application machine O at O Resorts O World O casino B-Application printed O a O prize O ticket O of O $ O 42,949,672 O .76 O as O a O result O of O an O overflow O bug B-Error_Name . O Bethesda O 's O The B-Application Elder I-Application Scrolls I-Application V I-Application : I-Application Skyrim I-Application is O notorious O for O texture O glitches B-Error_Name , O as O well O as O other O errors O that O affect O many O of O the O company O 's O popular O titles O . O It O uses O 1MB O embedded O Flash O with O built-in O ECC B-Error_Name hardware O . O Alternatively O the O player O can O also O purchase O the O costume O sets O as O DLC B-Protocol immediately O . O An O infamous O bug B-Error_Name occurred O in O the O first O day O after O the O Next O Stage O update O had O been O released O for O the O arcades O in O 2018 O , O wherein O sometimes O the O characters O appeared O to O be O naked O during O the O dance O sequences O . O Double B-Algorithm hashing I-Algorithm approximates O a O random O distribution O ; O more O precisely O , O pair-wise O independent O hash B-Error_Name functions I-Error_Name yield O a O probability O of O that O any O pair O of O keys O will O follow O the O same O bucket O sequence O . O SMPTE-2022 O Forward B-Error_Name Error I-Error_Name Correction I-Error_Name can O be O combined O with O RIST B-Protocol but O is O known O to O be O significantly O less O effective O than O ARQ B-Error_Name . O The O IBM O 3330 O Direct O Access O Storage O Facility O , O code-named O Merlin O , O was O introduced O in O June O 1970 O for O use O with O the O IBM B-Device System/370 I-Device and O the O IBM O System O 360/195 O . O Its O removable O disk B-Operating_System packs I-Operating_System hold O 100MB O ( O 404×19× O 13,030 O bytes O ) O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O The O 1973 O 3330 O Model O 11 O features O IBM O 3336-11 O Disk B-Operating_System Packs I-Operating_System that O held O up O to O 200MB O ( O 808x19x O 13,030 O bytes O ) O . O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O Created O memory B-Error_Name dump I-Error_Name files O can O be O analyzed O using O the O GNU B-Language Debugger I-Language ( O ) O , O or O by O using O Red O Hat O 's O dedicated O utility O . O They O may O also O be O caused O by O programming B-Error_Name errors I-Error_Name alone O . O The O qualitative O effects O of O aliasing B-Error_Name can O be O heard O in O the O following O audio O demonstration O . O After O being O leaked O on O 3 O May O 2018 O as O part O of O a O group O of O eight O additional O Spectre-class B-Error_Name flaws I-Error_Name provisionally O named O Spectre-NG O , O it O was O first O disclosed O to O the O public O as O " O Variant B-Error_Name 4 I-Error_Name " O on O 21 O May O 2018 O , O alongside O a O related O speculative B-General_Concept execution I-General_Concept vulnerability O designated O " O Variant O 3a O " O . O TTMR B-Error_Name permits O triple B-Error_Name modular I-Error_Name redundancy I-Error_Name ( O TMR B-Error_Name ) O protection O in O a O single O processor O . O For O instance O , O file B-Application locking I-Application cannot O prevent O TOCTTOU B-Error_Name race O conditions O on O symbolic B-Application links I-Application . O On O the O receive O section O the O signal O from O the O radio O receiver O comes O to O a O tone O demodulator O , O then O a O polarity O inverter O , O and O then O to O an O error B-Error_Name checking I-Error_Name circuit O , O and O at O the O same O time O to O an O input O shift B-General_Concept register I-General_Concept that O converts O from O serial O to O parallel O . O In O this O example O , O the O host O with O the O domain O name O host.example.com O uses O a O DSA O key O with O the O SHA-1 B-Algorithm fingerprint B-Error_Name 123456789abcdef67890123456789abcdef67890 O . O All O clients O first O agree O on O a O hash B-Error_Name function I-Error_Name . O It O was O discovered O by O several O players O that O the O DJ O Expert O and O Lights O Only O modes O have O a O bug B-Error_Name that O will O give O players O a O fail O sound O upon O reaching O a O pattern O with O six O actions O and O completing O them O successfully O . O Examples O of O such O shapes O can O be O found O in O the O kurtosis B-Error_Name wiki O entry O . O Lemma O 1 O : O For O all O codewords O , O in O a O Walsh B-Error_Name – I-Error_Name Hadamard I-Error_Name code I-Error_Name , O , O , O where O represent O the O bits O in O in O positions O and O respectively O , O and O represents O the O bit O at O position O . O The O lower O 15 O bits O of O each O memory O word O held O AGC O instructions O or O data O , O with O each O word O being O protected O by O a O 16th O odd B-Error_Name parity I-Error_Name bit O . O The O reason O why O interleaving O is O used O on O OFDM B-Protocol is O to O attempt O to O spread O the O errors O out O in O the O bit-stream O that O is O presented O to O the O error B-Error_Name correction I-Error_Name decoder O , O because O when O such O decoders O are O presented O with O a O high O concentration O of O errors O the O decoder O is O unable O to O correct O all O the O bit O errors O , O and O a O burst O of O uncorrected O errors O occurs O . O showed O that O the O median O of O projects O invest O 17 O percent O of O the O development O effort O in O bug B-Error_Name fixing O . O Even O before O 1 O January O 2000 O arrived O , O there O were O also O some O worries O about O 9 O September O 1999 O ( O albeit O less O than O those O generated O by O Y2K B-Error_Name ) O . O Gallegos O noted O that O the O reviewed O copy O suffered O from O software B-Error_Name bugs I-Error_Name , O broken O animations O , O glitches B-Error_Name , O and O frame O rate O issues O and O felt O that O the O game O was O marred O by O polish O issues O . O Pre-image O resistance O Given O a O hash B-Error_Name value I-Error_Name , O it O should O be O difficult O to O find O any O message O such O that O . O Using O kurtosis B-Error_Name as O a O measure O of O non-normality O , O we O can O now O examine O how O the O kurtosis B-Error_Name of O a O signal O extracted O from O a O set O of O M O mixtures O varies O as O the O weight O vector O is O rotated O around O the O origin O . O Files B-Operating_System are O made O of O two O parts O : O a O data O file O and O a O file O dictionary O ( O DICT O ) O . O For O hashed O files B-Operating_System , O a O U2 O system O uses O a O hashing B-Error_Name algorithm I-Error_Name to O allocate O the O file O 's O records O into O groups O based O on O the O record B-Application IDs O . O A O locally B-Error_Name testable I-Error_Name code I-Error_Name is O a O type O of O error-correcting B-Error_Name code I-Error_Name for O which O it O can O be O determined O if O a O string O is O a O word O in O that O code O by O looking O at O a O small O ( O frequently O constant O ) O number O of O bits O of O the O string O . O For O open B-Algorithm addressing I-Algorithm schemes O , O the O hash B-Error_Name function I-Error_Name should O also O avoid O clustering B-Algorithm , O the O mapping O of O two O or O more O keys B-Application to O consecutive O slots O . O 2-left O hashingusing O two O hash B-Algorithm tables I-Algorithm of O equal O size O n/2 O , O and O asymmetrically O resolving O ties O by O putting O the O key O in O the O left O hash B-Error_Name tablehas O fewer O collisions O and O therefore O better O performance O than O 2-choice B-Algorithm hashing I-Algorithm with O one O large O hash B-Algorithm table I-Algorithm of O size O n O . O This O communitydozens O or O possibly O hundreds O of O players O , O according O to O Leblinginteracted O with O the O developers O as O they O created O the O game O , O playtesting O additions O and O submitting O bug B-Error_Name reports O . O In O Unix O and O POSIX-compatible O systems O , O local B-Error_Name echo I-Error_Name is O a O flag O in O the O POSIX B-Application terminal I-Application interface I-Application , O settable O programmatically O with O the O tcsetattr( ) O function O . O Additional O operations O , O such O as O the O addition O of O a O third O constant O prime O on O each O step O , O can O mitigate O this O but O may O have O detrimental O effects O on O avalanche O effect O or O random O distribution O of O hash B-Error_Name values I-Error_Name . O Some O systems O that O have O implemented O these O codes O have O concatenated O them O with O either O Reed-Solomon B-Error_Name ( O for O example O on O the O MediaFLO B-Device system O ) O or O BCH O codes O ( O on O the O DVB-S2 O system O ) O to O improve O upon O an O error B-Error_Name floor I-Error_Name inherent O to O these O codes O at O high O signal-to-noise O ratios O . O Abnormal B-Application heart I-Application rhythms I-Application ( O ectopic B-Algorithm beat I-Algorithm , O premature B-Algorithm atrial I-Algorithm contraction I-Algorithm , O junctional B-Algorithm escape I-Algorithm beat I-Algorithm , O premature B-Error_Name ventricular I-Error_Name contraction I-Error_Name , O atrial B-Application fibrillation I-Application , O supraventricular B-Algorithm tachycardia I-Algorithm , O ventricular B-Application tachycardia I-Application , O ventricular O fibrillation O , O heart B-Algorithm block I-Algorithm ) O . O An O alternative O estimator O of O the O population O excess O kurtosis B-Error_Name , O which O is O unbiased O in O random O samples O of O a O normal O distribution O , O is O defined O as O follows O : O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O However O , O only O a O 3340 O can O serve O as O head B-Device of O string O ; O there O are O no O A O model O 3344 O drives O , O and O a O 3344 O must O be O attached O to O a O 3340 O A O model O as O head B-Device of O string O . O The O IBM O 3340 O Direct O Access O Storage O Facility O , O code-named O Winchester O , O was O introduced O in O March O 1973 O for O use O with O IBM B-Device System/370 I-Device . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O One O significant O aspect O of O this O product O , O and O the O reason O that O disk B-Device drives I-Device in O general O became O known O as O " O Winchester O technology O " O , O was O that O this O head B-Device design O was O very O low O cost O and O did O not O require O the O heads O to O be O unloaded O from O the O media O . O Winchester O technology O allowed O the O head B-Device to O land O and O take O off O from O the O disk B-Device media O as O the O disk B-Device spun O up O and O down O . O This O resulted O in O very O significant O savings O and O a O large O reduction O of O complexity O of O the O head B-Device and O arm O actuating O mechanism O . O The O 2019 O Stack B-Error_Name Overflow I-Error_Name developer O survey O provides O no O detail O about O particular O versions O of O Windows B-Application . O They O also O experimented O with O Gaussian B-Error_Name smoothing I-Error_Name before O applying O the O derivative B-Algorithm mask I-Algorithm , O but O similarly O found O that O omission O of O any O smoothing O performed O better O in O practice O . O Par1 O used O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name error I-Error_Name correction I-Error_Name to O create O new O recovery O files O . O So O the O same O XOR B-Application concept O above O applies O similarly O to O larger O RAID B-Architecture arrays I-Architecture with O parity B-Error_Name , O using O any O number O of O disks O . O Therefore O , O separating O the O data O will O enable O static O data O to O stay O at O rest O and O if O it O never O gets O rewritten O it O will O have O the O lowest O possible O write B-Error_Name amplification I-Error_Name for O that O data O . O The O result O is O a O word O size O hash B-Error_Name code I-Error_Name to O which O a O modulo O or O other O reducing O operation O can O be O applied O to O produce O the O final O hash B-Algorithm index O . O The O challenge O is O to O find O the O right O level O of O granularity O so O as O to O create O abstractions O at O the O proper O scale O , O given O a O particular O data O set O , O and O without O overfitting B-Error_Name . O August O 12 O , O 1994 O 3.0 O Support O for O multiple O windows B-Application May O 29 O , O 1996 O 4.0 O Graphical B-Application user I-Application interface I-Application February O 19 O , O 1998 O 5.0 O Syntax O highlighting O , O basic O scripting B-Language ( O user O defined O functions O , O commands O , O etc O . O ) O April O 6 O , O 1998 O 5.1 O Bug B-Error_Name fixes O , O various O improvements O April O 27 O , O 1998 O 5.2 O Long O line O support O , O file O browser O , O dialogs O , O popup O menu O , O select O mode O , O session O files O , O user O defined O functions O and O commands O , O Tcl B-Operating_System interface O , O etc O . O The O use O of O cryptographic O salt O prevents O some O attacks O , O such O as O building O files O of O precomputing O hash B-Error_Name values I-Error_Name , O e.g. O 11 O July O 2005 O 7 O August O 2008 O Fixed O a O memory O corruption O bug B-Error_Name , O which O required O breaking O binary O compatibility O with O extensions B-Application compiled B-Language against O PHP B-Application version O 4.3.x O . O On O a O C B-Language implementation O with O 8 O byte O double-precision O floats O , O the O declared O array O consumes O 8 O megabytes O of O data O ; O if O this O is O more O memory O than O is O available O on O the O stack B-Application ( O as O set O by O thread O creation O parameters O or O operating O system O limits O ) O , O a O stack B-Error_Name overflow I-Error_Name will O occur O . O Hybrid B-Error_Name automatic I-Error_Name repeat I-Error_Name request I-Error_Name ( O hybrid B-Error_Name ARQ I-Error_Name or O HARQ B-Error_Name ) O is O a O combination O of O high-rate O forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O and O automatic B-Error_Name repeat I-Error_Name request I-Error_Name ( O ARQ O ) O error-control O . O The O above O pseudocode B-Language has O the O same O assumptions O that O were O noted O for O the O FNV-1 B-Error_Name pseudocode B-Language . O Since O the O limitation O was O intended O from O the O beginning O and O documented O in O the O manual O , O it O is O not O , O strictly O speaking O , O a O bug B-Error_Name . O Convolutional B-Architecture neural I-Architecture networks I-Architecture usually O require O a O large O amount O of O training O data O in O order O to O avoid O overfitting B-Error_Name . O An O expanded O version O of O Thief B-Application : I-Application The I-Application Dark I-Application Project I-Application , O titled O Thief B-Application Gold I-Application , O was O released O in O 1999 O and O features O three O extra O maps O and O a O number O of O bug B-Error_Name fixes O . O The O non-Gaussianity O family O of O ICA O algorithms O , O motivated O by O the O central O limit O theorem O , O uses O kurtosis B-Error_Name and O negentropy O . O As O mentioned O above O , O rows O 1 O , O 2 O , O and O 4 O of O G O should O look O familiar O as O they O map O the O data O bits O to O their O parity B-Error_Name bits I-Error_Name : O It O had O a O century O bit O which O allowed O for O manually O changing O the O century O when O the B-Error_Name year I-Error_Name 2000 I-Error_Name happened O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O All O signals O are O defined O as O macro O constants O in O the O O header O file O . O The O transverse B-Error_Name redundancy I-Error_Name check I-Error_Name is O stored O on O a O dedicated O " O parity B-Error_Name track O " O . O The O major O forms O of O undefined B-Language behavior I-Language in O C B-Language can O be O broadly O classified O as O : O spatial O memory O safety O violations O , O temporal O memory O safety O violations O , O integer B-Error_Name overflow I-Error_Name , O strict O aliasing O violations O , O alignment O violations O , O unsequenced O modifications O , O data O races O , O and O loops O that O neither O perform O I/O O nor O terminate O . O For O example O , O each O address B-Architecture in O the O IBM B-Device 1620 I-Device 's O magnetic-core O memory B-General_Concept identified O a O single O six O bit O binary-coded O decimal B-Application digit O , O consisting O of O a O parity B-Error_Name bit I-Error_Name , O flag O bit O and O four O numerical O bits O . O Terminate B-Operating_System ( O core B-Error_Name dump I-Error_Name ) O Abnormal O termination O of O the O process B-Operating_System . O Additionally O , O implementation-defined O abnormal O termination O actions O , O such O as O creation O of O a O core B-Error_Name file I-Error_Name , O may O occur O . O Stop O Stop O ( O or O suspend O ) O the O process B-Operating_System . O Continue O Continue O the O process B-Operating_System , O if O it O is O stopped O ; O otherwise O , O ignore O the O signal O . O The O SIGEMT O signal O is O sent O to O a O process B-Operating_System when O an O emulator B-Application trap B-Application occurs O . O The O SIGINFO O signal O is O sent O to O a O process B-Operating_System when O a O status O ( O info O ) O request O is O received O from O the O controlling B-General_Concept terminal I-General_Concept . O The O SIGPWR B-General_Concept signal O is O sent O to O a O process B-Operating_System when O the O system O experiences O a O power O failure O . O Space O satellite O systems O often O use O TMR O , O although O satellite O RAM O usually O uses O Hamming B-Error_Name error I-Error_Name correction I-Error_Name . O A O distribution O D O over O S O is O ε-pseudorandom O against O F O if O for O every O f O in O F O , O the O statistical O distance O between O the O distributions O and O , O where O is O sampled O from O D O , O and O , O where O and O is O sampled O from O the O uniform O distribution O on O S O , O is O at O most O ε O . O In O typical O applications O , O the O class O F O describes O a O model O of O computation O with O bounded O resources O and O one O is O interested O in O designing O distributions O D O with O certain O properties O that O are O pseudorandom B-Error_Name against O F O . O The O distribution O D O is O often O specified O as O the O output O of O a O pseudorandom B-Error_Name generator O . O One O Japanese O pronunciation O of O " O 4 O " O means O " O death O " O , O thus O avoid O names O evoking O such O as O Death-watch O Shi-ban O ( O the O number O 4 O – O Shi-ban O ) O Bug B-Error_Name ( O , O precisely O " O deathwatch O beetle O " O ) O . O Maps O are O generated O pseudo-randomly B-Error_Name to O create O a O range O of O walls O and O cover O , O as O well O as O starting O positions O for O the O soldiers O . O Other O than O the O damage O caused O by O bugs B-Error_Name , O some O of O their O cost O is O due O to O the O effort O invested O in O fixing O them O . O In O general O , O if O the O probability O distributions O for O both O detection O and O false B-Error_Name alarm I-Error_Name are O known O , O the O ROC B-Algorithm curve I-Algorithm can O be O generated O by O plotting O the O cumulative O distribution O function O ( O area O under O the O probability O distribution O from O to O the O discrimination O threshold O ) O of O the O detection O probability O in O the O y-axis O versus O the O cumulative O distribution O function O of O the O false-alarm O probability O on O the O x-axis O . O Obsidian O was O quick O to O release O fixes O for O several O bugs B-Error_Name , O but O later O reviews O still O described O the O glitches O as O a O serious O problem O . O The O program O was O also O Y2K B-Error_Name and O survived O the O century O changeover O . O As O they O travel O across O New O York O City O , O glitches B-Error_Name in O the O headband O expose O Monkey O to O visions O of O what O appears O to O be O life O before O the O war O . O Excessive O recursion O which O — O though O logically O valid O — O causes O stack B-Error_Name overflow I-Error_Name . O One O of O the O earliest O commercial O applications O of O turbo B-Error_Name coding I-Error_Name was O the O CDMA2000 O 1x O ( O TIA O IS-2000 O ) O digital O cellular O technology O developed O by O Qualcomm O and O sold O by O Verizon B-Application Wireless I-Application , O Sprint O , O and O other O carriers O . O A O linear O burst-error-correcting O code O achieving O the O above O Rieger O bound O is O called O an O optimal O burst-error-correcting O code O . O While O cyclic O codes O in O general O are O powerful O tools O for O detecting O burst O errors O , O we O now O consider O a O family O of O binary O cyclic O codes O named O Fire O Codes O , O which O possess O good O single O burst O error B-Error_Name correction I-Error_Name capabilities O . O Unlike O in O RAID4 O , O parity B-Error_Name information O is O distributed O among O the O drives O . O The O Rankings O , O which O establishes O rankings O based O on O the O number O of O GitHub B-Application projects O and O questions O asked O on O Stack B-Error_Name Overflow I-Error_Name , O ranks O Scala B-Application 14th O . O On O October O 5 O , O 1960 O , O when O Khrushchev O was O in O New O York O , O radar O returns O during O moonrise O at O Thule O produced O a O false B-Error_Name alarm I-Error_Name . O " O Fencepost O error O " O can O , O in O rare O occasions O , O refer O to O an O error O induced O by O unexpected O regularities O in O input O values O , O which O can O ( O for O instance O ) O completely O thwart O a O theoretically O efficient O binary O tree O or O hash B-Error_Name function I-Error_Name implementation O . O This O decreases O the O I/O O load O ( O and O decreases O the O write B-Error_Name amplification I-Error_Name ) O of O the O garbage B-General_Concept collector I-General_Concept , O but O becomes O increasingly O ineffective O as O the O file B-Application system I-Application fills O up O and O nears O capacity O . O SITOR-B B-Device by O definition O uses O forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O , O versus O ARQ O for O SITOR-A B-Device . O A O machine O with O three O replications B-Architecture of O each O element O is O termed O triple B-Error_Name modular I-Error_Name redundant I-Error_Name ( O TMR O ) O . O POSIX O sidesteps O this O issue O by O describing O ENOTTY B-Error_Name as O meaning O " O not O a O terminal B-General_Concept " O . O He O was O so O impressed O by O the O result O that O he O circled O on O the O computer O printout O the O reading O of O the O signal O 's O intensity O , O " O 6EQUJ5 B-Error_Name " O , O and O wrote O the O comment O " O Wow O ! O " O Outlets O such O as O Kotaku O noted O that O there O seemed O to O be O more O glitches O and O software B-Error_Name bugs I-Error_Name on O the O Xbox B-Device version O of O the O game O , O and O that O the O update O patches O were O solving O less O of O the O errors O than O they O were O on O other O platforms O . O It O was O initially O supplied O with O a O hard O zippered O clamshell O case O with O a O pocket O for O notes O , O and O a O printed O manual O , O but O this O was O later O changed O to O a O slipcase O made O of O vinyl-covered O cardboard O with O elastic O sides O and O velvet O lining O , O and O a O CD-ROM B-Device containing O a O PDF B-Application manual O . O Several O firmware O bugs B-Error_Name have O also O been O reported O , O which O have O not O yet O been O fixed O . O Signals O are O standardized O messages O sent O to O a O running O program B-Application to O trigger O specific O behavior O , O such O as O quitting O or O error B-General_Concept handling I-General_Concept . O They O are O a O limited O form O of O inter-process B-Operating_System communication I-Operating_System ( O IPC O ) O , O typically O used O in O Unix B-Application , O Unix-like B-Operating_System , O and O other O POSIX-compliant O operating O systems O . O A O signal O is O an O asynchronous O notification O sent O to O a O process B-Operating_System or O to O a O specific O thread B-Operating_System within O the O same O process B-Operating_System to O notify O it O of O an O event O . O Common O uses O of O signals O are O to O interrupt B-Application , O suspend O , O terminate B-Operating_System or O kill B-Operating_System a O process B-Operating_System . O Signals O originated O in O 1970s O Bell O Labs O Unix B-Application and O were O later O specified O in O the O POSIX O standard O . O When O a O signal O is O sent O , O the O operating O system O interrupts B-Application the O target O process B-Operating_System ' O normal O flow O of O execution O to O deliver O the O signal O . O Execution O can O be O interrupted O during O any O non-atomic B-General_Concept instruction I-General_Concept . O If O the O process B-Operating_System has O previously O registered O a O signal O handler O , O that O routine O is O executed O . O Embedded O programs O may O find O signals O useful O for O inter-process B-Operating_System communications I-Operating_System , O as O signals O are O notable O for O their O Algorithmic B-General_Concept efficiency I-General_Concept . O Signals O are O similar O to O interrupts B-Application , O the O difference O being O that O interrupts B-Application are O mediated O by O the O CPU B-General_Concept and O handled O by O the O kernel B-Operating_System while O signals O are O mediated O by O the O kernel B-Operating_System ( O possibly O via O system B-Operating_System calls I-Operating_System ) O and O handled O by O individual O processes O . O The O kernel B-Operating_System may O pass O an O interrupt B-Application as O a O signal O to O the O process B-Operating_System that O caused O it O ( O typical O examples O are O SIGSEGV B-Error_Name , O SIGBUS B-General_Concept , O SIGILL O and O SIGFPE B-General_Concept ) O . O Version B-Operating_System 1 I-Operating_System Unix I-Operating_System ( O 1971 O ) O had O separate O system B-Operating_System calls I-Operating_System to O catch O interrupts B-Application , O quits O , O and O machine O traps B-Application . O appeared O in O Version B-Operating_System 2 I-Operating_System ( O 1972 O ) O . O Version B-Operating_System 4 I-Operating_System ( O 1973 O ) O combined O all O traps B-Application into O one O call O , O . O Version B-Operating_System 5 I-Operating_System ( O 1974 O ) O could O send O arbitrary O signals O . O In O Version B-Operating_System 7 I-Operating_System ( O 1979 O ) O each O numbered O trap B-Application received O a O symbolic O name O . O Plan B-Operating_System 9 I-Operating_System from I-Operating_System Bell I-Operating_System Labs I-Operating_System ( O mid O 80s O ) O replaced O signals O with O notes O , O which O permit O sending O short O , O arbitrary O strings O . O The O system B-Operating_System call I-Operating_System sends O a O specified O signal O to O a O specified O process B-Operating_System , O if O permissions O allow O . O The O library O function O sends O the O specified O signal O to O the O current O process B-Operating_System . O Exceptions B-General_Concept such O as O division B-Algorithm by I-Algorithm zero I-Algorithm , O segmentation B-Error_Name violation I-Error_Name ( O SIGSEGV B-Error_Name ) O , O and O floating B-Algorithm point I-Algorithm exception B-General_Concept ( O SIGFPE B-General_Concept ) O will O cause O a O core B-Error_Name dump I-Error_Name and O terminate B-Operating_System the O program B-Application . O The O kernel B-Operating_System can O generate O signals O to O notify O processes O of O events O . O For O example O , O SIGPIPE O will O be O generated O when O a O process B-Operating_System writes O to O a O pipe B-Operating_System which O has O been O closed O by O the O reader O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System , O which O is O convenient O when O constructing O shell B-Operating_System pipelines I-Operating_System . O Typing O certain O key O combinations O at O the O controlling B-General_Concept terminal I-General_Concept of O a O running O process B-Operating_System causes O the O system O to O send O it O certain O signals O : O The O existing O animations O resulted O in O various O glitches B-Error_Name , O as O the O player O character O would O often O clip B-Algorithm through O structures O . O A O powerful O technique O for O generating O high-quality O pseudorandom B-Error_Name numbers I-Error_Name is O to O combine O two O or O more O PRNGs O of O different O structure O ; O the O sum O of O an O LFSR B-Architecture and O an O LCG B-Algorithm ( O as O in O the O KISS B-Algorithm or O xorwow O constructions O ) O can O do O very O well O at O some O cost O in O speed O . O Since O there O is O a O maximum O number O of O keys O in O a O hash B-Error_Name bucket O or O array O node O , O there O is O a O pre-set O fixed O limit O to O the O size O of O the O cursor O at O all O points O in O time O . O The O example O encoder O is O composed O of O a O 16-state O outer O convolutional B-Error_Name code I-Error_Name and O a O 2-state O inner O convolutional B-Error_Name code I-Error_Name linked O by O an O interleaver O . O However O a O bug B-Error_Name in O the O virus O caused O infected O Mac O II O computers O to O undergo O system O crashes O before O this O date O . O When O he O presented O his O musical O pieces O to O the O other O staff O members O for O the O first O time O , O they O misinterpreted O their O sound O as O a O game B-Error_Name bug I-Error_Name . O In O June O 2018 O , O a O security O researcher O presented O the O possibility O of O using O WebAssembly B-Language to O circumvent O browser B-Application mitigations O for O Spectre B-Error_Name and O Meltdown B-Architecture security O vulnerabilities O once O support O for O threads B-Operating_System with O shared O memory O is O added O . O For O example O even O with O observations O the O sample O kurtosis B-Error_Name g2 O has O both O the O skewness B-General_Concept and O the O kurtosis B-Error_Name of O approximately O 0.3 O , O which O is O not O negligible O . O MP3 B-Application has O an O aliasing B-Error_Name cancellation O stage O specifically O to O mask O this O problem O , O but O which O instead O produces O frequency O domain O energy O which O must O be O encoded O in O the O audio O . O If O a O forward B-Error_Name error I-Error_Name correction I-Error_Name code O is O used O , O the O spectral B-Protocol efficiency I-Protocol is O reduced O from O the O uncoded O modulation B-Protocol efficiency I-Protocol figure O . O Many O of O these O third-party O companies O help O submit O bug B-Error_Name fixes O and O new O features O back O upstream B-General_Concept to O the O original O Kodi-XBMC O project O . O ARCTIC O is O a O company O based O in O Germany O best O known O for O their O cooling B-General_Concept solutions I-General_Concept working O in O partnership O with O the O OpenELEC B-Application team O . O A O z13 O system O can O have O a O maximum O of O 168 O Processing O Unit O ( O PU O ) O cores O , O 141 O of O which O can O be O configured O to O the O customer O 's O specification O to O run O applications O and O operating O systems O , O and O up O to O 10144GiB O ( O usable O ) O of O redundant B-Error_Name array I-Error_Name of I-Error_Name independent I-Error_Name memory I-Error_Name ( O RAIM O ) O . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O A O locally B-Error_Name decodable I-Error_Name code I-Error_Name ( O LDC O ) O is O an O error-correcting B-Error_Name code I-Error_Name that O allows O a O single O bit O of O the O original O message O to O be O decoded O with O high O probability O by O only O examining O ( O or O querying O ) O a O small O number O of O bits O of O a O possibly O corrupted O codeword O . O While O playtesting O the O game O , O the O team O discovered O an O animation O bug B-Error_Name they O described O as O a O " O belly O flop O " O . O In O the O jargon O of O computer B-General_Concept programming I-General_Concept , O a O source B-General_Concept upgrade I-General_Concept is O a O modification O of O a O computer B-Application program I-Application 's O source O code O , O which O adds O new O features O and O options O to O it O , O improves O performance O and O stability O , O or O fixes O bugs B-Error_Name and O errors O from O the O previous O version O . O Shabal B-Error_Name was O not O selected O as O a O finalist O mainly O due O to O security O concerns O . O The O memory B-Error_Name leak I-Error_Name would O occur O if O the O floor O number O requested O is O the O same O floor O that O the O elevator O is O on O ; O the O condition O for O releasing O the O memory B-General_Concept would O be O skipped O . O In O practice O , O the O hash B-Error_Name function I-Error_Name is O very O cheap O , O so O can O work O quite O well O unless O is O very O high O . O Alternatively O , O the O technique O can O be O seen O as O a O way O to O reduce B-Algorithm the I-Algorithm dimensionality I-Algorithm of O high-dimensional O data O ; O high-dimensional O input O items O can O be O reduced O to O low-dimensional O versions O while O preserving O relative O distances O between O items O . O Hashing-based O approximate O nearest B-Algorithm neighbor I-Algorithm search I-Algorithm algorithms O generally O use O one O of O two O main O categories O of O hashing O methods O : O either O data-independent O methods O , O such O as O locality-sensitive O hashing O ( O LSH O ) O ; O or O data-dependent O methods O , O such O as O locality-preserving B-Error_Name hashing I-Error_Name ( O LPH O ) O . O As O a O minimal O condition O , O a O type-safe B-Language language O must O not O allow O dangling B-Error_Name pointers I-Error_Name across O allocations O of O different O types O . O By O the O central O limit O theorem O , O repeated O application O of O a O box B-Algorithm blur I-Algorithm will O approximate O a O Gaussian B-Error_Name blur I-Error_Name . O Of O the O eight O tracks O , O six O were O data O , O one O was O for O parity B-Error_Name , O and O one O was O a O clock O , O or O timing O track O . O ( O Cosine B-Error_Name error I-Error_Name always O reduces O the O measured O speed O , O thus O favoring O the O motorist O . O ) O The O men O are O utterly O failing O to O engage O in O an O important O process O known O as O crew B-Error_Name resource I-Error_Name management I-Error_Name , O or O CRM O . O One O objective O of O SBSE B-Algorithm is O to O automatically O identify O and O fix O bugs B-Error_Name ( O for O example O via O mutation O testing O ) O . O The O downside O is O extra O latency O from O computing O the O hash B-Error_Name function I-Error_Name . O c O is O 2 O , O so O the O check B-Error_Name digit I-Error_Name is O inv(2 ) O , O which O is O 3 O . O During O an O outage O , O Twitter B-Application users O were O at O one O time O shown O the O " O fail O whale O " O error B-Error_Name message I-Error_Name image O created O by O Yiying O Lu O , O illustrating O eight O orange O birds O using O a O net O to O hoist O a O whale O from O the O ocean O captioned O " O Too O many O tweets O ! O There O is O no O universal O solution O to O the O problem O , O though O many O modern O systems O have O been O upgraded O to O measure O Unix B-Operating_System time I-Operating_System with O signed O 64-bit B-Device integers O which O will O not O overflow B-Error_Name for O 292 O billion O years O , O which O is O approximately O 21 O times O the O estimated O age O of O the O universe O . O The O current O generic O term O " O crew B-Error_Name resource I-Error_Name management I-Error_Name " O ( O CRM O ) O has O been O widely O adopted O but O is O also O known O as O cockpit B-Error_Name resource I-Error_Name management I-Error_Name ; O flightdeck O resource O management O ; O and O command O , O leadership O and O resource O management O . O However O , O the O Hamming B-Error_Name ( O 7 O , O 4 O ) O and O similar O Hamming B-Error_Name codes I-Error_Name cannot O distinguish O between O single-bit O errors O and O two-bit O errors O . O For O this O measure O , O higher O kurtosis B-Error_Name corresponds O to O greater O extremity O of O deviations B-General_Concept ( O or O outliers O ) O , O and O not O the O configuration O of O data O near O the O mean O . O Boole O Named O after O George O Boole O , O is O a O family O of O combined O hash B-Error_Name functions I-Error_Name and O stream B-Algorithm ciphers I-Algorithm that O were O developed O for O submission O to O the O NIST O call O for O development O of O an O advanced O hash B-Error_Name standard O , O but O were O withdrawn O when O a O collision O was O discovered O . O The O day O the O game O was O shipped O to O stores O , O Bungie O 's O head-office O was O contacted O by O their O Japanese O publisher O , O who O informed O them O a O woman O working O on O the O Asian O translation O of O the O game O had O discovered O a O major O bug B-Error_Name in O the O Windows B-Application version O . O Assuming O uniform O hashing O allows O hash B-Algorithm table I-Algorithm analysis O to O be O made O without O exact O knowledge O of O the O input O or O the O hash B-Error_Name function I-Error_Name used O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O The O basic O idea O of O cuckoo B-Algorithm hashing I-Algorithm is O to O resolve O collisions B-Algorithm by O using O two O hash B-Error_Name functions I-Error_Name instead O of O only O one O . O Bounties O are O usually O offered O as O an O incentive O for O fixing O software B-Error_Name bugs I-Error_Name or O implementing O minor O features B-Architecture . O Such O overflow O bugs B-Error_Name may O be O hard O to O discover O and O diagnose O because O they O may O manifest O themselves O only O for O very O large O input O data O sets O , O which O are O less O likely O to O be O used O in O validation O tests O . O He O provides O a O bibliography O focusing O on O the O number O , O types O , O aliasing B-Error_Name effects O , O moire O patterns O , O and O spatial O frequencies O of O the O absorptive O filters O . O A O major O problem O with O this O design O is O poor O cache B-General_Concept locality I-General_Concept caused O by O the O hash B-Error_Name function I-Error_Name . O Haseo O is O also O searching O for O Ovan O , O Haseo O 's O and O Shino O 's O former O guildmaster O who O disappeared O during O .hack//Roots O under O mysterious O circumstances O . O This O group O 's O goal O is O to O protect O The O World O from O AIDA O , O a O mysterious O software B-Error_Name bug I-Error_Name that O has O been O infecting O parts O of O the O game O which O can O only O be O defeated O using O an O Avatar O . O However O , O while O the O quality O of O parity B-Error_Name checking I-Error_Name is O poor O , O since O it O uses O only O a O single O bit O , O this O method O results O in O the O least O overhead O . O In O North O America O , O Viz O Media O announced O the O license O of O Bastard B-Error_Name !! I-Error_Name May O overfit B-Error_Name data O . O The O top O level O contains O a O randomly O created O hash B-Error_Name function I-Error_Name , O h(x ) O , O which O fits O within O the O constraints O of O a O Carter O and O Wegman O hash B-Error_Name function I-Error_Name - O seen O in O Universal B-Algorithm hashing I-Algorithm . O The O number O is O typically O taken O to O be O at O least O three O , O so O that O error B-Error_Name correction I-Error_Name by O majority O vote O can O take O place O ; O it O is O also O usually O taken O to O be O odd O , O so O that O no O ties O may O happen O . O In O such O applications O , O the O software O chooses O a O new O hash B-Error_Name function I-Error_Name for O every O message O , O based O on O a O unique O nonce O for O that O message O . O Risk O can O be O identified O as O the O probability O that O an O undetected O software B-Error_Name bug I-Error_Name may O have O a O negative O impact O on O the O user O of O a O system O . O Distributions O with O zero O excess O kurtosis B-Error_Name are O called O mesokurtic O , O or O mesokurtotic O . O These O groups O have O worked O to O provide O ongoing O technical B-General_Concept support I-General_Concept for O the O games O , O update O them O to O newer O operating B-General_Concept systems I-General_Concept , O fix O bugs B-Error_Name , O release O unofficial O patches O , O create O mods O , O and O maintain O online O servers B-Application for O multiplayer B-Application gaming O . O Iterative O turbo O decoding O methods O have O also O been O applied O to O more O conventional O FEC O systems O , O including O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name corrected O convolutional B-Error_Name codes I-Error_Name , O although O these O systems O are O too O complex O for O practical O implementations O of O iterative O decoders O . O StackGuard B-Error_Name was O maintained O for O the O Immunix O Linux O distribution O from O 1998 O to O 2003 O , O and O was O extended O with O implementations O for O terminator O , O random O and O random O XOR B-Application canaries O . O A O MMOG B-Application platformer O called O Bastard B-Error_Name !! I-Error_Name Kazaa B-Protocol hash B-Error_Name Used O on O FastTrack B-Protocol , O these O hash B-Error_Name sums I-Error_Name are O vulnerable O to O hash B-Algorithm collision I-Algorithm attacks I-Algorithm . O The O Rabin B-Algorithm fingerprint I-Algorithm is O another O hash B-Error_Name , O which O also O interprets O the O input O as O a O polynomial O , O but O over O the O Galois O field O GF(2 ) O . O Uninitialized B-Error_Name variables I-Error_Name are O a O particular O problem O in O languages O such O as O assembly O language O , O C B-Language , O and O C++ B-Language , O which O were O designed O for O systems B-Application programming I-Application . O Offensive B-Application programming I-Application is O a O name O used O for O the O branch O of O defensive B-Application programming I-Application that O expressly O departs O from O defensive O principles O when O dealing O with O errors O resulting O from O software B-Error_Name bugs I-Error_Name . O The O two-dimensional O parity-check O code O , O usually O called O the O optimal O rectangular O code O , O is O the O most O popular O form O of O multidimensional B-Error_Name parity-check I-Error_Name code I-Error_Name . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O Error B-Error_Name correction I-Error_Name code I-Error_Name memory O ( O ECC B-General_Concept memory I-General_Concept ) O is O a O type O of O computer B-General_Concept data I-General_Concept storage I-General_Concept that O uses O an O error B-Error_Name correction I-Error_Name code I-Error_Name ( O ECC B-Error_Name ) O to O detect O and O correct O n-bit O data O corruption O which O occurs O in O memory O . O The O artificial B-Application intelligence I-Application for O the O adversaries O in O the O game O was O found O to O be O predictable O and O flawed B-Error_Name by O a O few O critics O . O Panama B-Algorithm is O a O cryptographic O primitive O which O can O be O used O both O as O a O hash B-Error_Name function I-Error_Name and O a O stream B-Algorithm cipher I-Algorithm , O but O its O hash B-Error_Name function I-Error_Name mode O of O operation O has O been O broken O and O is O not O suitable O for O cryptographic O use O . O The O original O model O of O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System has O been O subject O to O a O number O of O technical B-Error_Name problems I-Error_Name . O As O Knuth O reports O , O the O algorithm O was O rediscovered O about O ten O years O later O in O 1963 O by O Floyd O , O despite O the O fact O that O it O was O at O the O time O already O well O known O in O coding B-Error_Name theory I-Error_Name . O This O functionality O is O in O its O early O stages O of O development O and O may O have O bugs B-Error_Name . O There O is O no O encryption O of O documents O that O are O protected O by O such O passwords O and O the O Microsoft B-Application Office I-Application protection O system O saves O a O hash B-Error_Name sum I-Error_Name of O a O password O in O a O document O 's O header O where O it O can O be O easily O accessed O and O removed O by O the O specialized O software O . O The O purpose O of O channel O coding B-Error_Name theory I-Error_Name is O to O find O codes O which O transmit O quickly O , O contain O many O valid O code O words O and O can O correct O or O at O least O detect B-Error_Name many O errors O . O The O software O repaired O 55 O out O of O 105 O bugs B-Error_Name for O approximately O $8 O each O in O one O test O . O Years O Code O Mission(s ) O 1958 O – O present O Uncoded O Explorer O , O Mariner O , O many O others O 1968 O – O 1978 O convolutional B-Error_Name codes I-Error_Name ( O CC B-Error_Name ) O ( O 25 O , O 1/2 O ) O Pioneer O , O Venus O 1969 O – O 1975 O Reed-Muller O code O ( O 32 O , O 6 O ) O Mariner O , O Viking O 1977 O – O present O Binary B-Error_Name Golay I-Error_Name code I-Error_Name Voyager O 1977 O – O present O RS(255, 223 ) O + O CC( 7 O , O 1/2 O ) O Voyager O , O Galileo O , O many O others O 1989 O – O 2003 O RS(255, 223 ) O + O CC( 7 O , O 1/3 O ) O Voyager O 1989 O – O 2003 O RS(255, 223 ) O + O CC( 14 O , O 1/4 O ) O Galileo O 1996 O – O present O RS O + O CC B-Error_Name ( O 15 O , O 1/6 O ) O Cassini O , O Mars O Pathfinder O , O others O 2004 O – O present O Turbo B-Error_Name codes I-Error_Name Messenger O , O Stereo O , O MRO O , O others O est O . O Agostino B-General_Concept 's I-General_Concept K-squared I-General_Concept test I-General_Concept is O a O goodness-of-fit O normality B-General_Concept test I-General_Concept based O on O sample O skewness B-General_Concept and O sample O kurtosis B-Error_Name . O Beam B-Algorithm tracing I-Algorithm solves O certain O problems O related O to O sampling B-Algorithm and O aliasing B-Error_Name , O which O can O plague O conventional O ray B-Algorithm tracing I-Algorithm approaches O . O At O release O , O the O game O suffered O from O a O series O of O reoccurring O bugs B-Error_Name , O particularly O on O PC O , O which O can O seriously O affect O gameplay O , O and O which O prompted O the O studio O to O disable O the O multiplayer O functionality O due O to O connection O and O server O issues.Robinson O , O Andy O ( O 14 O February O 2011 O ) O . O According O to O an O article O on O The O Conversation O written O by O Robert O Merkel O , O Heartbleed B-Error_Name revealed O a O massive O failure O of O risk O analysis O . O It O is O the O simplest O automatic B-Error_Name repeat-request I-Error_Name ( O ARQ O ) O mechanism O . O Usually O , O it O is O not O logically O possible O or O plausible O to O read O the O canary O for O exploiting O ; O the O canary O is O a O secure O value O known O only O by O those O who O need O to O know O itthe O buffer B-Error_Name overflow I-Error_Name protection I-Error_Name code O in O this O case O . O Without O this O , O tail B-Language recursions I-Language can O eventually O lead O to O stack B-Error_Name overflow I-Error_Name . O While O there O was O no O one O comprehensive O internet O Y2K B-Error_Name effort O , O multiple O internet O trade O associations O and O organisations O banded O together O to O form O the O Internet O Year O 2000 O Campaign O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Other O protocols O , O notably O the O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP O ) O , O can O notice O the O data O loss O and O initiate O retransmission O and O error B-Error_Name recovery I-Error_Name . O Therefore O , O with O every O message O a O client O using O the O double B-Algorithm ratchet I-Algorithm advances O one O of O two O hash B-Error_Name ratchets O ( O one O for O sending O , O one O receiving O ) O which O get O seeded O with O a O common O secret O from O a O DH B-Protocol ratchet O . O After O allocation O with O malloc B-Language , O elements O of O the O array B-Data_Structure are O uninitialized B-Error_Name variables I-Error_Name . O are O bugs B-Error_Name and O potential O security O flaws O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O A O common O example O is O the O removal O of O the O century O from O dates O , O which O eventually O led O to O the O ' O millennium B-Error_Name bug I-Error_Name ' O . O Integrates O with O NUnit B-Application , O xUnit B-Library , O MbUnit O and O MSTest O . O The O X-ray B-Library Scope O is O used O to O see O items O and O passages O through O hidden O walls O and O other O surfaces O . O Applications O ( O like O LVM2 B-Application and O Enterprise B-Application Volume I-Application Management I-Application System I-Application ( O EVMS B-Application ) O ) O that O need O to O create O new O mapped O devices O talk O to O the O device B-Application mapper I-Application via O the O libdevmapper.so O shared B-Library library I-Library , O which O in O turn O issues O ioctls B-Operating_System to O the O /dev/mapper/control O device B-Application node I-Application . O The O SPIR O family O now O includes O a O true O cross-API O standard O that O is O fully O defined O by O Khronos B-Library with O native O support O for O shader O and O kernel B-Operating_System features O . O Natural O languages O tend O to O have O an O h2 O between O 3 O and O 4 O , O but O Voynichese B-Library has O much O more O predictable O character O sequences O , O and O an O h2 O around O 2 O . O By O adding O the O to O the O link O command-line O before O , O , O or O any O other O supported O Win32 B-Library system O link O library O , O the O linker O will O resolve O referenced O symbols O with O the O ones O provided O by O instead O . O In O the O case O of O library B-Library catalogs I-Library following O keywords O or O correspondingly O structured O directories O , O knowledge O of O these O rules O is O still O helpful O , O however O . O This O facilitates O utilization O of O the O libraries B-Library by O other O Qt-based O software O , O since O dependencies O can O be O kept O at O a O minimum O . O While O KDE B-Language 4 I-Language was O based O on O version O 4 O of O the O Qt B-Language widget O toolkit O , O Frameworks O 5 O is O based O on O version O 5 O . O During O KDE B-Language SC I-Language 4 I-Language , O the O then O so O called O KDE B-Language Platform I-Language consisted O of O all O libraries B-Library and O services O needed O for O KDE B-Application Plasma O and O the O applications O . O Gabrielle O Sheshunoff O returned O in O 2004 O to O unite O the O AlexInformation O , O Sheshunoff O , O and O A.S. B-Library Pratt I-Library brands O before O it O was O sold O to O Thompson O in O 2008 O . O Its O precursor O NetEc B-Library dates O back O to O 1993 O . O The O terminfo B-Device library B-Library 's O emulation O of O termcap B-Application allows O multiple O other O entries O to O be O included O without O restricting O the O position O . O The O NDK O also O includes O a O variety O of O other O APIs O : O zlib B-Language compression O , O OpenGL B-Application ES I-Application or O Vulkan B-Application graphics O , O OpenSL B-Library ES I-Library audio O , O and O various O Android-specific O APIs O for O things O like O logging O , O access O to O cameras O , O or O accelerating O neural O networks O . O This O flexible O core O architecture O allows O the O Integration O Layer O to O easily O implement O almost O any O media O use O case O and O mesh O with O existing O graph-based O media B-Library frameworks I-Library . O Firefox B-Application 11 O , O released O in O January O 2012 O , O introduced O a O 3D O page O inspector O that O visualizes O web O pages O ' O document B-General_Concept object I-General_Concept model I-General_Concept three-dimensionally O through O WebGL B-Library . O After O Lexis B-Library ' O appeals O were O turned O down O by O the O Eighth O Circuit O Court O of O Appeals O , O the O company O entered O into O an O agreement O to O pay O West O $ O 50,000 O per O year O to O license O West O 's O pagination O and O text O corrections O . O Major O motives O to O create O library B-Library bindings O include O software O reuse O , O to O reduce O reimplementing O a O library B-Library in O several O languages O , O and O the O difficulty O of O implementing O some O algorithms O efficiently O in O some O high-level B-Language languages I-Language . O Typically O , O those O library B-Library calls O consume O the O majority O of O the O time O consumed O by O the O benchmark O . O A O JavaScript B-Language client O library B-Library , O has O also O been O developed O which O enables O integration O of O software O into O a O ROS B-Application system O via O any O standards-compliant O web O browser O . O Phonon B-Language was O originally O created O to O allow O KDE B-Application and O Qt B-Language software I-Language to O be O independent O of O any O single O multimedia B-Library framework I-Library such O as O GStreamer B-Language or O xine B-Application and O to O provide O a O stable O API B-Application for O a O major O version O 's O lifetime O . O In O 2017 O , O Khronos B-Library Group I-Library announced O that O OpenGL B-Application ES I-Application will O not O have O new O versions O and O has O since O concentrated O on O development O of O Vulkan B-Application and O other O technologies O . O As O a O result O , O certain O capabilities O offered O by O modern O GPUs B-Architecture , O e.g. O Very O shortly O afterward O , O Melvil O Dewey O and O other O American O librarians O began O to O champion O the O card B-Library catalog I-Library because O of O its O great O expandability O . O The O NIST B-Library Enterprise I-Library Architecture I-Library Model I-Library is O a O five-layered O model O for O enterprise O architecture O , O designed O for O organizing O , O planning O , O and O building O an O integrated O set O of O information O and O information B-General_Concept technology I-General_Concept architectures O . O Many O professional O graphics O applications O ( O for O example O , O Softimage|3D O , O Alias B-Device PowerAnimator I-Device ) O were O originally O written O in O IRIS B-Library GL I-Library for O high-end O SGI O workstations O , O which O were O far O more O capable O , O both O graphically O and O in O raw O CPU O power O , O than O the O PCs O of O the O time O . O Cotton O 's O cataloging B-Library method O is O still O in O use O for O his O collection O in O the O British O Library O . O νb1 O , O νs1 O and O νf1 O are O the O x-ray B-Library attenuation O coefficients O for O each O component O at O the O low O x-ray B-Library energy O level O . O Name O xUnit B-Library Source O Remarks O Test::Unit O Default O in O Ruby O 1.8 O , O deprecated O from O 2.2 O . O Boost B-Language is O a O set O of O libraries B-Library for O the O C++ B-Language programming I-Language language I-Language that O provides O support O for O tasks O and O structures O such O as O linear B-Language algebra I-Language , O pseudorandom B-Algorithm number I-Algorithm generation I-Algorithm , O multithreading O , O image B-Algorithm processing I-Algorithm , O regular B-Language expressions I-Language , O and O unit O testing O . O OpenGL B-Application for O Safety B-Application Critical I-Application applications O ( O OpenGL B-Library SC I-Library ) O is O a O subset O of O the O OpenGL B-Application 3D O graphics O application B-Application programming I-Application interface I-Application ( O API B-Application ) O designed O to O meet O the O needs O of O the O Safety B-Application Critical I-Application market O for O avionics O , O industrial O , O military O , O medical O and O automotive O applications O including O FAA O DO-178C/ED O -12C O Level O A O certification O . O A O Layered B-Library Service I-Library Provider I-Library is O a O DLL O that O uses O Winsock B-Application APIs O to O attempt O to O insert O itself O into O the O TCP/IP B-Protocol protocol I-Protocol stack I-Protocol . O Firefox B-Application took O the O lead O with O WebXPRT O , O which O runs O several O typical O HTML5 B-Application and O JavaScript B-Language tasks O . O Firefox B-Application , O Chrome B-Application , O and O Opera B-Application all O achieved O the O highest O possible O score O on O the O Oort O Online O test O , O measuring O WebGL B-Library rendering O speed O ( O WebGL B-Library 2 I-Library is O now O current O ) O . O FDIC B-Library Enterprise I-Library Architecture I-Library Framework I-Library is O the O Enterprise B-Library Architecture I-Library framework I-Library of O the O Federal O Deposit O Insurance O Corporation O ( O FDIC O ) O . O The O purpose O of O storing O an O index O is O to O optimize O speed O and O performance O in O finding O relevant O documents O for O a O search O query B-Library . O While O more O of O theoretical O interest O , O the O ( O bulk-loaded O ) O Priority B-Data_Structure R-tree I-Data_Structure variant O of O the O R-tree B-Library is O worst-case B-General_Concept optimal O , O but O due O to O the O increased O complexity O , O has O not O received O much O attention O in O practical O applications O so O far O . O It O also O introduces O Game O Addons B-Application as O new O type O of O addon O with O just-in-time O emulator O installation O . O Adding O a O Games O Library B-Library for O Game O Metadata O , O exposing O info O ( O current O level O , O number O of O lives O , O number O of O coins O earned O , O etc O . O ) O Information B-Library FrameWork I-Library ( O IFW O ) O is O an O enterprise B-Library architecture I-Library framework I-Library , O populated O with O a O comprehensive O set O of O banking-specific O business O models O . O The O aim O of O this O library B-Library is O not O to O provide O a O rich O graphical O interface O for O users O to O interact O with O , O but O rather O to O provide O a O rich O programming O API O to O allow O a O developer O to O create O a O GUI O using O the O library B-Library without O having O to O worry O about O reinventing O the O wheel O by O implementing O the O BitTorrent B-Protocol specification O themselves O . O The O load O module O format O includes O an O initial O " O text O record O " O , O followed O immediately O by O the O " O relocation B-Library and/or O control O record O " O for O that O text O record O , O followed O by O more O instances O of O text O record O and O relocation B-Library and/or O control O record O pairs O , O until O the O end O of O the O module O . O The O persistent O nature O of O static B-Language objects O is O useful O for B-Language maintaining O state O information O across O function O calls O , O automatic O allocation O is O easy O to O use O but O stack B-General_Concept space O is O typically O much O more O limited O and O transient O than O either O static B-Language memory B-General_Concept or O heap B-General_Concept space I-General_Concept , O and O dynamic B-General_Concept memory I-General_Concept allocation I-General_Concept allows O convenient O allocation O of O objects O whose O size O is O known O only O at O run-time B-Library . O Main O goals O for O new O GUI B-Library toolkit I-Library were O : O Serials B-Library Solutions I-Library became O part O of O ProQuest B-Library Workflow O Solutions O in O 2011 O and O the O " O Serials B-Library Solutions I-Library " O name O was O retired O in O 2014 O . O EndNote B-Library 6 O for O Mac O , O released O 5 O August O 2002 O . O It O added O some O new O features O to O Direct2D B-Library like O geometry O realizations O . O It O also O added O swap O chain O composition O , O which O allows O some O elements O of O the O scene O to O be O rendered O at O lower O resolutions O and O then O composited O via O hardware B-Architecture overlay O with O other O parts O rendered O at O higher O resolution O . O Often O , O the O queries B-Library are O based O on O unlabeled O data O , O which O is O a O scenario O that O combines O semi-supervised B-General_Concept learning I-General_Concept with O active B-General_Concept learning I-General_Concept . O Selenium B-Library runs O on O Windows B-Application , O Linux B-Application , O and O macOS B-Application . O Database B-Language Management I-Language Library I-Language ( O DBL O ) O is O a O relational B-Application database I-Application management I-Application system I-Application ( O RDBMS B-Application ) O contained O in O a O C++ B-Language programming B-Library library I-Library . O When O prototypes O of O the O Trident B-Application HTML B-Language layout O engine O were O completed O , O and O it O was O shown O that O the O goals O of O complex O layout O in O Blackbird B-Library could O be O achieved O in O HTML B-Language at O better O performance O , O it O led O to O executives O to O rethink O the O project O . O Leypoldt O and O Bowker O also O founded O two O influential O standard O book-industry O references O : O Literary O Marketplace O and O Ulrich B-Library 's I-Library Periodicals I-Library Directory I-Library . O In O 1967 O , O the O Xerox O Corporation O acquired O the O R B-Library . I-Library R I-Library . I-Library Bowker I-Library company I-Library , O and O then O , O in O 1985 O , O sold O it O to O Reed B-Library International I-Library ( O now O RELX B-Library Group I-Library ) O . O Patents O in O Reaxys B-Library come O from O the O International O Patent O Classes O : O However O , O it O is O also O possible O to O allocate O a O block O of O memory B-General_Concept ( O of O arbitrary O size O ) O at O run-time B-Library , O using O the O standard B-Language library I-Language 's O malloc B-Language function O , O and O treat O it O as O an O array O . O In O his O 2006 O book O , O Nick O Pelling O proposed O that O the B-Library Voynich I-Library manuscript I-Library was O written O by O 15th-century O North O Italian O architect O Antonio O Averlino O ( O also O known O as O " O Filarete O " O ) O , O a O theory O broadly O consistent O with O the O radiocarbon O dating O . O One O of O the O standards O based O on O CIMOSA B-Library is O the O Generalised B-Library Enterprise I-Library Reference I-Library Architecture I-Library and I-Library Methodology I-Library ( O GERAM B-Library ) O . O Among O included O libraries B-Library are O libavcodec B-Language , O an O audio/video O codec B-General_Concept library O used O by O many O commercial O and O free O software O products O , O libavformat B-Library ( O Lavf B-Library ) O , O an O audio/video O container O mux B-Architecture and I-Architecture demux I-Architecture library O , O and O libavfilter B-Library , O a O library O for O enhancing O and O editing O filters O through O a O Gstreamer-like O filtergraph O . O Portable B-Application Contacts I-Application was O used O by O services O such O as O Google O Contacts O , O Windows B-Library Live I-Library Messenger I-Library Connect I-Library , O as O well O as O other O specification O such O as O OStatus B-Application . O Applications O that O must O access O the O various O Mozilla B-Operating_System XPCOM B-Application libraries B-Library ( O networking B-Architecture , O security O , O DOM B-General_Concept , O etc O . O ) O Manual O dependency B-Library injection I-Library is O often O tedious O and O error-prone O for O larger O projects O , O promoting O the O use O of O frameworks O which O automate O the O process O . O Bonjour O is O Apple O 's O implementation O of O zero-configuration B-Application networking I-Application ( O zeroconf B-Application ) O , O a O group O of O technologies O that O includes O service B-Protocol discovery I-Protocol , O address B-Protocol assignment I-Protocol , O and O hostname B-Library resolution I-Library . O Architecturally O , O DirectX B-Library plugins I-Library are O DirectShow B-Library filters O . O For O example O , O an O OpenGL B-Application application O running O in O a O Windows O virtual B-Architecture machine I-Architecture , O without O 3D O acceleration O , O can O make O use O of O full O hardware O 3D O acceleration O on O a O Linux O host O machine O via O the O use O of O Chromium B-Library . O That O is O especially O useful O when O a O build B-Application process I-Application requires O building O a O software O component O X O first O as O a O build B-Library dependency I-Library for O building O software O component O Y O : O For O example O , O a O " B-Application Lexer I-Application " I-Application has O to O by O built O first O in O order O to O generate O code O for O / O of O another O software O component O . O It O is O the O successor O to O Selenium B-Library RC I-Library . O This O controls O TRAK B-Library as O a O whole O . O Due O to O the O rising O costs O of O remaining O with O SF O Site O , O the O ISFDB B-Library moved O to O its O own O domain O in O December O 2002 O , O but O it O was O shut O down O by O the O hosting O ISP O due O to O high O resource O usage O . O Support O for O PHP B-Application code B-Application generation I-Application was O added O to O wxFormBuilder B-Language in O order O to O easily O create O applications O , O and O get O people O not O familiar O to O the O library B-Library to O get O up O to O speed O on O learning O it O . O As O such O , O VCL B-Library is O tightly O bound O to O Windows O , O and O Kylix B-Application 's O CLX B-Language is O built O on O top O of O Trolltech O 's O Qt B-Language library I-Language . O X3D B-Application also O made O a O project O called O X3DOM O to O make O X3D B-Application and O VRML B-Application content O running O on O WebGL B-Library . O The O open O source O software O package O Chromium B-Library provides O a O parallel B-Operating_System rendering I-Operating_System mechanism O for O existing O applications O . O After O the O kin.com O website O was O discontinued O in O January O 2011 O , O the O original O Kin B-Device ONE I-Device and O Kin B-Device TWO I-Device did O not O require O a O data O plan O , O although O the O optional O Zune B-Library Pass O was O still O available O . O HubMed B-Application – O A O versatile O PubMed B-Library interface O including O BibTeX B-Language output O . O at B-Library runtime I-Library . O The O Shelfari B-Library catalog O could O be O edited O by O users O , O though O some O changes O had O to O be O approved O by O Shelfari B-Library " O librarians O " O . O In O the O following O years O , O libraries B-Library such O as O Michel O Mauny O 's O syntax O manipulation O tools O appeared O and O helped O promote O the O use O of O Caml B-Language in O educational O and O research O teams O . O The O Delphi B-Language products O all O ship O with O a O run-time B-Library library I-Library ( O RTL B-Library ) O and O a O Visual B-Library Component I-Library Library I-Library ( O VCL B-Library ) O , O including O most O of O its O source O code O . O That O is O , O likewise O in O other O GUI B-Library frameworks I-Library , O the O Event B-Language Dispatching I-Language Thread I-Language spends O its O life O pumping O messages O : O it O maintains O a O message B-Operating_System queue I-Operating_System of O actions O to O be O performed O over O GUI B-Application . O The O searching O algorithm O is O similar O to O the O one O used O in O other O R-tree B-Library variants O . O The O Java B-Library class I-Library libraries I-Library serve O three O purposes O within O the O Java B-Device platform I-Device . O Within O the O 979 O prefix O element O , O the O registration O group O 0 O is O reserved O for O compatibility O with O International O Standard O Music O Numbers O ( O ISMNs O ) O , O but O such O material O is O not O actually O assigned O an O ISBN B-Library . O Python B-Language 's O large O standard B-Library library I-Library provides O tools O suited O to O many O tasks O and O is O commonly O cited O as O one O of O its O greatest O strengths O . O One O such O program O is O a O port O of O FFPlay B-Library that O allows O you O to O play O several O RealMedia O and O Windows O Media O formats O . O Toolkit O Initial O release O Latest O release O Main O language B-Application Bindings I-Application Tools O License O Pros O Cons O Back-endATL O , O WTL B-Application 2004 O C++ B-Language Visual O Studio O not O portableAWT O 1995 O Java B-Language portableCEGUI O 2004 O C++Python O , O Lua B-Language ( O using O tolua++ O ) O CEEDMIT O License O Free O license O , O fast O , O cross-platform O , O portable O , O free O GUI B-Application editing O toolClutter O 2006 O C B-Language Perl B-Language , O Python B-Language , O C# B-Application , O C++ B-Language , O Vala O , O Ruby B-Language LGPLGTK O and O WebKit B-Language embeddingCLX O C++Elementary O 2007 O ( O EFL B-Library : O 2001 O ) O 2016 O C B-Language JavaScript B-Language , O Python B-Language , O Vala O , O C++ B-Language editje O , O edjeLGPL O Portable O , O stable O , O fast O , O finger-friendly O FLTK B-Language 1998 O 2019 O C++ B-Language Python B-Language ( O pyFLTK O ) O , O Perl B-Language ( O FLTK.pm O ) O , O Ruby B-Language ( O Ruby/FLTK O ) O , O Tcl B-Operating_System ( O Tcl B-Operating_System Fltk B-Language ) O , O Guile O ( O guile-fltk O ) O , O Eiffel O ( O IFLTK O ) O FLUID O ( O Fast O Light O UI O Designer O ) O LGPL B-Application ( O with O an O exception O that O allows O static B-Library linking I-Library ) O fast O , O small O enough O to O static O link O limited O widget O selection O Flutter B-Application 2017 O DartPortable O , O cross O platform O , O free O license O , O rich O widget O setFOX O 1997 O C++ B-Language Ruby B-Language ( O FXRuby O ) O , O Python B-Language ( O FXPy O ) O , O Eiffel O ( O EiffelFox O ) O consistent O across O platforms O non-native O look O and O feelFyne O 2018 O 2020 O ( O 1.3.2 O ) O Go B-Application BSD B-Operating_System consistent O across O platforms O , O no O runtime O dependency O requires O OpenGLGLUI O C++GNUstep O 1994 O 2017 O Objective-C B-Language Java B-Language , O Ruby B-Language , O SchemeGorm O ( O computing O ) O GPL B-License for O the O apps O , O LGPL B-Application for O the O libs O Portable O , O free O license O Native O on O macOS B-Application ( O with O Cocoa B-Operating_System ) O X11 B-Operating_System , O Win32 B-Library , O WaylandGTK O 1997 O C B-Language C++ B-Language ( O gtkmm B-Language ) O , O Perl B-Language ( O Gtk2-perl B-Language ) O , O Ruby B-Language ( O ruby-gtk2 O ) O , O Python B-Language ( O PyGTK B-Language ) O , O Haskell B-Language ( O Gtk2Hs O ) O , O Java B-Language ( O java-gnome B-Language ) O ( O not O available O for O Microsoft B-Application Windows I-Application ) O , O C# B-Application ( O Gtk# O ) O , O PHP O ( O PHP-GTK B-Language ) O , O Ada O ( O GTKAda O ) O , O D O ( O gtkD B-Application ) O , O FreeBasic O ( O GladeToBac O ) O , O Go B-Application ( O go-gtk O ) O , O OCaml O ( O lablgtk O ) O , O JavaScript B-Language ( O Gjs B-Language , O Seed O ( O programming O ) O ) O , O Fortran O ( O gtk-fortran O ) O , O Lua B-Language ( O lua-lgi O ) O , O R O ( O RGtk2 B-Language ) O and O others O via O GTK-serverGlade O , O GNOME B-Application BuilderLGPL O Portable O , O free O license O Partly O native O only.Migrating O to O client-side O windows O : O " O GDK O looks O for O the O GDK_NATIVE_WINDOWS O environment O variable O and O makes O all O windows O native O if O it O is O set O . O ) O , O graphics B-Library , O pixmap O and O vector O fonts O , O database O independent O API O , O Common B-Language Gateway I-Language Interface I-Language ( O CGI O ) O support O , O data B-General_Concept compression I-General_Concept , O archive B-Application files I-Application ( O tar B-Application , O zip B-General_Concept , O cpio B-Application , O ar B-Application , O rpm B-Application ) O , O character B-General_Concept encoding I-General_Concept , O time O and O date O handling O , O XML B-Protocol processing O , O message B-Algorithm digests I-Algorithm and O more O . O However O , O the O PowerShell O pipeline B-Operating_System differs O from O Unix B-Operating_System pipelines I-Operating_System in O that O stages O execute O within O the O PowerShell O runtime B-Library rather O than O as O a O set O of O processes O coordinated O by O the O operating B-General_Concept system I-General_Concept . O The O actual O physical O auction B-Library catalog I-Library is O limited O to O print O runs O which O started O in O 2005 O when O the O major O auction O houses O created O their O own O app O . O The O event B-General_Concept loop I-General_Concept is O also O sometimes O referred O to O as O the O message B-General_Concept dispatcher I-General_Concept , O message B-Library loop I-Library , O message B-General_Concept pump I-General_Concept , O or O run O loop O . O CppUnit B-Language Suites O Released O under O LGPL B-Application Name O License B-License xUnit B-Library Fixtures O Group O fixtures O Generators O Mocks O Exceptions O Macros O Templates O Grouping O Source O Remarks O CppUTest O Suites O Limited O C++ O set O by O design O to O keep O usage O easy O and O allow O it O to O work O on O embedded O platforms O . O A O relocatable O expression O is O one O that O contains O one O or O more O terms O that O require O relocation B-Library by O the O linkage O editor O when O the O program O ls O linked O , O for O example O , O in O the O following O code O ' O ACON O ' O has O a O relocatable O nominal O value O . O Utilizing O queer O theory O in O conjunction O with O library O classification O and O cataloging B-Library requires O perspectives O that O can O present O both O ethically O and O politically O sound O viewpoints O that O support O marginalized O persons O such O as O women O , O people O of O color O , O or O members O of O the O LGBTQ+ O community O . O Light O is O metered O using O a O small O selenium B-Library photovoltaic O cell O behind O a O lens O array O , O powering O a O galvanometer O . O Microsoft O developed O it O as O part O of O the O Windows B-Library Rally I-Library set O of O technologies O . O Shortly O before O the O initial O release O of O Caddy B-Language 2 O , O an O agreement O was O signed O by O Light O Code O Labs O and O Ardan O Studios O for O the O Caddy B-Language project O ( O along O with O , O Caddy B-Language 's O core O TLS B-Protocol automation O library B-Library ) O to O be O acquired O by O API B-General_Concept Layer O , O GmbH O ( O later O Stack O Holdings O , O GmbH O ) O . O At O the O time O , O LexisNexis B-Library reported O that O they O had O 15,000 O paying O customers O and O 130,000 O users O across O their O PCLaw O and O Time B-Application Matters I-Application products O . O Sometimes O the O scene O is O set O close O to O George O 's O family O home O at O Kirrin B-Library Cottage I-Library , O such O as O the O picturesque O Kirrin B-Library Island I-Library , O owned O by O George O and O her O family O in O Kirrin B-Library Bay O . O The O BRM O is O the O first O layer O of O the O Federal B-Library Enterprise I-Library Architecture I-Library and O it O is O the O main O viewpoint O for O the O analysis O of O data O , O service O components O and O technology O . O There O did O exist O the O OpenDWG O library B-Library ( O later O named O " O Teigha O " O ) O , O to O access O and O manipulate O data O stored O in O DWG O format O , O which O is O developed O by O reverse O engineering O by O an O association O of O manufacturers O of O CAD B-Application software I-Application with O the O intention O of O supporting O their O products O . O Historically O the O main O API B-Application that O Mesa B-Application has O implemented O is O OpenGL B-Application , O along O with O other O Khronos B-Library Group I-Library related O specifications O ( O like O OpenVG B-Library , O OpenGL B-Application ES I-Application or O recently O EGL B-Application ) O . O But O Mesa B-Application can O implement O other O APIs B-Application and O indeed O it O did O with O Glide B-Operating_System ( O deprecated O ) O and O Direct3D B-Application 9 O since O July O 2013 O . O The O library B-Library uses O JNI-InChI O to O generate O International O Chemical O Identifiers O ( O InChIs O ) O . O It O is O based O on O APIs B-General_Concept provided O by O Vulkan B-Application , O Metal B-Library , O and O Direct3D O 12 O and O is O intended O to O provide O high O performance O across O mobile O and O desktop O platforms O . O A O metasearch B-Application engine I-Application ( O or O search B-Application aggregator I-Application ) O is O an O online O information B-Library retrieval I-Library tool O that O uses O the O data O of O a O web B-Application search I-Application engine I-Application to O produce O its O own O results O . O The O unusual O licensing O and O simplicity O of O the O format O has O prompted O others O to O re-implement O the O library B-Library and O release O it O under O more O common O terms O , O such O as O Michael O Tokarev O 's O TinyCDB B-General_Concept library B-Library , O available O under O the O public O domain.There O have O been O a O few O reimplementations O that O remove O the O 4GiB O limit O on O key/value O size O , O however O those O modifications O are O not O compatible O with O the O original O format O . O In O Frameworks O , O the O libraries B-Library were O split O into O individual O smaller O packages O . O This O facilitates O utilization O of O the O libraries B-Library by O other O Qt-based O software O , O since O dependencies O can O be O kept O at O a O minimum O . O If O the O existing O source O code O were O extended O , O MiniGLX B-Library could O be O used O by O GPGPU B-Architecture applications O , O using O the O power O of O graphics B-Device card I-Device processors O for O general O , O non-graphical O tasks O , O as O long O as O no O other O driver O uses O the O graphics B-Device card I-Device . O VLC O can O transcode B-Device or O stream O audio O and O video O into O several O formats O depending O on O the O operating B-General_Concept system I-General_Concept , O including O : O The O VLC O media O player O software O installers O for O the O macOS B-Application platform O and O the O Windows B-Application platform O include O the O libdvdcss B-Language DVD I-Language decryption I-Language library I-Language , O even O though O this O library B-Library may O be O legally O restricted O in O certain O jurisdictions O . O In O the O third O working O group O on O systems O planning O was O chaired O by O John O Zachman O , O and O adopted O the O Zachman B-Library Framework I-Library as O a O basis O for O discussion O . O Terahertz B-Architecture radiation I-Architecture can O penetrate O some O distance O through O body O tissue O like O x-rays B-Library , O but O unlike O them O is O non-ionizing O , O so O it O is O of O interest O as O a O replacement O for O medical O X-rays B-Library . O GNU B-License Public I-License License I-License ( O GPL B-License ) O for O implementations O of O TRAK B-Library - O UML B-Language profile I-Language for O TRAK B-Library for O general O UML B-Language modelling O tools O and O TRAK B-Library MDG O Technology O for O Sparx O Systems O Enterprise B-Application Architect I-Application modelling O tool O . O Parole O is O a O simple O media O player O based O on O the O GStreamer B-Language framework O . O It O is O designed O with O simplicity O , O speed O and O resource O usage O in O mind O , O and O is O part O of O the O Xfce B-Language Goodies O and O uses O at O least O three O libraries B-Library from O the O Xfce B-Language project O ( O libxfce4ui O , O libxfce4util O , O and O libxfconf O ) O . O RDFLIb B-Library supports O a O majority O of O the O current O SPARQL B-Language 1.1 I-Language specification O and O includes O a O harness O for O the O publicly O available O RDF O DAWG O test O suite O . O SearchFilterHost.exe B-Application , O which O hosts O the O IFilters B-Library and O property O handlers O to O extract O metadata O and O textual O content O . O The O Cl3ver B-Language 3D O viewer O use O the O WebGL B-Library JavaScript O API B-General_Concept to O display O 3D O scenes O and O is O built O using O the O open-source O OSG.JS B-Library JavaScript O library O . O Other O forms O of O query B-Library rewriting O , O such O as O automatically O converting O consecutive O query B-Library terms O into O phrases O and O restricting O query B-Library terms O to O specific O fields B-Application , O aim O to O increase O precision O . O Besides O extending O the O language O itself O in O form O of O additional O libraries B-Library , O extensions B-Application are O providing O a O way O for O improving O execution O speed O where O it O is O critical O and O there O is O room O for O improvements O by O using O a O true O compiled B-Language language I-Language . O While O many O of O the O goals O are O very O general O ( O " O Arc B-Operating_System should O be O hackable O " O , O " O there O should O be O good O libraries B-Library " O ) O , O he O did O give O some O specifics O . O Cairo B-Language ( O stylized O as O cairo B-Language ) O is O an O open-source B-Application graphics B-Library library I-Library that O provides O a O vector O graphics-based O , O device-independent O API B-Application for O software B-Application developers I-Application . O The O Minolta O Dimage O 7 O , O 7i O , O 7Hi O series O is O a O " O pro-sumer O " O line O of O digital O electronic B-Algorithm viewfinder I-Algorithm cameras O from O Minolta O . O These O are O also O known O as O bridge B-Device digital I-Device cameras I-Device . O The O Dimage O 7/7i/7Hi O series O cameras O were O powered O with O four O AA B-Library batteries I-Library , O which O discharged O quickly O ; O the O 7-series O was O replaced O by O the O DiMAGE B-Algorithm A1 I-Algorithm in O July O 2003 O . O EndNote B-Library 7 O for O Mac O , O released O 26 O August O 2003 O . O The O entries O in O the O literal B-Application pool I-Application are O placed O into O the O object B-Language relocation B-Library table I-Library during O assembly O , O and O are O then O resolved O at O link B-Application edit I-Application time I-Application . O Wavesurfer B-Application is O written O in O Tcl/Tk B-Application using O the O Snack B-Library audio I-Library library I-Library . O pvlib B-Library python I-Library maintainer O Mark O Mikofski O discussed O pvlib O 's O history O and O its O role O in O the O renewable O energy O industry O in O a O Mouse O vs. O Python B-Language interview O . O Because O of O issues O with O the O MonoTouch O iOS B-Application backend O Niklas O Thernig O wrote O a O RoboVM O backend O for O libGDX B-Library in O March O 2013 O , O which O was O integrated O into O the O project O in O September O . O Tabular O query B-Library operations O consist O of O standard O operations O on O data O tables O . O Win32 B-Library was O introduced O with O Windows B-Device NT I-Device . O On O January O 16 O , O 2007 O , O Zack O Rusin O from O Tungsten O Graphics O announced O the O start O of O an O independent O open-source B-Application implementation O of O OpenVG B-Library built O on O top O of O QtOpenGL O . O Examples O of O such O projects O that O fall O under O Bio* O apart O from O BioJava B-Language are O BioPython B-Library , O BioPerl B-Application , O BioRuby B-Application , O EMBOSS O etc O . O The O ECRM O ( O and O thus O CIDOC B-Library CRM I-Library ) O is O used O extensively O in O the O WissKI O system O , O an O ontology O based O virtual O research O environment O for O managing O primary O research O data B-Application in O the O area O of O cultural O heritage O as O linked B-Operating_System data I-Operating_System . O The O Dimage O 7/7i/7Hi O series O cameras O were O powered O with O four O AA B-Library batteries I-Library , O which O discharged O quickly O ; O the O 7-series O was O replaced O by O the O DiMAGE B-Algorithm A1 I-Algorithm in O July O 2003 O . O 7Hi/7i O CCD B-Algorithm ICX282AQF2/3 O -type O interline O interlaced O primary-color O Super O HAD O CCDTotal O pixels B-Algorithm : O approx O . O 5.24 O millionNumber O of O effective O pixels B-Algorithm : O approx O . O Ronald O Hagler O identified O six O functions O of O bibliographic B-Library control I-Library . O In O May O 2010 O , O LexisNexis B-Library introduced O an O Annual O Maintenance O Plan O ( O AMP O ) O subscription O program O . O ALSA B-Application succeeded O the O older O Linux B-Operating_System port O of O the O Open B-Library Sound I-Library System I-Library ( O OSS O ) O . O Thesis O work O by O Bradley O M O . O Kuhn O , O overseen O by O Wall O , O considered O the O possible O use O of O the O Java B-Language virtual I-Language machine I-Language as O a O runtime B-Library for O Perl B-Language . O The O BREW O runtime B-Library library I-Library is O part O of O the O wireless O device O on-chip O firmware B-Application or O operating B-General_Concept system I-General_Concept to O allow O programmers O to O develop O applications O without O needing O to O code O for O system O interface O or O understand O wireless O applications O . O Apple O has O created O a O low-level O graphics O API O called O Metal B-Library , O which O runs O on O most O Macs O made O since O 2012 O , O iPhones O since O the O 5S O , O and O iPads O since O the O iPad O Air O . O Dialog B-Application is O an O online O information O service O owned O by O ProQuest B-Library , O who O acquired O it O from O Thomson O Reuters O in O mid-2008 O . O It O is O a O default O backend O for O both O Google B-Application Chrome I-Application and O Mozilla B-Application Firefox I-Application on O Windows O platforms O and O works O by O translating O WebGL B-Library and O OpenGL O calls O to O available O platform-specific O APIs B-General_Concept . O Mach-O B-Operating_System uses O the O REL O relocation B-Library format O to O handle O references O to O symbols O . O is O a O term O ( O recursive O acronym O ) O for O Symbian B-Operating_System software B-Library libraries I-Library , O and O means O " O P.I.P.S. B-Language A O predecessor O of O wolfSSL B-Protocol , O yaSSL B-Protocol is O a O C++ B-Language based O SSL B-Protocol library B-Library for O embedded O environments O and O real O time O operating O systems O with O constrained O resources O . O DBL O is O a O library B-Library and O becomes O an O integral O part O of O the O application O program O . O April O 27 O , O 2020 O : O Khronos B-Library announced O provisional O Version O of O OpenCL B-Application 3.0 O . O It O was O initially O released O on O August O 12 O , O 2004 O , O and O was O included O with O the O Mono B-Application distribution O starting O with O version O 1.0.6 O , O released O on O February O 18 O , O 2005 O . O Monobjc B-Library was O CocoaSharp O 's O replacement O . O Using O LLTD B-Protocol specifications O requires O signing O a O Microsoft O Windows B-Library Rally I-Library license O agreement O . O libfat B-Library is O programmed O in O a O single O language O , O but O different O flashcarts O , O such O as O the O R4DS B-Device , O use O different O read/write O commands O . O Rules O are O defined O using O triples O from O the O TRAK B-Library metamodel O . O ( O 2013 O ) O argued O that O the B-Library Voynich I-Library manuscript I-Library " O is O mostly O compatible O with O natural O languages O and O incompatible O with O random O texts O " O . O Zune B-Library is O an O object-oriented B-Language GUI B-Library toolkit I-Library which O is O part O of O the O AROS B-Application ( O AROS B-Application Research I-Application Operating I-Application System I-Application ) O project O and O nearly O a O clone O , O at O both O an O API B-General_Concept and O look-and-feel B-Application level O , O of O Magic B-Library User I-Library Interface I-Library ( O MUI O ) O , O a O well-known O Amiga O shareware O product O by O Stefan O Stuntz O . O Cairo B-Language and O Windows B-Library API I-Library variants O . O The B-Library Khronos I-Library Group I-Library was O founded O in O 2000 O by O companies O including O 3Dlabs O , O ATI O , O Discreet B-Application , O Evans O & O Sutherland O , O Intel O , O SGI O , O and O Sun O Microsystems O . O The O Jointly B-Library Administered I-Library Knowledge I-Library Environment I-Library , O or O jake O , O was O the O first O open B-License source I-License OpenURL O link O server O . O Oberon-2 B-Language provides O built-in O runtime B-Library support O for O garbage B-General_Concept collection I-General_Concept similar O to O Java B-Language and O performs O bounds O and O array O index O checks O , O etc. O , O that O eliminate O the O potential O stack O and O array O bounds O overwriting O problems O and O manual O memory O management O issues O inherent O in O C B-Language and O C++ B-Language . O Windows B-Application App I-Application SDK I-Application does O not O replace O the O Windows B-Application SDK I-Application ; O it O is O designed O to O enhance O native O Win32 B-Library ( O USER32/GDI32 O ) O and O .NET B-Application 6 I-Application ( O WPF/WinForms O ) O applications O , O and O migrate O existing O UWP B-Device apps O to O Win32 B-Library or O .NET B-Application model O by O providing O a O common O application B-Application programming I-Application interface I-Application ( O API B-Application ) O based O on O UWP/WinRT O and O WinMD O metadata O , O to O bridge O the O gap O between O low-level O system O access O in O Win32 B-Library APIs I-Library and O high-level O programming O concepts O in O .NET B-Application and O UWP B-Device . O While O the O build O systems O for O other O platforms O are O open O , O the O Windows B-Library API I-Library ( O WinAPI B-Library , O Win32 B-Library ) O build O system O is O not O , O although O unofficial O Windows B-Application binaries O are O available O online O . O SWT O was O designed O to O be O a O high O performance O GUI B-Library toolkit I-Library ; O faster O , O more O responsive O and O lighter O on O system O resource O usage O than O Swing B-Language . O COBOL O was O intended O to O be O a O highly O portable B-Architecture , O " O common O " O language O . O One O source O of O dialects O was O the O standard O itself O : O the O 1974 O standard O was O composed O of O one O mandatory O nucleus O and O eleven O functional O modules B-Architecture , O each O containing O two O or O three O levels O of O support O . O Jean O Sammet O , O a O short-range O committee O member O , O noted O that O " O little O attempt O was O made O to O cater O to O the O professional O programmer O , O in O fact B-Language people O whose O main O interest O is O programming O tend O to O be O very O unhappy O with O COBOL O " O which O she O attributed O to O COBOL O 's O verbose O syntax O . O By O 1985 O , O there O were O twice O as O many O books O on O FORTRAN B-Application and O four O times O as O many O on O BASIC O as O on O COBOL O in O the O Library B-Library of O Congress O . O Donald O Nelson O , O chair O of O the O CODASYL B-Language COBOL O committee O , O said O in O 1984 O that O " O academics O ... O hate O COBOL O " O and O that O computer O science O graduates O " O had O ' O hate O COBOL O ' O drilled O into O them O " O . O Several O open O source O modules O exist O , O including O gnu.getopt.Getopt O , O which O is O ported O from O GNU B-Operating_System getopt B-Library , O and O Apache B-Language Commons I-Language CLI O . O Gamertags B-Device can O be O used O in O a O variety O of O places O , O including O Games B-Application for I-Application Windows I-Application – I-Application Live I-Application , O Zune B-Library , O XNA B-Device Creators O Club O , O and O of O course O on O Xbox B-Device One I-Device and O Xbox B-Operating_System 360 I-Operating_System . O Finally O , O the O document O is O marked O as O conforming O by O starting O it O with O a O comment O starting O with O “ O % O ! O PS-Adobe- O ” O followed O by O the O DSC O version O number O . O Sections O of O reusable O PostScript B-Language code O can O be O modularized O into O procsets O ( O procedure O sets O , O corresponding O to O function B-Library libraries I-Library in O other O programming O languages O ) O , O in O order O to O ease O the O generation O of O PostScript B-Language code O . O PowerShell O also O provides O a O hosting O API B-General_Concept with O which B-Device the O PowerShell O runtime B-Library can O be O embedded O inside O other O applications O . O Polydioctylfluorene B-Library is O a O polymer B-Language light-emitting O device O known O as O PLED O , O which O covalently O bonds O to O the O carbon O hydrogen O chains O . O , O WorldCat B-Library contained O over O 540 O million O bibliographic O records O in O 483 O languages O , O representing O over O 3 O billion O physical O and O digital O library O assets O , O and O the O WorldCat B-Library persons O dataset O ( O mined B-Application from O WorldCat B-Library ) O included O over O 100 O million O people O . O It O allows O to O configure O libraries B-Library distribution O among O processes O . O JAXM B-Library supports O both O asynchronous O and O synchronous O messaging O . O Safari B-Application web I-Application browser I-Application uses O ANGLE O as O basis O for O its O WebGL B-Library implementation O . O In O 1986 O , O the O PRISM O architecture B-Architecture framework I-Architecture was O developed O as O a O result O of O the O research O project O sponsored O by O a O group O of O companies O , O including O IBM O , O which O was O seemingly O the O first O published O EA B-Library framework I-Library . O Developer O 's O Image O Library B-Library or O DevIL O , O started O by O Denton O Woods O , O is O a O cross-platform B-Operating_System image O library B-Library which O aims O to O provide O a O common O API B-Application for O different O image O file O formats O . O In O the O SciELO B-Library portals O , O received O JATS-articles O are O converted O via O XSLT B-Application to O HTML B-Language , O and O " O SGML+HTML O pack O " O articles O use O the O HTML B-Language content O ( O in O general O a O handmade O PDF-to-HTML O conversion O ) O . O TouchToolkit B-Library is O a O software O development O kit O to O simplify O the O complexities O of O multi-touch B-Application application O development O and O testing O . O At O MIT O Macsyma B-Language had O a O link O to O the O IMSL B-Library ( O now O a O product O of O Perforce B-General_Concept Software I-General_Concept ) O numerical O libraries O , O but O this O link O was O severed O when O Macsyma B-Language moved O to O Symbolics O . O The O ISBN B-Library formula O uses O the O prime O modulus O 11 O which O avoids O this O blind O spot O , O but O requires O more O than O the O digits O 0 O – O 9 O to O express O the O check B-Error_Name digit I-Error_Name . O In O order O to O act O ethically O and O in O a O socially O responsible O manner O , O catalogers B-Library should O be O aware O of O how O their O judgments O benefit O or O harm O findability O . O Information O about O the O journals O indexed O in O MEDLINE O , O and O available O through O PubMed B-Library , O is O found O in O the O NLM O Catalog O . O Biblioteksentralen B-Library AL O is O a O library O center O for O public O libraries O in O Norway O , O with O offices O in O Oslo O . O Another O disadvantage O is O that O some O utilities O can O no O longer O identify O run-time B-Library library I-Library dependencies O , O as O only O the O statically B-Library linked I-Library extractor O stub O is O visible O . O Live B-Library Connect I-Library was O released O on O June O 24 O , O 2010 O as O part O of O Windows O Live O 's O " O Wave O 4 O " O release O ( O known O then O as O Messenger B-Library Connect I-Library ) O , O and O unites O previously O separate O APIs B-Application of O Windows O Live O ( O Windows O Live O ID O , O Windows O Live O Contacts O , O Windows B-Protocol Live I-Protocol Messenger I-Protocol Web O Toolkit O , O and O others O ) O into O a O single O API B-Application that O is O based O on O industry O standards O and O specifications O . O In O February O 2008 O , O Reed B-Library Elsevier I-Library purchased O data O aggregator O ChoicePoint O ( O previous O NYSE O ticker O symbol O CPS O ) O in O a O cash O deal O for O US O $3.6 O billion O . O The O largest O union B-Library catalog I-Library ever O printed O is O the O American O National O Union B-Library Catalog I-Library Pre-1956 O Imprints O ( O NUC O ) O , O completed O in O 1981 O . O Thus O , O unlike O PVM B-Operating_System which O provides O a O concrete O implementation O , O MPI O is O a O specification O which O has O been O implemented O in O systems O such O as O MPICH B-Library and O Open B-Library MPI I-Library . O An O SBN O may O be O converted O to O an O ISBN B-Library by O prefixing O the O digit O " O 0 O " O . O Bill O Joy O wrote O the O first O termcap B-Application library B-Library in O 1978 O for O the O Berkeley B-Operating_System Unix I-Operating_System operating B-General_Concept system I-General_Concept ; O it O has O since O been O ported O to O most O Unix O and O Unix-like B-Operating_System environments O , O even O OS-9 B-Operating_System . O The O Magic B-Library User I-Library Interface I-Library ( O MUI O ) O system O used O to O construct O the O user B-Application interface I-Application enabled O user O full O user-customization O of O fonts O , O colors O , O and O background O patterns O . O It O was O spun O off O from O its O un-moderated O version O , O rec.arts.sf.tv.babylon5 B-Library , O in O 1996 O . O A O disadvantage O of O getting O an O x-ray B-Library is O the O exposure O to O radiation O that O may O lead O to O other O conditions O . O The O transition O from O KDE B-Language Platform I-Language to O KDE B-Application Frameworks O began O in O August O 2013 O , O guided O by O top O KDE B-Application technical O contributors O . O After O the O initial O release O of O KDE B-Application Frameworks O 5.0 O , O the O developers O focused O on O adding O new O features O to O the O components O in O KDE B-Application Frameworks O 5 O , O an O example O being O better O integration O of O Firefox B-Application into O KDE B-Application . O In O earlier O KDE B-Application versions O , O the O libraries B-Library were O bundled O as O a O single O large O package O . O Assuming O that O the O required O time O for O each O of O the O tasks B-General_Concept is O known O in O advance O , O an O optimal O execution O order O must O lead O to O the O minimization O of O the O total O execution B-Library time I-Library . O The O library B-Library manages O and O schedules O threads B-Operating_System to O execute O these O tasks B-Operating_System . O Matplotlib B-Language is O a O plotting B-Operating_System library B-Library for O the O Python B-Language programming I-Language language I-Language and O its O numerical O mathematics O extension O NumPy B-Application . O + O Java B-Language enterprise I-Language platform I-Language history O Platform O version O Released O Specification B-Application Support O Important O Changes O Jakarta B-Language EE I-Language 10 O Jakarta B-Language EE I-Language Platform O 10 O Release O Plan O 10 O Removal O of O deprecated O items O in O Servlet B-Application , O Faces O , O CDI B-Library and O EJB B-Language ( O Entity O Beans O and O Embeddable O Container O ) O . O In O view O of O the O significant O difference O in O the O kernel O base O , O Windows B-Device NT I-Device 3.51 I-Device is O readily O able O to O run O a O large O number O of O Win32 B-Library applications O designed O for O Windows B-Application 95 I-Application . O Groove O Music O was O launched O with O Windows B-Protocol Phone I-Protocol 8 O and O Windows B-Application 8 I-Application as O Xbox B-Device Music O , O a O rebranded O version O of O Zune B-Library , O in O Windows B-Protocol Phone I-Protocol 8 O the O service O was O included O in O the O Music O + O Videos O Hub O and O allows O users O to O download O the O content O they O 've O bought O via O the O Xbox B-Device Music O Pass O and O stream O it O to O their O PCs O . O The O options O to O use O the O legacy O renderer O , O overlay O mixer O , O video B-Library mixing I-Library renderer I-Library ( O VMR-7 O ) O or O high O quality O mode O ( O VMR-9 O ) O are O not O available O in O the O Windows B-Application Vista I-Application version I-Application of O Windows B-Device Media I-Device Player I-Device 11 I-Device . O Text O analysis O involves O information B-Library retrieval I-Library , O lexical B-Application analysis I-Application to O study O word O frequency O distributions O , O pattern O recognition O , O tagging/annotation O , O information B-General_Concept extraction I-General_Concept , O data B-Application mining I-Application techniques O including O link O and O association O analysis O , O visualization B-Application , O and O predictive B-General_Concept analytics I-General_Concept . O The O Integrated B-Library Architecture I-Library Framework I-Library ( O IAF O ) O is O an O enterprise B-Library architecture I-Library framework I-Library that O covers O business O , O information O , O information O system O and O technology O infrastructure O . O Some O parts O of O the O standard B-Library library I-Library are O covered O by O specifications O — O for O example O , O the O Web B-Language Server I-Language Gateway I-Language Interface I-Language ( O WSGI B-Language ) O implementation O wsgiref O follows O PEP O 333 O — O but O most O are O specified O by O their O code O , O internal O documentation O , O and O test O suites O . O Supported O backends O under O Windows B-Application include O DirectShow B-Library , O VLC B-Application and O MPlayer B-Application . O GNOME B-Application and O KDE B-Application are O popular O desktop O environments O and O provide O a O framework O for O developing O applications O . O These O projects O are O based O on O the O GTK B-Application and O Qt B-Language widget B-Library toolkits I-Library , O respectively O , O which O can O also O be O used O independently O of O the O larger O framework O . O Many O third-party O players O exist O for O various O platforms O such O as O Linux B-Application that O use O the O FFmpeg B-Library implementation O of O the O WMV B-Device format O . O It O demonstrated O a O wide O range O of O different O approaches O to O the O retrieval O of O text O from O large O document O collections O .Finally O TREC1 O revealed O the O facts O that O automatic O construction O of O queries B-Library from O natural O language O query B-Library statements O seems O to O work O . O Haskell B-Language 's O build B-Application tool I-Application , O Cabal B-Application , O has O historically O been O criticized O for O poorly O handling O multiple O versions O of O the O same O library B-Library , O a O problem O known O as O " O Cabal B-Application hell O " O . O In O computer O science O , O ahead-of-time B-Application compilation I-Application ( O AOT B-Application compilation I-Application ) O is O the O act O of O compiling B-Language an O ( O often O ) O higher-level O programming O language O into O an O ( O often O ) O lower-level O language O before O execution O of O a O program O , O usually O at O build-time O , O to O reduce O the O amount O of O work O needed O to O be O performed O at O run B-Library time I-Library . O The O Bioconductor B-Application project O provides O software O for O associating O microarray O and O other O genomic O data O in O real O time O to O biological O metadata O from O web O databases O such O as O GenBank O , O LocusLink O and O PubMed B-Library ( O annotate O package O ) O . O There O are O ( O at O least O ) O XAA B-Library ( O XFree86 B-Library Acceleration I-Library Architecture I-Library ) O , O EXA B-Library , O UXA B-Library and O SNA B-Library . O Clarivate B-Library Citation I-Library Laureates I-Library formerly O Thomson B-Library Reuters I-Library Citation I-Library Laureates I-Library is O a O list O of O candidates O considered O likely O to O win O the O Nobel O Prize O in O their O respective O field O . O Software B-Library libraries I-Library can O provide O certain O thread-safety B-Operating_System guarantees O . O Users O can O interchange O data O with O applications O like O Microsoft B-Application Excel I-Application , O Microsoft B-Application Word I-Application , O IBM B-Algorithm SPSS I-Algorithm Statistics I-Algorithm , O EndNote B-Library , O Microsoft B-Application OneNote I-Application , O SurveyMonkey O and O Evernote B-Application . O NVivo B-Application is O multi-lingual O and O can O be O used O in O English O , O French O , O German O , O Japanese O , O Chinese O , O Portuguese O and O Spanish O . O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O OSG.JS B-Library ( O 1.0 O ) O MIT B-License Open-source B-Application WebGL B-Library framework O based O on O OpenSceneGraph O concepts O . O Jet B-Library Data I-Library Access I-Library Objects I-Library is O a O general O programming B-Application interface I-Application for O database O access O on O Microsoft B-Application Windows I-Application systems O , O primarily O for O Jet B-Application and O ACE O databases O . O Name O xUnit B-Library Source O Remarks O LabVIEW O Unit O Test O Framework O Generate O test O harnesses O for O VIs O in O LabVIEW O automatically O . O Other O exception B-General_Concept handling I-General_Concept aspects O are O backed O by O a O number O of O Win32 B-Library API I-Library functions O , O for O example O , O RaiseException O to O raise O SEH O exceptions O manually O . O The O architectural O description O element O types O and O relationships O are O specified O by O the O TRAK B-Library metamodel O . O Selenium B-Library WebDriver O ( O Selenium B-Library 2.0 O ) O is O fully O implemented O and O supported O in O JavaScript B-Language ( O Node.js B-Language ) O , O Python B-Language , O Ruby B-Language , O Java B-Language , O Kotlin B-Language ( O programming O language O ) O , O and O C# B-Application . O The O Windows O versions O use O a O BASIC O syntax O expanded O to O include O many O Windows O functions O , O and O the O statements O can O be O combined O with O calls O to O the O Windows B-Library API I-Library . O The O free B-Application software I-Application FFmpeg B-Library project O 's O libraries O have O very O wide O support O for O encoding O and O decoding O video B-General_Concept file I-General_Concept formats I-General_Concept . O Another O manifestation O of O the O photoelectron O effect O is O exposure O to O X-ray B-Library generated O electrons O from O thick O gold O films O used O for O making O daughter O masks O . O Anne B-Algorithm O'Tate I-Algorithm is O a O free O , O web-based O application O that O analyses O sets O of O records O identified O on O PubMed B-Library , O the O bibliographic B-Library database I-Library of O articles O from O over O 5,500 O biomedical O journals O worldwide O . O It O is O roughly O equivalent O to O Composer B-Application for O PHP B-Application ; O the O PyPI B-Language ( O Python B-Language Package I-Language Index I-Language ) O repository B-Application for O Python B-Language ; O RubyGems B-Application for O Ruby B-Language ; O CRAN O for O R B-Language ; O npm B-Language for O Node.js B-Language ; O LuaRocks B-Language for O Lua B-Language ; O Maven B-Language for O Java B-Language ; O and O Hackage B-Library for O Haskell B-Language . O This O differs O from O the O TopLink B-Library Essentials O GlassFish B-Language contribution O , O which O did O not O include O some O key O enterprise O features O . O Over O the O past O 60 O years O , O PQDT B-Library has O amassed O more O than O 1.4 O million O titles O beginning O with O the O first O U.S. O dissertation O accepted O by O a O university O ( O Yale O ) O in O 1861 O . O Capybara B-Library is O a O web-based B-Application test B-Application automation I-Application software I-Application that O simulates O scenarios O for O user O stories O and O automates O web B-Application application I-Application testing O for O behavior-driven O software O development O . O This O replaces O the O prelinking B-Library capability O that O was O being O worked O on O earlier O in O the O project O 's O history O , O as O the O resident O support O is O much O more O efficient O . O Widget B-Library toolkits I-Library and O software O frameworks O , O like O e.g. O IcedTea-Sound O is O a O collection O of O plugins O for O the O Java B-Language sound O subsystem O , O including O the O PulseAudio B-Library provider O which O used O to O be O included O with O IcedTea B-Language . O The O so-called O or O PI O ( O English O : O Prussian O instructions O ) O are O a O cataloging B-Library set O of O rules O for O libraries O which O was O used O in O scientific O libraries O in O German-speaking O countries O and O beyond O . O Phatch B-Algorithm requires O Python B-Language , O Python B-Library Imaging I-Library Library I-Library and O wxPython B-Language ( O 2.6 O or O more O ) O for O the O GUI O . O DirectShow B-Library 's O standard O format O repertoire O can O be O easily O expanded O by O means O of O a O variety O of O filters B-Application , O enabling O DirectShow B-Library to O support O virtually O any O container O format O and O any O audio O or O video O codec O . O A O similar O issue O is O whether O or O not O the O class O hierarchy O can O be O modified O at O run B-Library time I-Library . O Flood O IO O is O a O load O testing O platform O that O executes O globally-distributed O performance O tests O from O open B-Application source I-Application tools O , O including O JMeter B-Language , O Gatling B-Language , O and O Selenium B-Library . O For O instance O , O the O default O device O for O sound O input O and O output O is O /dev/dsp B-Library . O It O is O based O on O FFmpeg B-Library with O profiles O for O the O Theora B-Algorithm ( O .ogv B-Algorithm ) O , O .mp4 O , O and O WebM B-Application video O formats O supported O by O various O devices O . O Uploading O the O French O data O from O 2005 O onwards O and O thus O closing O the O gap O between O the O SIGLE B-Library and O OpenSIGLE B-Library records O . O Apple O StreamS O HiFi O Radio O ( O radio O player O ) O iOS B-Application , O tvOS O iPhone O , O iPad O , O and O AppleTV O 7.3 O + O Plays O Internet O Radio O Streams O HLS O Audio O - O 100% O Compliant O AAC-LC/HE-AAC/xHE O -AAC O 2.0 O Stereo/5.1 O -7.1 O Surround O ES O - O Elementary O Stream O ADTS O fMP4 B-Library - O Fragmented O ISO O MP4 O Displays O Synchronous O Realtime O Metadata O and O Graphics O StreamS/Modulation O Index O LLC O VLC B-Application media I-Application player I-Application ( O media B-Device player I-Device ) O Windows O , O macOS B-Application , O Linux O , O Android B-Application , O iOS B-Application , O Windows O Phone O VLC O 2.x O has O partial O support O up O to O HLS O version O 3 O ( O otherwise O will O load O as O M3U O playlist O , O individual O chunks O sequence O ) O .VLC B-Application 3.0 O has O full O HLS O support O . O Most O software B-General_Concept codecs I-General_Concept are O implemented O as O libraries B-Library which O interface O to O one O or O more O multimedia O players O . O Amber O and O Clamato O both O use O parsing O expression O grammar O ( O PEG O ) O libraries B-Library to O parse O Smalltalk B-Application source O code O . O At O the O 12th O International O Conference O on O Grey O Literature O at O Prague O in O December O 2010 O , O INIST-CNRS O presented O a O new O project O called O OpenGrey O . O At O the O Prague O conference O , O INIST O and O GreyNet O called O former O SIGLE B-Library members O and O new O partners O to O contribute O to O OpenGrey O . O Such O pixel B-Algorithm readout O circuits O work O best O with O low O capacitance O photoconductor O detectors O such O as O amorphous O selenium B-Library . O In O other O cases O , O the O ISBN B-Library registration O service O is O provided O by O organisations O such O as O bibliographic O data O providers O that O are O not O government O funded O . O In O response O to O the O limited O capabilities O of O HTML B-Language at O the O time O , O Microsoft O began O developing O an O online O content O authoring O platform O that O would O be O based O on O distributed O OLE B-Operating_System ( O Object B-Operating_System Linking I-Operating_System and I-Operating_System Embedding I-Operating_System ) O which O it O codenamed O Blackbird B-Library . O Datasets O used O for O training O statistical B-Application semantic I-Application parsing I-Application models O are O divided O into O two O main O classes O based O on O application O : O those O used O for O question B-Algorithm answering I-Algorithm via O knowledge O base O queries B-Library , O and O those O used O for O code B-Application generation I-Application . O Although O the O original O intent O was O to O develop O a O rail-specific O architecture O framework O , O in O adapting O MODAF B-Library to O suit O local O needs O any O defence O or O domain-specific O content O was O removed O . O Based O on O antecedents O dating O back O to O 1996 O , O the O first O version O of O Trove B-Library was O released O for O public O use O in O late O 2009 O . O Nevertheless O , O much O important O legacy O COBOL O software O uses O unstructured B-Application code O , O which O has O become O practically O unmaintainable O . O COBOL O was O intended O to O be O a O highly O portable B-Architecture , O " O common O " O language O . O One O source O of O dialects O was O the O standard O itself O : O the O 1974 O standard O was O composed O of O one O mandatory O nucleus O and O eleven O functional O modules B-Architecture , O each O containing O two O or O three O levels O of O support O . O Jean O Sammet O , O a O short-range O committee O member O , O noted O that O " O little O attempt O was O made O to O cater O to O the O professional O programmer O , O in O fact B-Language people O whose O main O interest O is O programming O tend O to O be O very O unhappy O with O COBOL O " O which O she O attributed O to O COBOL O 's O verbose O syntax O . O By O 1985 O , O there O were O twice O as O many O books O on O FORTRAN B-Application and O four O times O as O many O on O BASIC O as O on O COBOL O in O the O Library B-Library of O Congress O . O The O Composite B-Library UI I-Library Application I-Library Block I-Library ( O or O CAB O ) O is O an O addition O to O Microsoft B-Application 's I-Application .NET I-Application Framework I-Application for O creating O complex O user B-Application interfaces I-Application made O of O loosely O coupled O components O . O pyglet B-Library is O a O library B-Library for O the O Python B-Language programming I-Language language I-Language that O provides O an O object-oriented B-Language application B-Application programming I-Application interface I-Application for O the O creation O of O games O and O other O multimedia O applications B-Application . O Originally O , O the O names O of O these O APIs B-General_Concept all O began O with O " O Direct O " O , O such O as O Direct3D B-Application , O DirectDraw B-Device , O DirectMusic B-Library , O DirectPlay B-Protocol , O DirectSound B-Device , O and O so O forth O . O The O search O component O searches O through O the O stored O metadata O from O the O files O and O provides O the O information O to O the O search O interface O in O the O form O of O query B-Library results O . O Like O its O predecessor O , O the O Surface B-Device Mini I-Device runs O Windows B-Operating_System RT I-Operating_System 8.1 B-Device , O a O mobile B-Operating_System operating I-Operating_System system I-Operating_System that O was O designed O for O the O ARM B-Architecture architecture I-Architecture and O has O limitations O including O an O inability O to O install O Win32 B-Library applications O ; O programs O can O only O be O installed O from O the O Windows B-Application Store I-Application . O Mutter O uses O a O graphics B-Library library I-Library called O Clutter B-Language giving O it O OpenGL B-Application capability O . O Mutter O is O a O portmanteau O of O Metacity B-Language and O Clutter B-Language . O At O run B-Library time I-Library , O it O executes O the O program O by O walking B-Algorithm the I-Algorithm tree I-Algorithm . O The O environment O allows O to O make O changes O to O a O program O at B-Library runtime I-Library , O so O variables O and O functions O may O be O redefined O and O the O changes O take O effect O immediately O . O The O reviews O recognize O that O its O " O cited O by O " O feature O in O particular O poses O serious O competition O to O Scopus B-Library and O Web B-Library of I-Library Science I-Library . O There O are O existing O commercial O academic O search O systems O , O such O as O Google B-Library Scholar I-Library , O which O provide O search O and O access O level O services O , O but O do O not O support O programmable O machine O access O to O the O content O . O The O programming O of O both O the O window O decoration O and O of O available O widgets O inside O of O the O window O , O which O are O graphical O elements O for O direct O user O interaction O , O such O as O sliders O , O buttons O , O etc. O , O is O eased O and O simplified O through O the O use O of O widget B-Library toolkits I-Library . O The O main O component O of O any O windowing B-Application system I-Application is O usually O called O the O display O server O , O although O alternative O denominations O such O as O window O server O or O compositor O are O also O in O use O . O A O core O version O of O Terrier B-Application is O available O as O open B-Application source I-Application software I-Application under O the O Mozilla B-License Public I-License License I-License ( O MPL O ) O , O with O the O aim O to O facilitate O experimentation O and O research O in O the O wider O information B-Library retrieval I-Library community O . O PowerDNS B-Language Authoritative O Server O ( O pdns_server O ) O consists O of O a O single O core O , O and O multiple O dynamically B-Library loadable I-Library backends B-Architecture that O run O multi-threaded B-Operating_System . O Library B-Library Genesis I-Library ( O Libgen B-Library ) O is O a O file-sharing O based O shadow O library O website O for O scholarly O journal O articles O , O academic O and O general-interest O books O , O images O , O comics O , O audiobooks O , O and O magazines O . O The O CFX-9850GB O Plus O includes O a O built-in O software B-Library library I-Library , O and O the O CFX-9850GC O Plus O increases O memory O from O 32k O to O 64k O . O It O is O mostly O written O in O C B-Language and O based O largely O on O the O multimedia O framework O GStreamer B-Language and O a O number O of O other O , O smaller O external O libraries B-Library . O ABAP B-Library Unit I-Library is O directly O embedded O into O the O ABAP B-Language development O environment O and O into O the O ABAP B-Language runtime O environment O . O The O different O authorized O versions O of O the O libraries B-Library are O defined O by O : O The O State B-Application Threads I-Application library B-Library is O a O small O application O library B-Library which O provides O a O foundation O for O writing O fast O and O highly O scalable O Internet O applications O ( O such O as O web B-Application servers I-Application , O proxy O servers O , O mail B-Protocol transfer I-Protocol agents I-Protocol , O or O any O network-data-driven O application O ) O on O Unix-like B-Operating_System platforms O . O EndNote B-Library X3 O and O later O are O not O supported O on O systems O running O Mac B-Application OS I-Application X O 10.4 O Tiger O . O In O 2008 O , O Voyager O Learning O Company O and O ProQuest B-Library 's O CFO O ( O from O the O time O of O the O earnings O overstatements O ) O settled O SEC O " O charges O without O admitting O or O denying O the O allegations O of O the O SEC O 's O complaint O " O . O The O sqlMapClient O object O is O an O instance O of O class O com.ibatis.sqlmap.client.SqlMapClient O . O The O founder O of O iBATIS B-Library has O , O but O has O continued O to O release O new O versions O of O iBATIS B-Library for O Java B-Language . O It O is O the O primary O language O for O some O of O the O most O intensive O super-computing B-Architecture tasks O , O such O as O in O astronomy O , O climate B-Application modeling I-Application , O computational O chemistry O , O computational O economics O , O computational O fluid O dynamics O , O computational B-Algorithm physics I-Algorithm , O data O analysis O , O hydrological O modeling O , O numerical O linear O algebra O and O numerical O libraries O ( O LAPACK B-Application , O IMSL B-Library and O NAG O ) O , O optimization O , O satellite O simulation O , O structural O engineering O , O and O weather B-General_Concept prediction I-General_Concept . O HASEM O is O a O C++ B-Language template O library B-Library , O being O able O to O solve O linear O equations O and O to O compute O eigenvalues O . O If O the O user O decides O that O the O modified O query B-Library should O not O contain O terms O from O either O the O original O query B-Library , O related O documents O , O or O non-related O documents O , O then O the O corresponding O weight O ( O a O , O b O , O c O ) O value O for O the O category O should O be O set O to O 0 O . O In O early O 1996 O , O IOS O was O bought O by O SSA O ( O System O Software O Associates O , O Inc O ) O , O who O saw O great O potential O in O Newi B-Library . O Large O programs O like O those O found O in O KDE B-Language Software I-Language Compilation I-Language with O many O shared B-Library libraries I-Library will O benefit O the O most O from O this O support O . O It O is O the O primary O language O for O some O of O the O most O intensive O super-computing B-Architecture tasks O , O such O as O in O astronomy O , O climate B-Application modeling I-Application , O computational O chemistry O , O computational O economics O , O computational O fluid O dynamics O , O computational B-Algorithm physics I-Algorithm , O data O analysis O , O hydrological O modeling O , O numerical O linear O algebra O and O numerical O libraries O ( O LAPACK B-Application , O IMSL B-Library and O NAG O ) O , O optimization O , O satellite O simulation O , O structural O engineering O , O and O weather B-General_Concept prediction I-General_Concept . O Many O of O the O floating-point B-Algorithm benchmarks O to O gauge O the O performance O of O new O computer O processors O , O such O as O the O floating-point B-Algorithm components O of O the O SPEC O benchmarks O ( O e.g. O , O , O ) O are O written O in O Fortran O . O Once O the O system O identifies O the O question O type O , O it O uses O an O information B-Library retrieval I-Library system I-Library to O find O a O set O of O documents O that O contain O the O correct O keywords O . O But O the O directory B-Application will O also O include O fields O for O common O identification O systems O like O ISBN B-Library or O ISSN O codes O , O user-provided O keywords O , O time O and O date O stamps O , O and O full-text B-Application search I-Application indexes O . O SGI O suggested O their O Cosmo O work O was O a O sample O Java3D B-Language implementation O , O and O as O this O work O evolved O into O OpenGL++ B-Library these O plans O moved O with O it O . O The O default O file O tooltip O displays O file O title O , O author O , O subject O and O comments O ; O this O metadata O may O be O read O from O a O special O NTFS B-Application stream O , O if O the O file O is O on O an O NTFS B-Application volume O , O or O from O a O COM B-Library Structured I-Library Storage I-Library stream O , O if O the O file O is O a O structured B-General_Concept storage I-General_Concept document O . O While O medical O CAT O scanners O use O a O rotating O X-ray B-Library generator O around O the O target O object O , O Mu-CAT O uses O multiple O detectors O around O the O target O object O and O naturally O occurring O muons O as O probes O . O Either O the O tomographic B-Algorithm reconstruction I-Algorithm technique O or O the O inverse O problem O is O applied O to O these O data O from O the O Mu-CAT O observations O to O reconstruct O 3d O images O . O It O ask O the O user O for B-Language Celsius B-Operating_System or O Fahrenheit B-Library and O then O comments O on O the O answer O in O the O appropriate O temperature O unit O . O Shepard B-Library 's I-Library Citations I-Library is O a O citator B-Library used O in O United O States O legal O research O that O provides O a O list O of O all O the O authorities O citing O a O particular O case O , O statute O , O or O other O legal O authority O . O The O Programmer B-Library 's I-Library Hierarchical I-Library Interactive I-Library Graphics I-Library System I-Library ( O PHIGS B-Library ) O was O one O of O the O first O programmatic O efforts O at O interactive B-General_Concept visualization I-General_Concept and O provided O an O enumeration O of O the O types O of O input O humans O provide O . O Pick O some O part O of O an O existing O visual B-Application representation I-Application ; O Web B-Library of I-Library Science I-Library employs O various O search O and O analysis O capabilities O . O Safari B-Application – O Safari B-Application 6.0 O and O newer O versions O installed O on O OS B-Operating_System X I-Operating_System Mountain I-Operating_System Lion I-Operating_System , O Mac B-Application OS I-Application X I-Application Lion I-Application and O Safari B-Application 5.1 O on O Mac B-Device OS I-Device X I-Device Snow I-Device Leopard I-Device implemented O support O for O WebGL B-Library 1.0 O , O which O was O disabled O by O default O before O Safari B-Application 8.0 O . O A O GUI B-Library toolkit I-Library called O GTK B-Application ( O at O the O time O known O as O the B-Application GIMP I-Application ToolKit I-Application ) O was O developed O to O facilitate O the O development O of O GIMP B-Application . O Strict O type O checking O , O even O across O modules B-Architecture , O and O index O checking O at B-Library runtime I-Library , O null O pointer O checking O , O and O the O safe O type O extension O concept O largely O allow O programming O to O rely O on O the O language O rules O alone O . O Also O , O like O many O software O at O that O time O , O a O buggy O CRT B-Library library O included O in O Turbo B-Application Pascal I-Application was O used O , O resulting O in O ' O Runtime B-Error_Name Error I-Error_Name 200 I-Error_Name ' O messages O on O CPUs O faster O than O approximately O 200MHz O . O The O call O to O the O library B-Library function I-Library itself O does O not O cause O a O switch O to O kernel B-Operating_System mode O and O is O usually O a O normal O subroutine O call O ( O using O , O for O example O , O a O " O CALL O " O assembly B-Language instruction O in O some O Instruction B-General_Concept set I-General_Concept architectures I-General_Concept ( O ISAs O ) O ) O . O It O was O originally O developed O by O Cygnus O Solutions O , O which O was O later O acquired O by O Red O Hat O ( O now O part O of O IBM O ) O , O to O port O the O Linux B-Application toolchain B-General_Concept to O Win32 B-Library , O including O the O GNU B-Application Compiler I-Application Suite I-Application . O Metal B-Library makes O use O of O the O homogenized O hardware O by O abandoning O the O abstraction O layer O and O running O on O the O " O bare O metal B-Library " O . O It O also O contains O a O new O custom O GPU B-Architecture , O which O can O use O the O Metal B-Library API I-Library . O for O a O 13-digit B-Library ISBN I-Library , O a O prefix O element O – O a O GS1 O prefix O : O so O far O 978 O or O 979 O have O been O made O available O by O GS1 O , O Command B-Application line I-Application shells O on O Windows B-Application usually O use O the O Windows B-Library API I-Library to O change O the O current B-Application working I-Application directory I-Application , O whereas O on O Unix B-Application systems I-Application calls O the O POSIX O C B-Language function O . O Compiler O runtime B-Library libraries O also O often O use O this O license O modification O or O an O equivalent O one O , O e.g. O An O open-source B-Application driver O is O available O with O OSS B-Library v4 O build O 1013 O and O above O . O For O comparison O , O radiation O dosage O for O other O medical O procedures O range O from O 0.02 O mSv O for O a O chest O x-ray B-Library and O 6.5 O – O 8 O mSv O for O a O CT O scan O of O the O chest O . O In O addition O , O the O phones O were O compatible O with O Zune B-Library Pass O . O Firefox B-Application uses O ANGLE O as O the O default O WebGL B-Library backend O on O Windows B-Application . O The O command B-Application is O available O as O a O separate O package O for O Microsoft B-Application Windows I-Application as O part O of O the O GnuWin32 B-Language project O and O the O UnxUtils B-Application collection O of O native B-Language Win32 B-Library ports O of O common O GNU B-Operating_System Unix-like B-Operating_System utilities O . O The O Single O UNIX B-Application Specification O specification O for O basename B-Application is O . O When O Basic4GL B-Language was O first O released O it O could O only O play O sounds O but O in O 2006 O support O for O music O was O added O using O the O Open B-Application Al I-Application sound O engine O but O later O replaced O with O Audiere B-Library . O GTK1 O is O independently O maintained O by O the O CinePaint B-Application project O . O The O GTK O library B-Library contains O a O set O of O graphical O control O elements O ( O widgets O ) O ; O version O 3.22.16 O contains O 186 O active O and O 36 O deprecated O widgets O . O The O function O names O for O queries B-Library differ O across O geodatabases O . O The O following O are O a O few O of O the O functions O built O into O PostGIS B-Application , O a O free O geodatabase O which O is O a O PostgreSQL B-Application extension O ( O the O term O ' O geometry O ' O refers O to O a O point O , O line O , O box O or O other O two O or O three O dimensional O shape O ) O : O Visual B-Application Studio I-Application 2010 O offers O several O tools O to O make O parallel B-Operating_System programming I-Operating_System simpler O : O in O addition O to O the O Parallel B-Library Extensions I-Library for O the O .NET B-Application Framework I-Application and O the O Parallel O Patterns O Library O for O native B-Language code I-Language , O Visual B-Application Studio I-Application 2010 O includes O tools O for O debugging O parallel O applications O . O By O joining O relvars B-Application from O the O example O above O we O could O query B-Library the O database O for O all O of O the O Customers O , O Orders O , O and O Invoices O . O Various O LZO B-Language implementations O are O reported O to O work O under O Win32 B-Library , O AIX B-Application , O ConvexOS O , O IRIX B-Operating_System , O Mac B-Application OS I-Application , O Palm B-Operating_System OS I-Operating_System , O PlayStation B-Device , O Nintendo B-Operating_System 64 I-Operating_System , O Wii B-Operating_System , O Solaris B-Application , O SunOS B-Operating_System , O TOS B-Application ( O Atari O ST O ) O , O Linux B-Application and O VxWorks B-Operating_System . O In O February O 1997 O , O Reed B-Library Elsevier I-Library divested O its O trade O publishing O group O ( O including O Heinemann O , O Methuen O , O Secker O & O Warburg O , O Sinclair-Stevenson O , O Mandarin O , O Minerva O and O Cedar O ) O to O Random O House O . O Transducers B-Algorithm have O become O relatively O inexpensive O compared O to O other O modes O of O investigation O , O such O as O computed O X-ray B-Library tomography O , O DEXA B-Algorithm or O magnetic O resonance O imaging B-Application . O In O the O 2.6 O version O , O it O replaced O the O previous O system O , O Open B-Library Sound I-Library System I-Library ( O OSS O ) O , O by O default O ( O although O a O backwards-compatibility O layer O does O exist O ) O . O OPL O interfaced O with O advanced O Psion B-Application Series I-Application 3 I-Application features O by O means O of O operating B-General_Concept system I-General_Concept CALLs O , O but O in O the O later O Psion B-Application Series I-Application 5mx I-Application this O was O changed O to O a O so-called O OPX O library B-Library , O stored O in O the O system O read-only B-Device memory I-Device ( O ROM B-Device ) O , O termed O the O Z O drive O . O Additionally O , O C B-Language 's O standard B-Library library I-Library is O part O of O standard O D B-Application . O On O June O 2 O , O 2011 O , O H B-Architecture . I-Architecture W I-Architecture . I-Architecture Wilson I-Architecture Company I-Architecture merged O with O EBSCO B-Library Publishing I-Library . O Another O possibility O is O that O the O maintainer O of O a O library B-Library may O remove O the O library B-Library entirely O . O Windows B-Application App I-Application SDK I-Application ( O formerly O known O as O Project B-Application Reunion I-Application ) O is O a O software B-Application development I-Application kit I-Application ( O SDK O ) O from O Microsoft O that O targets O the O development O of O native B-Library desktop I-Library applications I-Library on O Windows B-Application 11 I-Application and O Windows O 10 O back O to O version O 1809 O . O There O is O an O original O Microsoft O 's O implementation O that O is O a O wrapper O around O the O Windows B-Library API I-Library and O runs O on O windows O , O and O Mono B-Application 's O alternative O implementation O that O is O cross O platform O . O Although O the O focus O for O IDEAS B-Architecture has O been O the O ability O to O provide O a O mechanism O to O better O enable O the O exchange O of O architecture O information O between O Nations O , O the O IDEAS B-Architecture Management I-Architecture Group I-Architecture are O also O actively O considering O how O their O architecture O frameworks O should O converge O , O perhaps O into O a O single O unified O architecture B-Library framework I-Library . O The O Hibernate B-Library team O provides O with O Hibernate B-Library Validator O the O reference O implementation O of O Bean B-Language Validation I-Language and O also O created O the O Bean B-Language Validation I-Language TCK B-Language any O implementation O of O JSR B-Language 303 I-Language needs O to O pass O . O The O wxWidgets B-Language library B-Library is O implemented O in O C++ B-Language , O with O bindings B-Application available O for O many O commonly O used O programming O languages O . O As O Po-210 O is O a O pure O alpha-emitter O and O does O not O emit O significant O gamma O or O X-ray B-Library radiation I-Library , O the O shielding O requirements O are O also O low O as O for O Pu-238 O . O Such O compilers O also O typically O include O extended-precision O mathematical O subroutines O , O such O as O square O root O and O trigonometric O functions O , O in O their O standard O libraries B-Library . O It O is O much O improved O and O expanded O compared O to O the O original O software O , O effectively O made O into O a O software B-Library library I-Library with O an O API B-Application . O A O new O version O , O PowerPlant B-Library X O , O was O introduced O in O 2004 O as O a O native O Carbon B-Operating_System framework O , O using O Carbon B-Operating_System Events O but O never O became O as O popular O on O Mac B-Application OS I-Application X O as O PowerPlant B-Library had O been O on O Classic B-Application Mac I-Application OS I-Application . O Their O IRIS B-Library GL I-Library API B-Application became O the O industry O standard O , O used O more O widely O than O the O open O standards-based O PHIGS B-Library . O This O was O because O IRIS B-Library GL I-Library was O considered O easier O to O use O , O and O because O it O supported O immediate O mode O rendering O . O On O May O 21 O , O 2010 O the O development O team O forked O the O code O creating O a O new O project O called O MyBatis B-Library and O making O new O releases O there O . O In O some O cases O , O relaxation O can O also O occur O at O load-time B-Operating_System as O part O of O the O relocation B-Library process O or O combined O with O dynamic O dead-code O elimination O techniques O . O PowerVR B-Device is O a O division O of O Imagination O Technologies O ( O formerly O VideoLogic O ) O that O develops O hardware O and O software O for O 2D O and O 3D O rendering O , O and O for O video O encoding O , O decoding B-Application , O associated O image B-Algorithm processing I-Algorithm and O DirectX B-Application , O OpenGL B-Application ES I-Application , O OpenVG B-Library , O and O OpenCL B-Application acceleration O . O Several O frameworks O can O build O cross-platform B-Operating_System applications O for O Linux B-Application , O Macintosh B-Device , O and O Windows B-Application from O common O source O code O , O such O as O Qt B-Language , O the O widget B-Library toolkits I-Library wxWidgets B-Language , O Fox B-Language toolkit I-Language , O or O Eclipse B-Application Rich O Client O Platform O ( O RCP O ) O . O On O December O 17 O , O 1997 O , O Microsoft O and O SGI O initiated O the O Fahrenheit B-Library project O , O which O was O a O joint O effort O with O the O goal O of O unifying O the O OpenGL O and O Direct3D B-Application interfaces O ( O and O adding O a O scene-graph O API B-Application too O ) O . O QuickTime B-Language for I-Language Java I-Language or O QTJ B-Language is O a O software B-Library library I-Library that O allows O software O written O in O the O Java B-Language programming I-Language language I-Language to O provide O multimedia O functionality O , O by O making O calls O into O the O native O QuickTime B-Application library O . O Some O platforms B-Device do O not O use O shared O libraries B-Library at O all O . O Interface O Import O Export O Similar O interface O to O Adobe B-Operating_System Animate I-Operating_System Batch O import O of O frames O Render O with O FFmpeg B-Library Timeline O controls O Output O to O individual O frames O Real-time O animation O playback O controls O Output O to O GIF O , O AVI O , O MP4 O , O etc O . O GStreamer B-Language , O a O multimedia B-Library framework I-Library , O was O introduced O in O 2.2 O , O which O later O allowed O for O the O inclusion O of O the O Totem B-Language multimedia O player O ( O known O today O as O GNOME B-Language Videos I-Language ) O . O New O versions O of O the O OpenGL B-Application specifications O are O released O by O the B-Library Khronos I-Library Group I-Library , O each O of O which O extends O the O API B-Application to O support O various O new O features O . O GNU O ld O runs O the O linker B-Application , O which O creates O an O executable B-Application file I-Application ( O or O a O library B-Library ) O from O object B-Application files I-Application created O during O compilation B-Language of O a O software O project O . O Octane B-Application Render I-Application runs O on O Nvidia O 's O CUDA B-Architecture technology O when O using O Nvidia O GPU B-Architecture video B-Device cards I-Device ; O for O macOS B-Operating_System Big I-Operating_System Sur I-Operating_System runs O on O Metal B-Library on O AMD O , O Intel B-Architecture Skylake I-Architecture and O Apple B-Device M1 I-Device graphics B-Device cards I-Device . O Windows B-Application Vista I-Application and O Windows B-Device 7 I-Device ship O with O a O new O renderer O , O available O as O both O a O Media B-Device Foundation I-Device component O and O a O DirectShow B-Library filter B-Application , O called O the O Enhanced O Video O Renderer O ( O EVR O ) O . O However O , O since O CRTs O may O stay O on O for O several O hours O at O a O time O , O the O amount O of O x-rays B-Library generated O by O the O CRT O may O become O significant O , O hence O the O importance O of O using O materials O to O shield O against O x-rays B-Library , O such O as O the O thick O leaded O glass O and O barium-strontium O glass O used O in O CRTs O . O VirtualDub B-Application supports O both O DirectShow B-Library and O Video B-Device for I-Device Windows I-Device for O video B-General_Concept capture I-General_Concept . O The O Unified O Profile O for O DoDAF/MODAF O ( O UPDM B-Language ) O is O the O product O of O an O Object B-Architecture Management I-Architecture Group I-Architecture ( O OMG O ) O initiative O to O develop O a O modeling O standard O that O supports O both O the O USA O Department O of O Defense O Architecture O Framework O ( O DoDAF O ) O and O the O UK O Ministry B-Library of I-Library Defence I-Library Architecture I-Library Framework I-Library ( O MODAF B-Library ) O . O Each O TRAK B-Library Viewpoint O defines O both O the O allowed O content O and O the O minimum O acceptable O view O content O as O sets O of O Architecture O Description O Tuples B-Application . O Writing O these O interface O definitions O is O well-documented O for O C B-Language libraries B-Library , O especially O when O based O on O GObject B-Language . O ScholarSpace B-Library is O an O institutional O repository O for O the O digital O scholarly O output O for O the O University O of O Hawai O ‘ O i O at O Mānoa O ( O UHM O ) O faculty O , O researchers O and O students O . O Applications O range O from O coding O rule O validation O , O to O automatic O generation O of O testcases O , O to O the O proof O of O absence O of O run-time B-Library errors I-Library or O generation O of O counterexamples O , O and O to O the O specification O of O code O matchers O and O rewriters O based O both O syntactic O and O semantic O conditions O . O It O is O also O possible O to O search O library O catalogs O and O free B-Application databases O , O such O as O PubMed B-Library , O from O within O the O EndNote B-Library software O program O itself O . O A O bibliographic B-Library record I-Library contains O the O data O elements O necessary O to O help O users O identify O and O retrieve O that O resource O , O as O well O as O additional O supporting O information O , O presented O in O a O formalized O bibliographic O format O . O CIMOSA B-Library can O be O applied O in O process O simulation O and O analysis O . O Fully O configurable O and O scriptable O via O Windows B-Library Management I-Library Instrumentation I-Library . O It O included O the O JavaScript B-Language API O WebGL B-Library , O stronger O privacy O management O , O improved O iCloud B-Application integration O , O and O a O redesigned O interface O . O Due O to O this O short-cut O around O the O original O Java B-Language framework I-Language , O J++ O applications O were O more O efficient O in O taking O advantage O of O Win32 B-Library API I-Library functions O than O Java B-Language applications O . O Both O efforts O had O the O long-term O goal O of O bringing O new O developers B-Application to O the O project O . O In O the O 7.1 O release O , O the O KDrive B-Operating_System framework O ( O a O small O implementation O of O X B-Operating_System written O by O Keith O Packard O , O which O was O not O based O on O XFree86 B-Device that O X.Org O developers B-Application used O as O a O testing O ground O for O new O ideas O , O such O as O EXA B-Library ) O was O integrated O into O the O main O codebase O of O X.Org B-Operating_System server I-Operating_System . O Google B-Application countered O that O its O project O represented O a O fair O use O and O is O the O digital O age O equivalent O of O a O card B-Library catalog I-Library with O every O word O in O the O publication O indexed O . O In O Microsoft B-Application Windows I-Application prior O to O Windows O 10 O v1607 O , O programs O that O use O the O Win32 B-Library API I-Library , O such O as O Windows B-Protocol Explorer I-Protocol , O do O not O support O path O names O longer O than O 260 O UTF-16 O characters O ; O later O versions O of O Windows O allow O this O to O be O changed O via O the O registry B-Protocol or O group O policy O . O Mostly O , O the O various O mechanisms O of O variation O in O human O language O pose O coverage O challenges O for O information B-Library retrieval I-Library systems I-Library : O texts O in O a O collection O may O treat O a O topic O of O interest O but O use O terms O or O expressions O which O do O not O match O the O expression O of O information O need O given O by O the O user O . O Both O SQLObject B-Library and O SQLAlchemy B-Application are O known O to O be O used O . O This O led O to O repoze.bfg O ( O a O part O of O the O Repoze O Python-based O web B-Application framework I-Application ) O to O become O rebranded O and O relaunched O as O the O Pyramid O web B-Application framework I-Application . O On O May O 7 O , O 2010 O , O Google B-Application announced O that O O3D B-Application would O be O changing O from O a O plugin O to O a O JavaScript B-Language library O running O on O top O of O WebGL B-Library . O IMS O is O an O architectural B-Library framework I-Library that O provides O such O standardization O . O IRIS B-Library GL I-Library was O licensed O by O IBM O from O SGI O in O 1987 O , O then O still O a O fairly O small O company O , O which O had O sold O only O a O few O thousand O machines O at O the O time O . O Some O notable O applications O that O use O GTK B-Application as O a O widget B-Library toolkit I-Library include O : O However O , O dynamic B-Application linking I-Application is O often O more O space-efficient O ( O on O disk O and O in O memory O at B-Library runtime I-Library ) O . O Metaprogramming B-Application is O the O writing O of O programs O that O write O or O manipulate O other O programs O , O including O themselves O , O as O their O data O or O that O do O part O of O the O work O that O is O otherwise O done O at O run B-Library time I-Library during O compile B-Application time I-Application . O Purdue B-Library Enterprise I-Library Reference I-Library Architecture I-Library ( O PERA O ) O is O a O 1990s O reference O model O for O enterprise O architecture O , O developed O by O Theodore O J O . O Williams O and O members O of O the O Industry-Purdue O University O Consortium O for O Computer O Integrated O Manufacturing O . O Dr. O Porter O received O the O Tony O Kent O Strix O award O in O 2000 O for O his O work O on O stemming B-General_Concept and O information B-Library retrieval I-Library . O It O features O a O custom O graphical O installer O allowing O the O user O to O configure O many O options O during O the O install O including O the O preference O of O Pulse B-Library Audio I-Library or O Advanced B-Application Linux I-Application Sound I-Application Architecture I-Application ( O ALSA B-Application ) O for O sound O . O Explicit O feedback O is O obtained O from O assessors O of O relevance O indicating O the O relevance O of O a O document O retrieved O for O a O query B-Library . O MPICH B-Library is O Free B-Application and I-Application open I-Application source I-Application software I-Application with O some O public B-Application domain I-Application components O that O were O developed O by O a O US O governmental O organisation O , O and O is O available O for O most O flavours O of O Unix-like B-Operating_System OS I-Operating_System ( O including O Linux B-Application and O Mac B-Operating_System OS I-Operating_System X I-Operating_System ) O . O Introspection B-Application should O not O be O confused O with O reflection B-Language , O which O goes O a O step O further O and O is O the O ability O for O a O program O to O manipulate O the O values O , O metadata O , O properties O , O and O functions O of O an O object O at B-Library runtime I-Library . O Most O general-purpose B-Language programming I-Language languages I-Language support O regex B-Language capabilities O , O either O natively O or O via O libraries B-Library . O R O . O R O . O Bowker O LLC O was O repositioned O as O an O affiliate O of O ProQuest B-Library . O The O netsniff-ng B-Protocol toolkit B-Library currently O runs O only O on O Linux B-Application systems O . O Arts B-Library & I-Library Humanities I-Library Citation I-Library Index I-Library ( O AHCI O ) O covers O more O than O 1,800 O journals O in O the O arts O and O humanities O . O Pinterest B-Application , O PayPal O , O IMDb O , O The O Huffington O Post O , O and O Netflix O are O utilizing O the O library B-Library . O This O saved O a O significant O sum O of O money O — O millions O of O dollars O , O in O the O case O of O the O largest O installations O — O versus O Dynix B-Library 's O competitors O , O who O required O a O separate O server O and O copy O of O the O software O in O each O library O branch O . O In O the O X B-Operating_System Window I-Operating_System System I-Operating_System , O XFree86 B-Library Acceleration I-Library Architecture I-Library ( O XAA B-Library ) O is O a O driver O architecture O to O make O a O video B-Device card I-Device 's O 2D O hardware B-General_Concept acceleration I-General_Concept available O to O the O X B-Operating_System server O . O It O was O written O by O Harm O Hanemaayer O in O 1996 O and O first O released O in O XFree86 B-Device version O 3.3 O . O Four O major O publishers O — O Hachette O , O Penguin O Random O House O , O John O Wiley O & O Sons O , O and O HarperCollins O , O all O members O of O the O Association O of O American O Publishers O — O filed O a O lawsuit O in O the O Southern O New O York O Federal O District O Court O against O the O Internet O Archive O in O June O 2020 O , O asserting O the B-Library Open I-Library Library I-Library project O violated O numerous O copyrights O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O In O fact O , O since O all O static B-Library compilation I-Library are O technically O performed O ahead O of O time O , O this O particular O wording O are O often O used O to O emphasize O some O kind O of O performance O advantages O from O the O act O of O such O pre-compiling O . O The O ICU O project O also O provides O ICU4J B-Application ( O " O ICU O for O Java B-Language " O ) O , O which O adds O features O not O present O in O the O standard O Java B-Language libraries B-Library . O On O 4 O May O 2007 O Pearson O , O the O international O education O and O information O company O , O announced O that O it O had O agreed O to O acquire O Harcourt O Assessment O and O Harcourt O Education O International O from O Reed B-Library Elsevier I-Library for O $950m O in O cash O . O Cataloging B-Library librarians O may O also O use O the O WorldShare O Record O Manager O or O WorldCat B-Library Metadata O API B-Application for O similar O purposes O . O Microsoft O also O advertised O that O Blackbird B-Library would O take O advantage O of O features O within O Windows B-Application 95 I-Application like O shortcuts O , O and O would O allow O the O user O to O automatically O schedule O the O delivery O of O content O . O ReactOS B-Application uses O portions O of O the O Wine B-Application project I-Application so O that O it O can O benefit O from O Wine B-Application 's O progress O in O implementing O the O Win32 B-Library API I-Library . O iBATIS B-Library , O free O open O source O , O maintained O by O ASF O but O now O inactive O . O Since O version O 1.7 O ( O March O 2010 O ) O , O Odyssey O supports O also O HTML5 B-Application tags O and O media O content O through O FFmpeg B-Library . O FFmpeg O is O licensed O under O the O LGPL B-Application license I-Application , O but O if O a O particular O build O of O FFmpeg O is O linked O against O any O GPL B-License libraries B-Library ( O notably O x264 B-Language ) O , O then O the O entire O binary B-Algorithm is O licensed O under O the O GPL B-License . O Some O clients O provide O an O HTML B-Language or O AJAX B-Device user B-Application interface I-Application and O can O be O located O on O the O same O computer O as O the O server B-Application , O requiring O only O a O browser O be O installed O on O the O client B-Protocol machine I-Protocol . O There O is O a O client B-Protocol implemented O as O a O Firefox B-Application add-on O , O one O as O a O Xfce B-Language panel O plugin O , O and O one O as O a O Wii O application O , O and O one O as O a O for O Windows B-Application 8/Windows O RT O . O Libraries B-Library exist O to O interface O with O MPD O from O many O programming O languages O , O including O C B-Language , O Python B-Language , O Ruby B-Language , O Perl B-Language , O Lua B-Language and O Haskell B-Language . O In O 1997 O , O LexisNexis B-Library acquired O 52 O legal O titles O ( O including O the O Lawyers O ' O Edition O ) O owned O by O the O Thomson O Corporation O . O This O approach O has O its O roots O in O information B-Library retrieval I-Library and O information B-Application filtering I-Application research O . O ArcaOS B-Device features O some O improvements O to O these O subsystems O which O are O not O found O in O OS/2 B-Application , O such O as O the O ability O to O access O volumes O greater O than O 2GB O from O Windows O and O DOS O , O as O well O as O ongoing O work O which O will O allow O 16-bit B-Library Windows I-Library and O DOS O software O to O run O on O UEFI B-Architecture systems O which O do O not O have O a O traditional O BIOS B-Operating_System . O The O company O merged O with O EBSCO B-Library Publishing I-Library in O June O 2011 O . O Python B-Language Beautiful B-Library Soup I-Library libraries O can O be O used O to O scrape O data O and O converted O data O into O csv O files O . O Once O the O transform O has O been O broken O up O into O subtransforms O of O sufficiently O small O sizes O , O FFTW B-Application uses O hard-coded O unrolled B-Operating_System FFTs O for O these O small O sizes O that O were O produced O ( O at O compile B-Application time I-Application , O not O at O run B-Library time I-Library ) O by O code B-Application generation I-Application ; O these O routines O use O a O variety O of O algorithms O including O Cooley O – O Tukey O variants O , O Rader O 's O algorithm O , O and O prime-factor O FFT O algorithms O . O Xaw B-Library , O the O Project B-Operating_System Athena I-Operating_System widget B-Library set I-Library for O the O X B-Operating_System Window I-Operating_System System I-Operating_System . O These O are O also O known O as O bridge B-Device digital I-Device cameras I-Device . O The O Dimage O 7/7i/7Hi O series O cameras O were O powered O with O four O AA B-Library batteries I-Library , O which O discharged O quickly O ; O the O 7-series O was O replaced O by O the O DiMAGE B-Algorithm A1 I-Algorithm in O July O 2003 O . O The O " O Technical B-Library Architecture I-Library Framework I-Library for I-Library Information I-Library Management I-Library " O ( O TAFIM B-Library ) O was O described O in O 1995 O as O : O VI O Package B-Application Manager I-Application has O become O the O standard O package B-Application manager I-Application for O LabVIEW B-Application libraries B-Library . O Unlike O in O the O UNIX B-Application world O , O which O uses O different O file O extensions O , O when O linking B-Application against O .LIB B-Library file O in O Windows B-Application one O must O first O know O if O it O is O a O regular O static B-Library library I-Library or O an O import O library O . O In O the O latter O case O , O a O .DLL O file O must O be O present O at B-Library runtime I-Library . O This O can O mean O generating O new O objects O from O a O runtime B-Library definition O or O based O on O mixins B-Language of O existing O types O or O objects O . O The O Social B-Library Sciences I-Library Citation I-Library Index I-Library ( O SSCI O ) O is O a O commercial O citation O index O product O of O Clarivate O Analytics O . O Assembly B-Language languages I-Language let O programmers O use O symbolic O addresses O , O which O the O assembler B-Language converts O to O absolute O or O relocatable B-Library addresses O . O The O Shepard B-Library 's I-Library report I-Library indicates O exactly O how O later O cases O cited O the O case O being O Shepardized O with O plain O English O phrases O like O " O followed O by O " O or O " O overruled O " O rather O than O by O using O the O old O abbreviations O . O This O is O especially O true O in O the O case O when O cross O language/runtime O interoperability O is O a O consideration O . O The O following O provides O a O general O illustration O of O a O common O wrapper B-Library library I-Library implementation O . O GPULib B-Library is O used O in O medical O imaging O , O optics O , O astronomy O , O earth O science O , O remote O sensing O , O and O other O scientific O areas O . O In O June O 2018 O , O Apple O deprecated B-General_Concept OpenGL B-Application APIs B-Application on O all O of O their O platforms O ( O iOS B-Application , O macOS B-Application and O tvOS B-Operating_System ) O , O strongly O encouraging O developers O to O use O their O proprietary O Metal B-Library API I-Library , O which O was O introduced O in O 2014 O . O Hibernate B-Library recommends O providing O an O identifier O attribute O , O and O this O is O planned O to O be O a O mandatory O requirement O in O a O future O release O . O mockpp O Suites O A O C++ O mocking O framework O hosted O by O Google B-Application Name O License B-License xUnit B-Library Fixtures O Group O fixtures O Generators O Mocks O Exceptions O Macros O Templates O Grouping O Source O Remarks O NanoCppUnit O Suites O Proof-of-concept O NullUnit O Suites O Low O effort O , O easy O to O use O . O Facebook B-Application implements O its O anti-spam O programs O in O Haskell B-Language , O maintaining O the O underlying O data O access O library B-Library as O open-source B-Application software I-Application . O Summarization O here O is O intended O to O encompass O any O means O of O aggregating O or O compressing B-General_Concept the O query B-Library results O into O a O more O human-consumable O form O . O When O Microsoft O registered O the O trademark O Win32 B-Library , O the O 32 O was O dropped O to O simply O become O Cygwin B-Language . O Selenium B-Library Grid O allows O running O tests O in O parallel O on O multiple O machines O and O to O manage O different O browser B-Application versions O and O browser B-Application configurations O centrally O ( O instead O of O in O each O individual O test O ) O . O A O new O technique O called O synchrotron O X-ray B-Library tomographic B-Algorithm microscopy O ( O SRXTM O ) O allows O for O detailed O three-dimensional O scanning O of O fossils O . O COBOL O ( O ; O an O acronym O for O " O common O business-oriented O language O " O ) O is O a O compiled B-Language English-like O computer O programming O language O designed O for O business O use O . O It O is O an O imperative B-Application , O procedural B-Application and O , O since O 2002 O , O object-oriented B-Language language I-Language . O COBOL O is O still O widely O used O in O applications O deployed O on O mainframe B-Architecture computers I-Architecture , O such O as O large-scale O batch B-General_Concept and O transaction B-General_Concept processing I-General_Concept jobs O . O However O , O due O to O its O declining O popularity O and O the O retirement O of O experienced O COBOL O programmers O , O programs O are O being O migrated O to O new O platforms O , O rewritten O in O modern O languages O or O replaced O with O software B-Architecture packages I-Architecture . O COBOL O was O designed O in O 1959 O by O CODASYL B-Language and O was O partly O based O on O the O programming O language O FLOW-MATIC B-Language designed O by O Grace O Hopper O . O It O was O created O as O part O of O a O US O Department O of O Defense O effort O to O create O a O portable B-Architecture programming O language O for O data O processing O . O Expansions O include O support O for O structured B-Language and O object-oriented B-Language programming I-Language . O The O current O standard O is O ISO/IEC O 1989:2014 O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O COBOL O has O been O criticized O throughout O its O life O for O its O verbosity O , O design O process O , O and O poor O support O for O structured B-Language programming I-Language . O For O years O , O COBOL O has O been O assumed O as O a O programming B-Language language I-Language for I-Language business I-Language operations O in O mainframes B-Architecture , O although O in O recent O years O an O increasing O interest O has O surged O on O migrating O COBOL O operations O to O cloud B-Architecture computing I-Architecture . O At O a O time O when O new B-Language programming I-Language languages I-Language were O proliferating O at O an O ever-increasing O rate O , O the O same O survey O suggested O that O if O a O common O business-oriented O language O were O used O , O conversion O would O be O far O cheaper O and O faster O . O Representatives O included O Grace O Hopper O ( O inventor O of O the O English-like O data O processing O language O FLOW-MATIC B-Language ) O , O Jean O Sammet O and O Saul O Gorn O . O Portable B-Architecture programs O would O save O time O , O reduce O costs O and O ease O modernization O . O On O 28 O and O 29 O May O 1959 O ( O exactly O one O year O after O the O Zürich O ALGOL B-Language 58 I-Language meeting O ) O , O a O meeting O was O held O at O the O Pentagon O to O discuss O the O creation O of O a O common O programming B-Language language I-Language for I-Language business I-Language . O FORTRAN B-Application , O the O only O mainstream O language O at O the O time O , O lacked O the O features O needed O to O write O such O programs O . O The O steering O committee O met O on O 4 O June O and O agreed O to O name O the O entire O activity O as O the O Committee O on O Data O Systems O Languages O , O or O CODASYL B-Language , O and O to O form O an O executive O committee O . O The O committee O mainly O examined O the O FLOW-MATIC B-Language , O AIMACO B-Language and O COMTRAN B-Language programming O languages O . O The O FLOW-MATIC B-Language language O was O particularly O influential O because O it O had O been O implemented O and O because O AIMACO B-Language was O a O derivative O of O it O with O only O minor O changes O . O FLOW-MATIC B-Language ' O s O inventor O , O Grace O Hopper O , O also O served O as O a O technical O adviser O to O the O committee O . O FLOW-MATIC B-Language ' O s O major O contributions O to O COBOL O were O long O variable O names O , O English O words O for O commands O and O the O separation O of O data O descriptions O and O instructions O . O IBM O 's O COMTRAN B-Language language O , O invented O by O Bob O Bemer O , O was O regarded O as O a O competitor O to O FLOW-MATIC B-Language by O a O short-range O committee O made O up O of O colleagues O of O Grace O Hopper O . O In O one O case O , O after O Roy O Goldfinger O , O author O of O the O COMTRAN B-Language manual O and O intermediate-range O committee O member O , O attended O a O subcommittee O meeting O to O support O his O language O and O encourage O the O use O of O algebraic O expressions O , O Grace O Hopper O sent O a O memo O to O the O short-range O committee O reiterating O Sperry O Rand O 's O efforts O to O create O a O language O based O on O English O . O In O 1980 O , O Grace O Hopper O commented O that O " O COBOL O 60 O is O 95% O FLOW-MATIC B-Language " O and O that O COMTRAN B-Language had O had O an O " O extremely O small O " O influence O . O The O Guidelines O are O accompanied O by O the O Guideline O Support O Library B-Library ( O GSL O ) O , O a O header O only O library B-Library of O types O and O functions O to O implement O the O Core O Guidelines O and O static O checker O tools O for O enforcing O Guideline O rules O . O DirectX B-Application , O WDM B-Application and O , O now O more O commonly O , O ASIO B-Library , O deliver O high-quality O sampled O audio O irrespective O of O hardware O brand O . O Its O components O include O : O ActiveX B-Library Data I-Library Objects I-Library ( O ADO B-Library ) O , O OLE B-Language DB I-Language , O and O Open B-Application Database I-Application Connectivity I-Application ( O ODBC B-Application ) O . O 9th O century O : O Libraries O of O Carolingian O Schools O and O monasteries O employ O library B-Library catalog I-Library system O to O organize O and O loan O out O books O . O In O computer B-General_Concept programming I-General_Concept , O a O green O thread B-Operating_System ( O virtual O thread B-Operating_System ) O is O a O thread B-Operating_System that O is O scheduled O by O a O runtime B-Library library I-Library or O virtual B-Architecture machine I-Architecture ( O VM O ) O instead O of O natively O by O the O underlying O operating B-General_Concept system I-General_Concept ( O OS O ) O . O dynamic-link O libraries B-Library ) O recursively O ( O check O the O imports O ' O imports O , O their O imports O and O so O on O ) O ; O If O a O remote O function O is O called O , O the O client O library B-Library creates O an O object O describing O the O call O , O including O all O parameters O . O " O Luna O " O , O " O Royale O " O , O " O Zune B-Library " O , O and O " O Embedded O " O are O codenames O of O the O official O visual O styles O designed O for O Windows B-Application XP I-Application by O Microsoft O . O This O project O contains O specs O that O describe O Ruby B-Language language I-Language syntax O and O standard B-Library library I-Library classes O . O The O GNU B-Application Scientific I-Application Library I-Application ( O or O GSL O ) O is O a O software B-Library library I-Library for O numerical O computations O in O applied O mathematics O and O science O . O Linking B-Application is O the O technical O process O of O connecting O code O in O a O library B-Library to O the O using O code O , O to O produce O a O single O executable B-Application file I-Application . O WSD O has O been O traditionally O understood O as O an O intermediate O language O engineering O technology O which O could O improve O applications O such O as O information B-Library retrieval I-Library ( O IR O ) O . O More O recent O versions O of O Microsoft B-Application Windows I-Application guarantee O to O the O programmer O that O messages B-Application will O be O delivered O to O an O application O 's O message B-Library loop I-Library in O the O order O that O they O were O perceived O by O the O system O and O its O peripherals O . O No O longer O in O widespread O use O , O xeromammography O is O a O photoelectric O method O of O recording O an O x-ray B-Library image O on O a O coated O metal O plate O , O using O low-energy O photon B-Application beams O , O long O exposure O time O , O and O dry O chemical O developers O . O If O the O algorithms O are O not O pre-built O into O the O interpreter B-Application ( O and O therefore O require O additional O runtime B-Library interpretation O of O an O expression O held O in O the O table B-Data_Structure ) O , O it O is O known O as O " O Rule-based O Rating O " O rather O than O table-driven O rating O ( O and O consequently O consumes O significantly O more O overhead O ) O . O Performer B-Library was O also O based O on O an O internal O scene B-Data_Structure graph I-Data_Structure , O but O was O allowed O to O modify O it O for O better O speed O as O it O saw O fit O , O even O dropping O “ O less O important O ” O objects O and O polygons O in O order O to O maintain O guaranteed O performance O levels O . O EFL B-Library has O complete O Wayland B-Language support O , O except O for O selection O . O goes O hand-in-hand O with O dependency B-Library injection I-Library and O the O repository O pattern O ; O Her O features O include O X-ray B-Library vision O and O zooming O , O to O further O the O investigation O in O the O real O world O . O PEX B-Library " O PHIGS B-Library Extension O to O X B-Operating_System " O ; O support O for O PHIGS B-Library 3D O scene O graph O API O . O Most O applications O are O expected O to O gain O support O for O Wayland O through O one O of O these O libraries B-Library without O modification O to O the O application O . O Initial O versions O of O Wayland O have O not O provided O network B-General_Concept transparency I-General_Concept , O though O Høgsberg O noted O in O 2010 O that O network B-General_Concept transparency I-General_Concept is O possible O . O Specialised O graphics O libraries B-Library were O developed O because O it O was O felt O the O standard O ones O provided O by O Sony O were O too O limited O . O Uses O the O new O Khronos B-Library SPIR-V B-Application 1.1 O intermediate O language O which O fully O supports O the O OpenCL B-Application C++ B-Language kernel B-Operating_System language O . O However O , O SGI O had O many O customers O for O whom O the O change O from O IRIS B-Library GL I-Library to O OpenGL B-Application would O demand O significant O investment O . O CGL O is O analogous O to O GLX B-Device , O which O is O the O X11 B-Operating_System interface O to O OpenGL B-Application , O as O well O as O WGL B-Library , O which O is O the O Microsoft B-Application Windows I-Application interface O to O OpenGL B-Application . O Modelica-based O third-party O and O custom-built O libraries B-Library can O also O be O integrated O into O SimulationX B-Application . O In O practice O , O C# O is O most O often O used O with O some O implementation O of O the O Common O Language O Infrastructure O ( O CLI O ) O , O which O is O standardized O as O ECMA-335 O Common O Language O Infrastructure O ( O CLI O ) O . O In O addition O to O the O standard O CLI O specifications O , O there O are O many O commercial O and O community O class O libraries B-Library that O build O on O top O of O the O .NET B-Application framework I-Application libraries B-Library to O provide O additional O functionality O . O Other O tools O allow O a O special O mode O to O be O set O on O the O connection O to O cause O the O DBMS O to O return O a O textual O description O of O the O query B-Library plan O . O New O APIs B-General_Concept : O The O new O APIs B-General_Concept range O from O handing O more O control O over O the O PowerShell B-Application parser B-Language and O runtime B-Library to O the O host O , O to O creating O and O managing O collection O of O Runspaces O ( O RunspacePools O ) O as O well O as O the O ability O to O create O Restricted O Runspaces O which B-Device only O allow O a O configured O subset O of O PowerShell B-Application to O be O invoked O . O While O typically O the O cataloging B-Library process O results O in O the O production O of O library B-Library catalogs I-Library , O it O also O produces O other O types O of O discovery O tools O for O documents O and O collections O . O It O has O been O the O biggest O update O of O the O library B-Library to O date O . O On O May O 26 O , O 2009 O , O Microsoft O announced O it O would O release O the O Zune B-Library HD O ( O in O the O fall O of O 2009 O ) O , O which O was O then O the O next O addition O to O the O Zune B-Library product O range O . O On O February O 26 O , O 2018 O , O Khronos B-Library announced O that O Vulkan B-Application became O available O on O macOS B-Application and O iOS B-Application products O through O the O MoltenVK B-Operating_System library O . O The O original O RECAP O implementation O uploaded O documents O to O the O Internet O Archive O ; O as O of O late O 2017 O , O the O Free B-Library Law I-Library Project I-Library version O now O uploads O documents O to O the O Free B-Library Law I-Library Project I-Library , O with O a O promise O to O mirror O that O data O to O the O Internet O Archive O on O a O quarterly O basis O . O Research B-Library Papers I-Library in I-Library Economics I-Library ( O RePEc B-Library ) O is O a O collaborative O effort O of O hundreds O of O volunteers O in O many O countries O to O enhance O the O dissemination O of O research O in O economics O . O Implementations O of O abstract O data O types O , O modules B-Architecture , O and O libraries B-Library , O among O other O systems O , O also O offer O encapsulation B-Application . O Some O Widget B-Library toolkits I-Library or O User B-Language interface I-Language markup I-Language languages I-Language have O the O ability O to O lay O out O widgets O automatically O in O a O container B-Application ( O see O for O example O the O box O model O in O XUL B-Application , O or O the O layouts O in O Java B-Language Swing I-Language ) O . O There O are O a O couple O of O libraries O available O which O help O to O ease O the O development O of O ISAPI B-Library applications O , O and O in O Delphi O Pascal O the O Intraweb O components O for O web-application O development O . O The B-Library International I-Library Philosophical I-Library Bibliography I-Library ( O IPB O ) O , O also O known O in O French O as O Répertoire O bibliographique O de O la O philosophie O ( O RBP O ) O , O is O a O bibliographic B-Library database I-Library covering O publications O on O the O history O of O philosophy O and O continental O philosophy O . O The O design O of O the O prefuse B-Language toolkit B-Library is O based O upon O the O information B-General_Concept visualization I-General_Concept reference I-General_Concept model I-General_Concept , O a O software O architecture O pattern O that O breaks O up O the O visualization O process O into O a O series O of O discrete O steps O . O Other O languages O that O focus O more O on O strong O typing O such O as O Java B-Language and O C++ B-Language do O not O allow O the O class O hierarchy O to O be O modified O at O run B-Library time I-Library . O The O library B-Library takes O advantage O of O processor O features O including O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4 B-General_Concept , O AVX B-General_Concept , O AVX2 B-General_Concept , O AVX-512 B-General_Concept , O AES-NI O and O multi-core B-Architecture processors I-Architecture . O The B-Library Voynich I-Library manuscript I-Library is O an O illustrated O codex O hand-written O in O an O unknown O script O referred O to O as O ' O Voynichese B-Library ' O . O FFmpeg B-Library supports O AAC B-Application encoding O through O external O library O libfaac B-Operating_System , O and O using O its O experimental O native O encoder B-General_Concept . O The O UK O General O Medical O Council O 's O ethical O guidelines O indicate O that O the O Council O does O not O require O consent O prior O to O secondary O uses O of O X-ray B-Library images O . O Publons B-Library sends O unsolicited O bulk O email O to O academics O to O advertise O its O service O . O Fahrenheit B-Library is O the O codename O for O a O GPU O microarchitecture B-General_Concept developed O by O Nvidia O , O and O released O in O 1998 O , O as O the O successor O to O STG-2000 B-Device , O Riva B-Device 128 I-Device ( O NV1 B-Device , O NV2 O , O NV3 B-Device ... O ) O microarchitecture B-General_Concept . O In O 2019 O , O pvlib B-Library python I-Library became O an O Affiliated O Project O with O NumFOCUS O . O LS2 O PAC O works O with O all O three O of O TLC O 's O automation O systems O to O give O patrons O online O access O to O library B-Library catalogs I-Library , O including O downloadable O e-books O , O audiobooks O , O and O other O digital O resources O . O It O is O part O of O the O Microsoft B-Application Windows I-Application runtime B-Library library I-Library and O is O declared O in O the O process.h B-Language header B-Language file I-Language . O Question B-Algorithm Answering I-Algorithm Track O Goal O : O to O achieve O more O information B-Library retrieval I-Library than O just O document B-Algorithm retrieval I-Algorithm by O answering O factoid O , O list O and O definition-style O questions O . O It O is O also O used O by O the O ffdshow B-Language tryouts I-Language decoder O as O its O primary O decoding O library B-Library . O CSA B-Library Technology I-Library Research I-Library Database I-Library is O bibliographic O platform O that O is O updated O monthly O with O temporal O coverage O from O 1962 O to O the O present O . O Ruby-plsql-spec B-Library is O a O modern O PL/SQL B-Language unit O testing O framework O , O based O on O the O Ruby B-Language testing O ( O or O behaviour O driven O development O ) O framework O . O Initially O , O the O index O was O being O served O from O hard B-Device disk I-Device drives I-Device , O as O is O done O in O traditional O information B-Library retrieval I-Library ( O IR O ) O systems O . O Predicates O : O Allows O true/false O queries B-Library about O spatial O relationships O between O geometries O . O In O the O 7.1 O release O , O the O KDrive O framework O ( O a O small O implementation O of O X B-Operating_System written O by O Keith O Packard O , O which O was O not O based O on O XFree86 B-Device that O X.Org O developers B-Application used O as O a O testing O ground O for O new O ideas O , O such O as O EXA B-Library ) O was O integrated O into O the O main O codebase O of O X.Org O server O . O In O 2008 O , O the O new O DRI2 B-Application , O based O on O the O kernel B-Operating_System mode-setting I-Operating_System ( O KMS O ) O driver O , O replaced O DRI O . O Dynix B-Library use O grew O quickly O in O the O early-and-mid O 1990s O . O Web O Interface O addons B-Application for O Kodi B-Application normally O allow O browsing O a O media O library B-Library remotely O , O to O handle O music O playlists O from O a O computer O instead O of O television O . O It O was O previously O known O as O Reed B-Library Elsevier I-Library , O and O came O into O being O in O 1993 O as O a O result O of O the O merger O of O Reed B-Library International I-Library , O a O British O trade O book O and O magazine O publisher O , O and O Elsevier O , O a O Netherlands-based O scientific O publisher O . O The O composite B-Library reuse I-Library principle I-Library is O an O alternative O to O inheritance O . O The O first O libraries B-Library could O recognize O only O 1D O barcodes O by O laser O scanners O mode O emulation O . O Tk B-Application is O a O free B-License and I-License open-source I-License , O cross-platform B-Operating_System widget B-Library toolkit I-Library that O provides O a O library O of O basic O elements O of O GUI B-Application widgets O for O building O a O graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O in O many O programming O languages O . O The O classifier O asks O themself O : O “ O Under O which O descriptors O should O this O entity O be O found O ? O ” O and O “ O think O of O all O the O possible O queries B-Library and O decide O for O which O ones O the O entity O at O hand O is O relevant O ” O ( O Soergel O , O 1985 O , O p.230 O ) O . O The O extensions O suffix O in O the O name O is O a O reference O to O the O Parallel B-Library Extensions I-Library technology O which O was O invented O around O the O same O time O ; O the O two O are O considered O complementary O . O MapReduce B-Operating_System libraries B-Library have O been O written O in O many O programming O languages O , O with O different O levels O of O optimization O . O | O quote O = O EndNote B-Library ( O Niles O & O Associates O ) O [ ... ] O stores O up O to O 32,000 O references O and O creates O bibliographies O in O any O style O you O choose O . O There O is O a O patchset O available O to O add O support O for O the O Cairo B-Language backend B-Architecture to O the O Qt5 O bindings O , O but O the O Poppler B-Language project O does O not O currently O wish O to O integrate O the O feature O into O the O library B-Library proper O . O Unlike O in O Selenium B-Library 1 O , O where O the O Selenium B-Library server O was O necessary O to O run O tests O , O Selenium B-Library WebDriver O does O not O need O a O special O server O to O execute O tests O . O The O use O of O the O English O language O in O the O inspiration O for O the O choice O of O elements O , O in O particular O for O keywords O in O computer O programming O languages O and O code B-Library libraries I-Library , O represents O a O significant O trend O in O the O history O of O language O design O . O The O MacVenture B-Application games O use O the O Macintosh B-Device 's O built O in O widget B-Library toolkit I-Library for O the O user O interface O which O adds O to O the O feeling O of O the O game O as O a O regular O application O . O Compiling O libcwd B-Library results O in O two O libraries O : O one O that O is O thread-safe B-Operating_System ( O libcwd_r O ) O and O a O version O ( O libcwd B-Library ) O without O thread O support O . O Delphi B-Language offers O two O frameworks O for O visual O application O development O , O VCL B-Library and O FireMonkey B-Language ( O FMX O ) O : O The O event O was O related O to O an O issue O in O project O management O and O different O goals O : O FFmpeg B-Library supporters O wanted O to O keep O development O velocity O in O favour O of O more O features O , O while O Libav B-Language supporters O and O developers O wanted O to O improve O the O state O of O the O code O and O take O the O time O to O design O better O APIs O . O It O provides O the O full O Win32 B-Library API I-Library . O Deeplearning4j B-Library has O integrated O with O other O machine-learning O platforms O such O as O RapidMiner O , O Prediction.io, O and O Weka B-Language . O In O Win32 B-Library namespace O , O any O UTF-16 O code O units O are O case O insensitive O whereas O in O POSIX O namespace O they O are O case O sensitive O . O LexisNexis B-Library also O implemented O a O new O high-level O language O for O data-intensive B-Operating_System computing I-Operating_System . O Kafka B-Language can O connect O to O external O systems O ( O for O data O import/export O ) O via O Kafka B-Language Connect O , O and O provides O the O Kafka B-Language Streams I-Language libraries B-Library for O stream B-Application processing I-Application applications O . O swingX O : O Provides O extensions O to O the O Java B-Language Swing I-Language GUI B-Library toolkit I-Library . O command B-Application operand1 O operand2 O -a O operand3 O -b O is O permitted O by O the O Linux O enhanced O version O of O getopt B-Library but O does O not O work O with O getopts B-Library ) O . O Mako B-Library is O a O template O library O written O in O Python B-Language . O We O want O to O make O Windows B-Application the O best O development O platform O regardless O of O technologies O used O , O and O offer O tools O to O help O developers O with O existing O code O bases O of O HTML/JavaScript O , O .NET B-Application and O Win32 B-Library , O C++ B-Language and O Objective-C B-Language bring O their O code O to O Windows B-Application , O and O integrate O UWP O capabilities O . O Katalium O is O a O framework O that O provides O a O blueprint O for O test B-Application automation I-Application projects O based O on O Selenium B-Library and O TestNG O . O Although O their O initial O focus O was O on O the O bug-ridden O release O version O of O The O Wolf O Age O , O they O also O worked O to O update O the O first O two O games O to O newer O operating B-General_Concept systems I-General_Concept on O both O Mac B-Device and O PC B-Device , O fix O bugs B-Error_Name , O and O create O unofficial O patches O to O enhance O both O the O games O themselves O and O the O mapmaking O tools O . O They O also O developed O their O own O library B-Library , O dubbed O the O Myth B-Application Core O Library B-Library , O which O provided O networking O , O input O routines O , O and O other O low-level B-Language functions I-Language . O Praxeme B-Library recommends O describing O the O elementary O work O situations O as O use B-Architecture cases I-Architecture , O this O form O of O representation O providing O the O link O with O the O IT B-General_Concept design O . O local O symbols O , O used O internally O within O the O object B-Application file I-Application to O facilitate O relocation B-Library . O Scopus B-Library is O a O bibliographic O database O containing O abstracts O and O citations O for O academic O journal O articles O . O Some O Windows B-Application platform O features O in O later O versions O have O been O exclusive O to O UWP O and O software O specifically O packaged O for O it O , O and O are O not O usable O in O other O architectures O such O as O the O existing O WinAPI B-Library , O WPF B-Device , O and O Windows B-Application Forms I-Application . O Clinton O donated O the O iBATIS B-Library name O and O code O to O Apache O Software O Foundation O and O the O project O stayed O in O the O ASF O for O six O years O . O Firstly O , O the O ISO O C++ B-Language standard O allows O programs O to O register O a O custom O function O called O a O with O the O C++ B-Language runtime B-Library ; O if O it O does O , O then O this O function O is O called O whenever O encounters O an O error O . O Subsequently O , O Thomson O acquired O EndNote B-Library and O ProCite O , O the O other O two O leading O bibliographic O management O programs O . O On O December O 17 O , O 1997 O , O Microsoft O and O SGI O initiated O the O Fahrenheit B-Library project O , O which O was O a O joint O effort O with O the O goal O of O unifying O the O OpenGL B-Application and O Direct3D B-Application interfaces O ( O and O adding O a O scene-graph O API B-Application too O ) O . O FFmpeg B-Library 's O maintainer O Michael O Niedermayer O has O criticised O MPEG-4 B-Algorithm for O lacking O an O in-loop O deblocking B-General_Concept filter I-General_Concept , O GMC O being O too O computationally O intensive O , O and O OBMC O being O defined O but O not O allowed O in O any O profiles O among O other O things O . O The O library B-Library was O released O under O the O Revised B-Operating_System BSD I-Operating_System License I-Operating_System and O some O additional O terms O . O is O a O potent O free O calculator O and O Python B-Language software B-Library library I-Library for O transparently O performing O calculations O with O uncertainties O and O correlations O . O In O late O 1997 O , O the O series O culminated O in O Haskell O 98 O , O intended O to O specify O a O stable O , O minimal O , O portable O version O of O the O language O and O an O accompanying O standard O library B-Library for O teaching O , O and O as O a O base O for O future O extensions O . O ) O , O as O well O as O web O pages O , O videos O , O computer O programs.Overview O of O ScholarSpace B-Library . O WineD3D O for O Windows O , O a O compatibility O wrapper B-Library which O emulates B-Application old O Direct3D B-Application versions O and O features O that O were O removed O by O Microsoft O in O recent O Windows O releases O , O using O OpenGL B-Application . O Before O JACK B-Application and O PulseAudio B-Library , O sound O on O these O systems O was O managed O by O multi-purpose O integrated O audio O solutions O . O This O is O an O example O of O a O filter B-Library graph I-Library . O Generic O Enterprise B-Architecture engineering I-Architecture methodologies O ( O GEEM O ) O describe O the O process O of O enterprise B-Architecture integration I-Architecture and O , O according O to O the O GERAM B-Library framework I-Library ( O Figure O 1 O ) O , O will O result O in O a O model O of O the O enterprise O operation O . O A O language O 's O standard B-Library library I-Library is O often O treated O as O part O of O the O language O by O its O users O , O although O the O designers O may O have O treated O it O as O a O separate O entity O . O OpenVibe B-Algorithm is O the O first O library B-Library of I-Library functions I-Library written O in O C++ B-Language of O this O type O developed O by O INRIA O - O Institut O national O de O recherche O en O informatique O et O automatique O ( O France O ) O - O it O can O be O integrated O and O applied O quickly O and O easily O . O Renoise B-Application has O full O MIDI O and O MIDI O sync O support O , O VST B-Application 3 I-Application plugin O support O , O ASIO B-Library multi O I/O B-General_Concept cards O support O , O integrated O sampler O and O sample O editor O , O internal O real-time O DSP B-General_Concept effects O with O unlimited O number O of O effects O per O track O , O master O and O send O tracks O , O full O automation O of O all O commands O , O Hi-Fi O wav/aiff O rendering O ( O up O to O 32-bit O , O 192kHz O ) O , O Rewire B-Architecture support O , O etc O . O Methods/Techniques O in O which O information B-Library retrieval I-Library techniques O are O employed O include O : O Responding O to O the O perceived O ethnocentrism O of O Beall O 's O published O opinion O of O SciELO B-Library and O Redalyc O , O a O Motion O was O passed O by O the O Brazilian O Forum O of O Public O Health O Journals O Editors O and O the O Associação O Brasileira O de O Saúde O Coletiva O ( O Abrasco O , O Brazilian O Public O Health O Association O ) O , O taking O exception O to O Beall O 's O characterization O , O drawing O attention O to O the O " O ethnocentric O prejudice O " O , O and O correcting O factual O inaccuracies O . O EndNote B-Library X1 O and O later O are O compatible O with O Windows O Vista O . O It O added O the O data O types O COMPLEX O and O LONGCOMPLEX O , O exceptions O , O module B-Architecture termination O ( O FINALLY O clause O ) O and O a O complete O standard O input/output B-General_Concept ( O I/O B-General_Concept ) O library B-Library . O The O development O of O TAFIM B-Library started O around O 1986 O at O the O US O Defense O Information O Systems O Agency/Center O for O Information O Management O . O Netscape O Navigator/Communicator O 1994 O 1998 O MPL B-License See O Mozilla B-Operating_System OpenGL B-Application sample O implementation O 1992 O 2008 O SGI O FreeB O License O Open B-Library Sound I-Library System I-Library 1992 O 2007 O GPL-2.0-only B-License , O CDDL-1.0 B-Application OpenWRT B-Application ? O This O marks O the O transition O from O load B-Operating_System time I-Operating_System ( O and O dynamic O link B-Application time I-Application , O if O present O ) O to O run B-Library time I-Library . O HandBrake B-Language , O FFmpeg B-Library and O VLC B-Application also O run O under O Mac B-Operating_System OS I-Operating_System X I-Operating_System and O Linux B-Application . O Regular O allocation O by O malloc/free O on O heap B-Application is O also O available O , O it O is O provided O by O standard O C B-Language libraries B-Library . O When O compared O to O host O access O control O directives O often O found O in O daemons B-Operating_System ' O configuration O files O , O TCP B-Protocol Wrappers I-Protocol have O the O benefit O of O runtime B-Library ACL O reconfiguration O ( O i.e. O , O services O do O n't O have O to O be O reloaded O or O restarted O ) O and O a O generic O approach O to O network O administration O . O gdk-pixbuf O is O a O toolkit O for O image O loading O and O pixel O buffer O manipulation O . O The O library B-Library provides O image O loading O and O saving O facilities O , O fast O scaling O and O compositing O of O pixbufs O , O simple O animation O loading O ( O i.e. O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O Despite O being O a O pure O JavaScript B-Language framework I-Language , O qooxdoo B-Language is O quite O on O par O with O GUI B-Application toolkits B-Library like O Qt B-Language , O Standard B-Application Widget I-Application Toolkit I-Application ( O SWT O ) O and O others O with O respect O to O implementing O user B-Application interfaces I-Application . O In O 2017 O , O OCLC O 's O WorldCat B-Library Search O API B-Application was O integrated O into O the O cite O tool O of O Wikipedia O 's O VisualEditor O , O allowing O Wikipedia O editors O to O cite O sources O from O WorldCat B-Library easily O . O These O sub-systems O are O represented O by O preconfigured O or O custom O model O elements O organized O in O domain-specific O and O custom O model O libraries B-Library . O Other O optional O features O include O playback O statistics O , O CD B-Application burning I-Application , O kernel O streaming O , O ASIO B-Library support O and O WASAPI O output O compatibility O . O Support O is O provided O for O all O popular O data B-General_Concept access I-General_Concept frameworks O in O Java B-Language : O JDBC B-Language , O iBatis/MyBatis O , O Hibernate B-Library , O Java B-Language Data I-Language Objects I-Language ( O JDO O , O discontinued O since O 5.x O ) O , O Jakarta B-Language Persistence I-Language API I-Language ( O JPA O ) O , O Oracle B-Library TopLink I-Library , O Apache B-Language OJB I-Language , O and O Apache B-Language Cayenne I-Language , O among O others O . O pyglet B-Library runs O on O Microsoft B-Application Windows I-Application , O macOS B-Application , O and O Linux B-Application ; O it O is O released O under O the O BSD B-Operating_System Licence I-Operating_System . O Yet O , O there O is O no O U.S. O federal O case O law O directly O addressing O the O issue O of O the O copyrightability O of O x-ray B-Library images O . O In O Germany O , O X-ray B-Library images O as O well O as O MRI B-Algorithm , O medical B-Application ultrasound I-Application , O PET B-Application and O scintigraphy O images O are O protected O by O ( O copyright-like O ) O related O rights O or O neighbouring O rights O . O Dependency B-Library injection I-Library involves O four O roles O : O services O , O clients O , O interfaces B-Application and O injectors O . O A O full O directory O of O ISBN B-Library agencies O is O available O on O the O International B-Library ISBN I-Library Agency I-Library . O Uses O the O Expat B-Language library B-Library for O XML O parsing O . O Database O access O is O made O possible O through O ActiveX B-Library Data I-Library Objects I-Library ( O ADO O ) O , O and O the O IIS B-General_Concept Metabase I-General_Concept can O be O manipulated O using O the O GetObject( ) O function O with O sufficient O permissions O ( O useful O for O creating O and O destroying O sites O and O virtual O directories O ) O . O However O , O with O the O c10k B-Protocol problem I-Protocol , O both O select O and O poll B-Language have O been O superseded O by O the O likes O of O kqueue B-Application , O epoll B-Application , O /dev/poll O and O I/O B-Library completion I-Library ports I-Library . O AMD/ATI O Z160 O and O Z180 O OpenVG B-Library 1.x O Graphics O core O . O Secondly O , O Mateusz O " O j00ru O " O Jurczyk O , O a O security-oriented O developer O at O Google O , O argued O that O all O issues O he O found O in O FFmpeg B-Library were O fixed O in O a O timely O manner O , O while O Libav B-Language was O still O affected O by O various O bugs O . O Moreover O , O the O ffdshow B-Language processing O filters O are O still O kept O , O and O new O options O to O load O them O in O all O compatible O DirectShow B-Library players O are O added O . O The O utility O " O Stonesense O " O , O based O on O the O " O DFHack O " O library B-Library , O can O render O the O game O in O a O 3D B-Application isometric I-Application view O . O In O November O 1999 O , O the O disk O was O presented O at O EUREKA B-Library " O 48th O World O exhibition O of O Innovation O and O New O Technology O " O in O Brussels O . O MPlayer B-Application which O is O known O for O playing O practically O all O common O media-formats O and O XBMC4Xbox B-Language handles O all O codecs B-General_Concept and O containers O normally O supported O by O MPlayer B-Application , O ( O which O is O all O FFmpeg B-Library supported O codecs B-General_Concept and O also O several O external O ones O with O the O help O of O proprietary O DLL-files O . O A O toolkit B-Library is O an O assembly O of O tools O ; O set O of O basic O building O units O for O user O interfaces O . O The O Indian B-Library Citation I-Library Index I-Library ( O ICI O ) O is O an O online O bibliographic B-Library database I-Library containing O abstracts O and O citations O from O academic O journals O . O Language B-Application bindings I-Application exist O for O many O libraries O , O including O GTK B-Application , O Qt B-Language QML O , O wxWidgets B-Language , O Simple B-Operating_System DirectMedia I-Operating_System Layer I-Operating_System ( O SDL O ) O 2 O , O Cairo B-Language , O OpenGL B-Application , O Windows B-Library API I-Library ( O WinAPI B-Library ) O , O zlib B-Language , O libzip B-Application , O OpenSSL B-Language , O Vulkan B-Application and O cURL B-Language . O ProQuest B-Library still O publishes O so O many O dissertations O that O its O Dissertations B-Library and I-Library Theses I-Library collection O ( O formerly O called O Digital O Dissertations O ) O has O been O declared O the O official O U.S. O off-site O repository O of O the O Library O of O Congress O . O Moreover O , O various O popular O security B-Library libraries I-Library , O such O as O Crypto++ B-Language , O GnuTLS B-Application , O mbed B-Language TLS I-Language and O OpenSSL B-Language also O include O support O for O Camellia B-Algorithm . O On O browsers O that O do O n't O support O the O WebGL B-Library technology O , O the O Cl3ver B-Language viewer O uses O a O 2D O fallback O displaying O in O HTML5 B-Application . O This O difference O is O what O distinguishes O an O API-invoked O execution B-Device model I-Device , O such O as O Pthreads B-Operating_System , O from O a O usual O software B-Library library I-Library . O Visual B-Application Studio I-Application Tools I-Application for I-Application Office I-Application ( O VSTO O ) O is O a O set O of O development O tools O available O in O the O form O of O a O Visual B-Application Studio I-Application add-in O ( O project O templates O ) O and O a O runtime B-Library that O allows O Microsoft B-General_Concept Office I-General_Concept 2003 I-General_Concept and O later O versions O of O Office O applications O to O host O the O .NET B-Application Framework I-Application Common O Language O Runtime B-Library ( O CLR O ) O to O expose O their O functionality O via O .NET B-Application . O Then O there O is O the O Microsoft O Visual O C/C O ++ O Runtime O Library O version O , O e.g. O It O includes O the O Visual O C/C O ++ O runtime O library O , O as O well O as O compilers B-Language , O linkers O , O assemblers O , O other O build O tools O , O and O matching O libraries B-Library and O header O files O . O Doses O of O radiocontrast B-Application agents I-Application and O X-ray B-Library exposure O times O are O routinely O recorded O in O an O effort O to O maximize O safety O . O Diagnostic O radiation O ( O such O as O screening O X-ray B-Library ) O appears O to O have O no O effect O on O pacemaker B-Device pulse O generators O . O Releases O in O the O minor O series O ( O X.1 O , O X.2 O , O ... O ) O will O guarantee O binary O portability O ( O API B-Application & O ABI B-Operating_System ) O . O This O means O , O for O instance O , O that O software O that O was O developed O for O KDE3.0 O will O work O on O all O ( O future O ) O KDE3 O releases O ; O however O , O an O application O developed O for O KDE2 O is O not O guaranteed O to O be O able O to O make O use O of O the O KDE3 O libraries B-Library . O In O a O workshop O held O by O the O Solar O Energy O Technologies O Office O ( O part O of O the O United O States O Department O of O Energy O ) O on O encouraging O community O contribution O to O open-source B-Application software I-Application projects O , O pvlib B-Library python I-Library was O discussed O as O an O example O of O having O achieved O a O significant O user O base O . O Library B-Library additions O occur O in O a O sandbox O development O environment O and O are O reviewed O and O integrated O into O the O main O library B-Library releases O as O approved O by O the O core O development O team O with O input O from O contributors O . O The O built-in O commands O of O sash O have O all O libraries B-Library linked I-Library statically I-Library , O so O unlike O most O shells O on O Linux B-Application , O the O standard O UNIX B-Application commands O do O not O rely O on O external O libraries O . O Høgsberg O could O have O added O an O extension O to O X B-Operating_System as O many O recent O projects O have O done O , O but O preferred O to O "[push] O X B-Operating_System out O of O the O hotpath O between O clients O and O the O hardware O " O for O reasons O explained O in O the O project O 's O FAQ O : O The O project O is O also O developing O versions O of O GTK B-Application and O Qt B-Language that O render O to O Wayland O instead O of O to O X B-Operating_System . O Most O applications O are O expected O to O gain O support O for O Wayland O through O one O of O these O libraries B-Library without O modification O to O the O application O . O Less O obvious O are O the O ways O the O original O Zachman B-Library framework I-Library has O stimulated O the O development O of O other O enterprise B-Library architecture I-Library frameworks I-Library , O such O as O in O the O NIST B-Library Enterprise I-Library Architecture I-Library Model I-Library , O the O C4ISR O AE O , O the O DOE O AE O , O and O the O DoDAF O : O The O result O has O been O called O GERAM B-Library , O for O " O Generalized O Enterprise-Reference O Architecture O and O Methodology O " O , O by O the O Task O Force O . O Machine O learning O applied O during O the O design O phase O may O have O different O implications O than O that O applied O at B-Library runtime I-Library . O Through O data B-Application abstraction I-Application , O federated B-General_Concept database I-General_Concept systems I-General_Concept can O provide O a O uniform O user B-Application interface I-Application , O enabling O users O and O clients B-Protocol to O store O and O retrieve O data O from O multiple O noncontiguous O databases B-Application with O a O single O query B-Library — O even O if O the O constituent O databases B-Application are O heterogeneous B-General_Concept . O The O Windows B-Application operating I-Application system I-Application provides O dynamic B-Operating_System loading I-Operating_System through O the O Windows B-Library API I-Library . O RefWorks B-Library LLC O was O founded O in O 2001 O as O a O partnership O between O Earl O B O . O Beutler O ( O development O and O customer O service O ) O and O Cambridge B-Library Scientific I-Library Abstracts I-Library ( O sales O and O marketing O ) O from O 2002 O until O being O acquired O by O ProQuest B-Library in O 2008 O . O The O dynamo B-Library was O the O first O electrical O generator O capable O of O delivering O power O for O industry O . O How O the O Model-driven B-Architecture architecture I-Architecture ( O MDA O ) O models O used O in O software O development O map O to O the O Zachman B-Library Framework I-Library . O The O idea O that O it O does O , O indeed O , O run O a O modified O copy O of O the O Windows O kernel B-Operating_System still O persists O in O the O community O , O however O what O is O known O for O sure O is O that O the O Xbox B-Application 's O kernel B-Operating_System works O like O a O BIOS B-Operating_System and O is O Win32 B-Library based O , O but O does O not O have O all O of O the O resources O or O capabilities O of O a O full O Windows B-Application NT I-Application based O operating O system O , O ( O for O example O : O neither O DirectShow B-Library , O registry B-Protocol , O nor O DLL O are O natively O supported O on O the O Xbox B-Application ) O , O and O because O of O the O constraints O on O the O hardware O and O environment O of O the O Xbox B-Application , O all O software B-Application development O of O XBMC4Xbox B-Language for O the O Xbox B-Application is O focused O on O reserving O the O limited O resources O that O exist O , O the O main O hindrance O of O which O is O the O amount O of O available O RAM B-Architecture at O any O one O time O . O The O Swift B-Application standard B-Library library I-Library contains O a O Set B-Language type O , O since O Swift B-Application 1.2 O . O There O is O a O brief O article O on O Ambient B-Language and O descriptions O of O MUI O icons O , O menus O and O gadgets O ( O aps.fr O ) O and O images O of O Zune B-Library stay O at O main O . O Profile O data O sources O from O publicly O available O university O organization O and O faculty O member/researcher O information O , O user-generated O data O , O PubMed B-Library , O Agricola O , O ERIC O , O and O ProQuest B-Library citation O databases O , O indexed O faculty/researcher O webpages O . O Most O graphics B-Library libraries I-Library such O as O OpenGL B-Application provide O an O abstract O graphical O device O model O as O an O interface O . O Google B-Library Scholar I-Library has O been O criticized O for O not O vetting O journals O and O for O including O predatory O journals O in O its O index O . O A O typical O Windows O program O calls O some O Windows O DLLs O , O which O in O turn O calls O user-mode O gdi/user32 O libraries O , O which O in O turn O uses O the O kernel32.dll O ( O win32 B-Library subsystem O ) O responsible O for O dealing O with O the O kernel O through O system O calls O . O GNU B-Application Readline I-Application is O notable O for O being O a O free B-Application software I-Application library B-Library which O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O As O of O the O 2023 O edition O , O journals O from O the O Arts B-Library and I-Library Humanities I-Library Citation I-Library Index I-Library and O the O Emerging B-Library Sources I-Library Citation I-Library Index I-Library will O also O be O included O . O Participation O , O measured O by O percentage O of O articles O by O authors O of O Latin O America O in O such O databases O was O very O low O in O the O dominant O repositories O e.g. O , O 2.7 O % O in O the O Science B-Library Citation I-Library Index I-Library ( O SCI O ) O . O The O current O standard O is O ISO/IEC O 1989:2014 O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O On O Unix B-Application systems I-Application , O such O libraries B-Library are O ncurses B-Language and O curses B-Device . O They O search O the O World O Wide O Web O in O a O systematic O way O for O particular O information O specified O in O a O textual O web B-Application search I-Application query B-Library . O Xcode O 10 O introduced O support O for O the O Dark O Mode O announced O for O macOS B-Device Mojave I-Device , O the O collaboration O platforms O Bitbucket B-Protocol and O GitLab B-Application ( O in O addition O to O already O supported O GitHub B-Application ) O , O training O machine O learning O models O from O playgrounds B-Operating_System , O and O the O new O features O in O Swift B-Application 4.2 O and O Metal B-Library 2.1 O , O as O well O as O improvements O to O the O editor O and O the O project O build O system O . O It O moved O to O Colorado O Springs O in O 1948 O ; O in O 1951 O , O it O adopted O the O name O Shepard B-Library 's I-Library Citations I-Library , O Inc O . O Based O upon O what O is O obvious O from O the O table O , O RTI-31 O , O RTI-51 B-Library , O and O RTI-55 B-Language are O all O similarly O potent O TRIs O . O Many O programming O languages O provide O hash B-Algorithm table I-Algorithm functionality O , O either O as O built-in O associative B-Application arrays I-Application or O as O standard B-Library library I-Library modules O . O An O incomplete O list O of O libraries O and O game O engines O using O it O includes O : O Unreal B-Operating_System Engine I-Operating_System 3 O , O Away3D B-Application 4 O , O CopperCube B-Application , O Flare3D B-Operating_System , O Starling B-Language , O ND2D O or O Adobe O Labs O ' O Proscenium O . O Similarly O , O WebGL B-Library 3D O applications O may O be O built O with O three.js B-Language , O a O higher-level O library O similar O to O these O . O This O is O especially O true O on O hardware O devices O , O such O as O the O PlayStation B-Operating_System Portable I-Operating_System and O various O DVD O players O ; O on O the O software O side O , O most O DirectShow B-Library and O Video B-Device for I-Device Windows I-Device codec O packs O include O an O MP4 O parser O , O but O not O one O for O QTFF B-Application . O If O the O user O fills O out O the O necessary O fields O , O EndNote B-Library can O automatically O format O the O citation O into O any O of O over O 2,000 O different O styles O the O user O chooses O . O Java B-Language SE I-Language defines O a O range O of O general-purpose O APIs B-General_Concept — O such O as O Java B-Language APIs I-Language for O the O Java B-Library Class I-Library Library I-Library — O and O also O includes O the O Java B-Language Language I-Language Specification I-Language and O the O Java B-Language Virtual I-Language Machine I-Language Specification I-Language . O The O pcl_registration O library B-Library implements O number O of O point B-Algorithm cloud I-Algorithm registration I-Algorithm algorithms O for O both O organized O and O unorganized O datasets O . O The O voltage O of O the O mercury B-Algorithm battery I-Algorithm dropped O so O rapidly O at O the O end O of O the O battery O 's O life O that O it O would O be O hard O to O obtain O a O wrong O exposure O . O The O second O concept O study O retained O the O sliding O tube O for O the O lens O , O but O used O a O selenium B-Library light O meter O . O Mobile O support O for O WebGL B-Library is O nascent O . O However O , O FreeGLUT B-Application is O mostly O concerned O with O providing O a O stable O clone O of O GLUT B-Library , O while O SDL O is O too O large O for O some O people O and O has O never O had O OpenGL B-Application as O its O main O focus O . O She O is O sometimes O referred O to O as O Joan O in O Blyton O 's O Famous B-Library Five I-Library short O stories O like O Five O Have O a O Puzzling O Time O and O other O stories O . O Xfig B-Application was O written O by O Supoj O Sutanthavibul O in O 1985 O for O SunView B-Library . O Alternatively O , O the O entire O DirectShow B-Library API B-Application , O including O DirectShow B-Library Editing O Services O , O can O be O accessed O from O Borland B-Language Delphi I-Language 5 O , O 6 O and O 7 O , O C++ B-Language Builder I-Language 6 O , O and O from O later O versions O with O a O few O minor O modifications O , O using O a O third O party O software O library O called O " O DSPack O " O . O For O example O , O early O versions O of O the O Java B-Language persistence O mapper O Hibernate B-Library mapped O entities O and O their O fields O to O the O database O by O describing O these O relationships O in O XML B-Protocol files O . O As O abnormally O high O memory O utilization O can O be O a O contributing O factor O in O software B-General_Concept aging I-General_Concept , O memory B-General_Concept debuggers I-General_Concept can O help O programmers O to O avoid O software B-Error_Name anomalies I-Error_Name that O would O exhaust O the O computer O system O memory O , O thus O ensuring O high O reliability O of O the O software O even O for O long O runtimes B-Library . O Epic B-Operating_System Citadel I-Operating_System is O a O tech O demo O developed O by O Epic O Games O to O demonstrate O the O Unreal O Engine O 3 O running O on O Apple B-Operating_System iOS I-Operating_System , O within O Adobe B-Operating_System Flash I-Operating_System Player I-Operating_System Stage3D B-Operating_System and O using O HTML5 B-Application WebGL B-Library technologies O . O It O is O an O open-source B-Application template O library B-Library for O linear O algebra O ( O matrices O , O vectors O ) O . O Then O , O it O had O been O commercially O developed O by O fPrint O , O adding O Win32 B-Library support O , O and O in O 2000 O it O became O freeware O . O Today O it O can O compile B-Language for O Win32 B-Library , O OS/2 B-Application , O and O Linux B-Application , O and O is O mostly O compatible O with O Borland B-Application Pascal I-Application and O Delphi B-Language . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O This O becomes O particularly O useful O since O INSTALL O can O also O be O used O to O run O non-resident O software O under O DR-DOS O , O so O that O temporary O external O programs O can O be O integrated O into O the O CONFIG.SYS O control O flow O . O J2K-Codec B-Language is O a O commercial O library B-Library to O decode O JPEG O 2000 O images O . O Today O , O ar B-Application is O generally O used O only O to O create O and O update O static B-Library library I-Library files O that O the O link B-Application editor I-Application or O linker B-Application uses O and O for O generating O .deb O packages O for O the O Debian O family O ; O it O can O be O used O to O create O archives O for O any O purpose O , O but O has O been O largely O replaced O by O tar B-Application for O purposes O other O than O static B-Library libraries I-Library . O Google B-Application Dataset I-Application Search I-Application complements O Google B-Library Scholar I-Library , O the O company O 's O search O engine O for O academic O studies O and O reports O . O Free B-Library Law I-Library Project I-Library was O founded O in O 2013 O by O Michael O Lissner O and O Brian O Carver O . O The O primary O benefits O of O virtual B-Architecture memory I-Architecture include O freeing O applications O from O having O to O manage O a O shared O memory O space O , O ability O to O share O memory O used O by O libraries B-Library between O processes O , O increased O security O due O to O memory O isolation O , O and O being O able O to O conceptually O use O more O memory O than O might O be O physically O available O , O using O the O technique O of O paging B-Architecture or O segmentation B-General_Concept . O More O complex O functions O like O SIN O were O implemented O from O scratch O or O obtained O from O third O party O external O libraries B-Library . O Libraries B-Library exist O to O interface O with O MPD B-Language from O many O programming O languages O , O including O C B-Language , O Python B-Language , O Ruby B-Language , O Perl B-Language , O Lua B-Language and O Haskell B-Language . O The O library O 's O operations O are O conducted O by O a O single O fat.h O file O in O the O source O file O with O the O code O : O libfat B-Library can O be O uniquely O programmed O to O use O the O slots O on O the O Nintendo B-Device DS I-Device Slot O 1 O being O the O main O DS B-Device cartridge O slot O , O Slot O 2 O being O the O GBA O slot O on O the O Nintendo B-Device DS I-Device and O DS B-Device Lite O , O and O SD O Card O slot O on O the O DSi O and O DSiXL O . O SimpleTest O Unit O test O framework O for O both O PHP O and O web O Testilence O last O updated O in O 2009 O Apache-Test O PHP O implementation O of O Test::More B-Library ( O test-more.php O ) O SnapTest O SnapTest O is O a O powerful O unit O testing O framework O for O PHP O 5+ O , O leveraging O PHP O 's O unique O runtime O language O to O simplify O the O unit O test O process O without O sacrificing O the O agility O tests O provide O . O Other O packages O in O the O library B-Library include O : O SciELO B-Library ( O Scientific B-Library Electronic I-Library Library I-Library Online I-Library ) O is O a O bibliographic B-Library database I-Library , O digital O library O , O and O cooperative O electronic O publishing O model O of O open O access O journals O . O As O the O 978 O ISBN B-Library supply O is O exhausted O , O the O 979 O prefix O was O introduced O . O The O game O was O developed O by O Seumas O McNally O and O uses O OpenGL B-Application to O render O its O 3D O graphics O and O the O Miles B-Library Sound I-Library System I-Library for O positional O sound O . O Flash B-Operating_System Player I-Operating_System 8 O further O extended O ActionScript B-Operating_System 1/ActionScript O 2 O by O adding O new O class O libraries O with O APIs B-General_Concept for O controlling O bitmap O data O at O run-time B-Library , O file O uploads O , O and O live O filters O for O blur O and O dropshadow O . O ADO B-Library consists O of O a O series O of O hierarchical O COM-based O objects O and O collections B-Application , O an O object B-Language that O acts O as O a O container B-Application of O many O other O objects O . O The O Enterprise B-Architecture Architecture I-Architecture Planning I-Architecture ( O EAP O ) O methodology O is O beneficial O to O understanding O the O further O definition O of O the O Federal B-Library Enterprise I-Library Architecture I-Library Framework I-Library at O level O IV O . O EndNote B-Library 20 O for O Windows O released O on O 30 O October O 2020 O , O with O EndNote B-Library 20 O for O macOS B-Application to O be O released O " O soon O " O . O OpenSL B-Library ES I-Library is O deprecated O in O favor O of O Oboe O . O However O system B-Operating_System calls I-Operating_System are O typically O exposed O as O C O library B-Library functions I-Library . O The O code O asks O the O OpenCL B-Application library B-Library for O the O first O available O graphics O card O , O creates O memory O buffers O for O reading O and O writing O ( O from O the O perspective O of O the O graphics O card O ) O , O JIT-compiles O the O FFT-kernel O and O then O finally O asynchronously O runs O the O kernel B-Operating_System . O Even O if O the O new O repository O contains O only O bibliographic O records O , O links O from O the O OpenSIGLE B-Library metadata O to O the O electronic O full O text O where O available O are O technically O possible O but O have O to O be O provided O by O the O former O EAGLE O members O . O It B-General_Concept is B-Application also O used O by O some O churches O as B-Library an O abbreviation O of O Christian O church O . O Unless O otherwise O specified O , O OceanParcels B-Library uses O a O fourth-order B-Algorithm Runge-Kutta I-Algorithm scheme I-Algorithm for O the O integration O of O this O function O . O The O Web O group O displays O a O built-in O WebKit B-Language browser O that O recognizes O bibliographic O entries O on O some O web O pages O ( O such O as O Google B-Library Scholar I-Library , O arXiv O , O JSTOR O , O WorldCat B-Library , O and O Wikipedia O ) O and O harvests B-Application them I-Application ( O using O COinS B-General_Concept , O h-cite O microformat B-General_Concept , O or O BibTeX B-Language ) O for O easy O searching O and O single-click O import O . O In O November O 1999 O , O Ameritech O sold O Ameritech O Library O Systems O to O a O pair O of O investment O companies O , O the O 21st O Century O Group O and O Green O Leaf O Ridge O Company O , O which O rebranded O ALS O as O epixtech B-Library . O Microsoft B-Application Amalga I-Application Unified I-Application Intelligence I-Application System I-Application ( O formerly O known O as O Azyxxi B-Application ) O was O a O unified O health O enterprise O platform O designed O to O retrieve O and O display O patient O information O from O many O sources O , O including O scanned O documents O , O electrocardiograms B-Application , O X-rays B-Library , O MRI B-Algorithm scans O and O other O medical O imaging O procedures O , O lab O results O , O dictated O reports O of O surgery O , O as O well O as O patient O demographics O and O contact O information O . O However O , O a O 2014 O study O estimates O that O Google B-Library Scholar I-Library can O find O almost O 90% O ( O approximately O 100 O million O ) O of O all O scholarly O documents O on O the O Web O written O in O English O . O They O may O be O created O at B-Library runtime I-Library and O may O contain O state O , O but O they O do O not O implicitly O capture O local O variables O as O closures B-Language do O . O Phase-outs O of O Dynix B-Library were O constant O in O the O late O 2000s O , O and O by O the O second O decade O of O the O 21st O century O , O it O was O obsolete O and O remained O in O very O few O libraries O . O It O is O not O a O graphics B-Library library I-Library , O per O se O , O but O rather O a O framework O to O build O a O graphics B-Library library I-Library upon O . O In O this O respect O , O persistent B-Library memory I-Library resembles O more O abstract O forms O of O computer O storage O , O such O as O file B-Application systems I-Application . O GTK B-Application was O originally O designed O and O used O in O the O GNU B-Application Image I-Application Manipulation I-Application Program I-Application ( O GIMP B-Application ) O as O a O replacement O of O the O Motif B-Application toolkit I-Application ; O at O some O point O Peter O Mattis O became O disenchanted O with O Motif B-Application and O began O to O write O his O own O GUI B-Library toolkit I-Library named O the B-Application GIMP I-Application toolkit I-Application and O had O successfully O replaced O Motif B-Application by O the O 0.60 O release O of O GIMP B-Application . O Examples O include O OpenGL O Easy O Extension O library O ( O GLEE O ) O , O OpenGL O Extension O Wrangler O Library O ( O GLEW O ) O and O glbinding B-Library . O Some O ISBN B-Library registration O agencies O are O based O in O national O libraries O or O within O ministries O of O culture O and O thus O may O receive O direct O funding O from O the O government O to O support O their O services O . O One O of O the O later O versions O of O the O Zachman B-Library Framework I-Library , O offered O by O Zachman O International O as O industry O standard O . O C# B-Application applications O can O be O compiled O by O the O CoreRT B-Application compiler O into O Win32 B-Library code O that O is O accepted O by O the O 1994 O Visual B-Application C++ I-Application linker O . O When O a O query B-Library is O submitted O to O the O database O , O the O query B-Language optimizer I-Language evaluates O some O of O the O different O , O correct O possible O plans O for O executing O the O query B-Library and O returns O what O it O considers O the O best O option O . O The O UI O also O uses O the O jQuery B-Language client-side O JavaScript O library B-Library to O provide O optional O features O such O as O Ajax B-General_Concept and O JSON B-General_Concept powered O dynamic O page O content O . O One O can O find O here B-Library the O partial O list O of O FreeDict O dictionaries B-Operating_System which O can O be O converted O to O the O StarDict B-Language format O . O The O concept O of O a O runtime B-Library library I-Library should O not O be O confused O with O an O ordinary O program B-Library library I-Library like O that O created O by O an O application O programmer O or O delivered O by O a O third O party O , O nor O with O a O dynamic B-Application library I-Application , O meaning O a O program B-Library library I-Library linked O at O run B-Library time I-Library . O FxCop O rules O were O implemented O into O Roslyn.Parasoft O C/C O ++test O 2020-11-12 O ( O 2020.2 O ) O ; O proprietary O C B-Language , O C++ B-Language A O C/C O ++ O tool O that O does O static O analysis O , O unit O testing O , O code O review O , O and O runtime B-Library error I-Library detection O ; O plugins O available O for O Visual B-Application Studio I-Application and O Eclipse-based O IDEs.PC-lint O Plus O 2022-08-02 O ( O 2.0 O Beta O 2 O ) O ; O proprietary O C B-Language , O C++ B-Language A O static O analysis O tool O used O to O detect O a O wide O range O of O defects O , O identify O suspicious O code O , O enforce O various O coding O standards O ( O MISRA/AUTOSAR/etc O ) O , O calculate O and O report O complex O metrics O , O and O implement O user-defined O checks.PMD O ( O ) O ; O BSD-like B-Operating_System C B-Language , O C++ B-Language Java B-Language , O JSP B-Language JavaScript B-Language ColdFusion B-Language , O PHP O duplicate O code O detection O ( O e.g. O ) O Balloon B-Protocol help I-Protocol is O also O highly O visible O in O the O Squeak B-Operating_System Smalltalk I-Operating_System environment O , O in O the O Enlightenment B-Application window I-Application manager I-Application , O and O in O the O AmigaOS B-Application 's O MUI B-Library . O Its O two O main O aims O are O : O reduction O in O library B-Library size O and O direct O access O to O the O X11 B-Operating_System protocol O . O Further O , O silicon O attenuates O X-rays B-Library less O strongly O and O therefore O silicon O detectors O have O to O be O several O centimetres O thick O to O be O useful O in O a O CT O system O . O Flapjax B-Language can O be O viewed O in O two O ways O : O either O as O a O library B-Library , O for O use O in O regular O JavaScript B-Language programs O , O or O as O a O new O language O that O the O compiler B-Language converts O into O generic O JavaScript B-Language . O Others O include O the O emission O of O K-escape O X-rays B-Library and O Compton O scattering O , O where O the O escaping O or O scattered O photon B-Application results O in O a O partial O energy O deposition O in O the O primary O pixel B-Algorithm and O may O go O on O to O cause O further O interactions O in O different O pixels B-Algorithm . O The O International B-Library Bibliography I-Library of I-Library the I-Library Social I-Library Sciences I-Library ( O IBSS O ) O is O a O bibliography O for O social O science O and O interdisciplinary O research O . O A O social B-Protocol cataloging I-Protocol application I-Protocol is O a O web B-Application application I-Application designed O to O help O users O to O catalog B-Library things O such O as O books O , O films O , O music O albums O , O etc O . O R B-Library . I-Library R I-Library . I-Library Bowker I-Library LLC I-Library ( O trading O as O Bowker O ) O is O an O American O limited O liability O company O domiciled O under O Delaware O Limited O Liability O Company O Law O and O based O in O Chatham O , O New O Jersey O . O It O combines O a O number O of O secondary O databases O : O the O Materials O Research O Database O with O METADEX O ( O see O above O ) O , O the O CSA B-Library High O Technology O Research O Database O with O Aerospace O ( O see O above O ) O , O and O the O CSA B-Library Engineering O Research O Database O . O The O Ruzzo B-Algorithm – I-Algorithm Tompa I-Algorithm algorithm I-Algorithm has O applications O in O bioinformatics O , O web B-Application scraping I-Application , O and O information B-Library retrieval I-Library . O This O led O to O other O parties O developing O such O runtime B-Library libraries O under O open O source O license O . O Eureka B-Library was O the O user B-Application interface I-Application for O general O users O of O the O Research O Library O Information O Network O ( O RLIN O ) O , O a O bibliographic O resource O containing O records O from O libraries O that O were O members O of O Research O Libraries O Group O ( O RLG O ) O . O As O version O 4.0 O , O Audacious B-Language is O using O Qt B-Language as O its O primary O toolkit B-Library but O the O GTK B-Application 2.x O support O is O still O available O . O If O a O user O listened O to O an O artist O or O album O enough O times O , O Zune B-Library awarded O that O user O a O badge O . O In O 2006 O , O it O became O possible O for O anyone O to O search O WorldCat B-Library directly O at O its O open O website O WorldCat.org, O not O only O through O the O subscription O FirstSearch O interface O where O it O had O been O available O on O the O web O to O subscribing O libraries O for O more O than O a O decade O before O . O Structural O typing O is O a O static O typing O system O that O determines O type O compatibility O and O equivalence O by O a O type O 's O structure O , O whereas O duck B-Application typing I-Application is O dynamic O and O determines O type O compatibility O by O only O that O part O of O a O type O 's O structure O that O is O accessed O during O run B-Library time I-Library . O Publons B-Library ' O Awards O started O in O 2016 O . O It O 's O effectively O based O on O a O library B-Library for O linear B-Language algebra I-Language and O matrix B-Architecture manipulation O in O a O production O environment O . O iMovie B-Operating_System gained O support O for O 4K O resolution O in O version O 2.2 O , O switched O to O using O the O Metal B-Library graphics O API B-General_Concept in O version O 2.2.5 O , O external O displays O in O version O 2.2.6 O , O and O green O screen O effects O in O version O 2.2.7 O . O The O game O engine O was O designed O and O built O by O Dan O Tabár O , O using O several O open-source B-Application libraries B-Library . O A O mapping O function O is O required O to O map O each O query B-Library and O the O element O of O database O to O a O feature O space O . O Ignorance O of O the O y O coordinate O by O the O lowx O packed O R-tree B-Library tends O to O violate O this O empirical O rule O . O The O getopt B-Library manual O from O GNU B-Operating_System specifies O such O a O usage O for O getopt B-Library : O An O indexing B-Library and I-Library abstracting I-Library service I-Library is O a O service O that O provides O shortening O or O summarizing O of O documents O and O assigning O of O descriptors O for O referencing O documents O . O Toplink B-Library was O originally O developed O by O The O Object O people O in O Smalltalk O . O Its O backend B-Architecture is O written O in O Java B-Language , O which O is O connected O to O MySQL B-Application via O the O Hibernate B-Library Java B-Language library O . O The O pcl_segmentation O library B-Library contains O algorithms O for O segmenting O a O point B-Algorithm cloud I-Algorithm into O different O clusters O . O Zachman B-Library Framework I-Library is O applied O in O customized O frameworks O such O as O the O TEAF O , O built O around O the O similar O frameworks O , O the O TEAF O matrix O . O The O command B-Application is O available O as O a O separate O package O for O Microsoft B-Application Windows I-Application as O part O of O the O UnxUtils B-Application collection O of O native B-Language Win32 B-Library ports O of O common O GNU B-Operating_System Unix-like B-Operating_System utilities O . O The O command B-Application has O also O been O ported O to O the O IBM B-Application i I-Application operating B-General_Concept system I-General_Concept . O KIdleTime O 1 O kidletime.git O Integration O module O for O idle O time O detection O . O KImageFormats O 1 O kimageformats.git O Plugins O to O allow O QImage O to O support O extra O file O formats O . O As O such O it O is O not O required O for O the O compilation O of O any O other O software O , O but O may O be O a O runtime O requirement O for O Qt-based O software O to O support O certain O image O formats.The O following O image O formats O have O read-only O support O : O XView B-Library ( O xv O ) O <-- O ! O --> O KInit O 3 O kinit.git O kdeinit O is O a O process O launcher O , O that O launches O processes O by O forking O and O then O loading O a O dynamic O library O which O should O contain O a O ' O kdemain( O ... O ) O ' O function O . O kdeinit O speeds O up O start O of O applications O on O KDE B-Application workspaces O ; O kdeinit O is O linked O against O all O libraries B-Library a O standard O KDE B-Application application O needs O . O It O generates O meshes O compatible O with O typical O architectural O applications O such O as O Autodesk B-Language 3ds I-Language Max I-Language , O Autodesk B-Language Maya I-Language and O Rhino B-Algorithm . O Such O algorithms O cannot O guarantee O to O return O the O globally O optimal O decision B-Algorithm tree I-Algorithm . O The O review O from O IGN O echoed O the O praise O of O the O game O 's O graphics O and O , O noting O the O good O use O of O voxels B-Algorithm , O called O the O result O " O pretty O darn O nice O " O . O The O GSL B-Application implements O BFGS B-Algorithm as O gsl_multimin_fdfminimizer_vector_bfgs2 O . O Speed B-Algorithm Graphics I-Algorithm are O still O widely O used O by O modern O fine O art O photographers O because O of O their O unique O image O creation O capabilities O and O simple O , O easily O serviced O mechanical O design O . O The O Voted O Perceptron B-Algorithm ( O Freund O and O Schapire O , O 1999 O ) O , O is O a O variant O using O multiple O weighted O perceptrons B-Algorithm . O Native O support O has O been O added O for O MIDI O controllers O , O the O AV1 B-Application video O codec O , O the O Opus B-Algorithm audio O codec O , O and O HDR10+ B-Device . O It O is O mainly O used O to O detect O and O to O represent O the O " O direction O " O parameters O of O curves O , O just O as O the O Cartesian O structure B-Algorithm tensor I-Algorithm detects O and O represents O the O direction O in O Cartesian O coordinates O . O The O Tecnomatix B-Algorithm products O suite O offered O software O and O services O in O all O process O monitoring O and O control O , O production O management O and O execution O . O LGA B-Device 1200 I-Device is O a O zero B-General_Concept insertion I-General_Concept force I-General_Concept flip-chip B-Device land B-Algorithm grid I-Algorithm array I-Algorithm ( O LGA B-Algorithm ) O socket B-General_Concept , O compatible O with O Intel O desktop O processors B-General_Concept Comet B-Device Lake I-Device ( O 10th O gen O ) O and O Rocket B-Device Lake I-Device ( O 11th-gen O ) O desktop O CPUs O , O which O was O released O in O April O 2020 O . O Nikon O created O some O of O the O first O digital B-Device SLRs I-Device ( O DSLRs B-Device , O Nikon B-Algorithm NASA I-Algorithm F4 I-Algorithm ) O for O NASA O , O used O in O the O Space O Shuttle O since O 1991 O . O It O appears O as O a O discharge O following O the O p B-Algorithm wave I-Algorithm but O prior O to O the O QRS B-Algorithm which O is O commonly O widened O . O In O fixed-point O systems O , O a O position O in O the O string O is O specified O for O the O radix B-Algorithm point I-Algorithm . O Whenever O the O fractional O part O is O 0.5 O , O alternate O rounding B-Algorithm up O or O down O : O for O the O first O occurrence O of O a O 0.5 O fractional O part O , O round O up O , O for O the O second O occurrence O , O round O down O , O and O so O on O . O The O module O has O a O unique O configuration O with O 8 O connectors O on O the O substrate O ( O OTF O ) O for O symmetric O multiprocessing O ( O SMP O ) O cables O directly O connecting O other O Power10 B-Operating_System SCM B-Algorithm modules O . O Let O be O a O finitely O generated O group O , O with O the O discrete O topology B-Algorithm . O C B-Algorithm mount I-Algorithm was O found O on O Filmo O 70 O cameras O with O serial O numbers O 54090 O and O higher O , O probably O from O about O 1926 O . O Boltzmann B-Algorithm machine I-Algorithm training O involves O two O alternating O phases O . O In O 2 O dimensions O , O the O best O known O kinetic B-Data_Structure smallest I-Data_Structure enclosing I-Data_Structure disk I-Data_Structure data O structure O uses O the O farthest O point O delaunay B-Algorithm triangulation I-Algorithm of O the O point O set O to O maintain O the O smallest O enclosing O disk O . O Expression B-Application templates I-Application can O also O accelerate O C++ B-Language automatic B-Algorithm differentiation I-Algorithm implementations O , O as O demonstrated O in O the O Adept B-Language library I-Language . O Consequently O , O the O definition O of O an O absorbing B-Algorithm set I-Algorithm ( O given O below O ) O is O also O tied O to O this O topology O . O Walter O et O al O labeled O the O sustained O component O the O " O contingent B-Algorithm negative I-Algorithm variation I-Algorithm " O because O the O variation O of O the O negative O wave O was O contingent O on O the O statistical O relationship O between O the O warning O and O imperative O stimuli O . O For O reducing O either O salt B-Algorithm noise I-Algorithm or O pepper B-Algorithm noise I-Algorithm , O but O not O both O , O a O contraharmonic O mean O filter O can O be O effective O . O This O algorithm O presorts O n O points O in O each O of O k O dimensions O using O an O sort O such O as O Heapsort B-Application or O Mergesort B-Algorithm prior O to O building O the O tree B-Application . O Goerz B-Algorithm Minicord I-Algorithm is O a O 16mm O twin B-Algorithm lens I-Algorithm reflex I-Algorithm 16mm O subminiature O camera O made O by O C.P.Goerz O of O Austria O in O 1951 O . O A O hologram B-Algorithm is O made O by O superimposing O a O second O wavefront O ( O normally O called O the O reference B-Algorithm beam I-Algorithm ) O on O the O wavefront O of O interest O , O thereby O generating O an O interference O pattern O which O is O recorded O on O a O physical O medium O . O Here O is O an O example O that O illustrates O the O benefits O of O iterative B-Algorithm image B-Algorithm reconstruction I-Algorithm for O cardiac O MRI O . O SPSS B-Algorithm datasets O have O a O two-dimensional O table O structure O , O where O the O rows O typically O represent O cases O ( O such O as O individuals O or O households O ) O and O the O columns O represent O measurements O ( O such O as O age O , O sex O , O or O household O income O ) O . O It O featured O a O 7-megapixel O CCD B-Algorithm , O 15x O zoom O ( O 3x O optical O and O 5x O digital O ) O , O 4 O cm O macro O , O voice O recording O , O and O 30 O frame/s O MJPEG B-Application video O recording O . O Nearly O two O times O brighter O than O conventional O 3D B-Algorithm TVs I-Algorithm , O the O FPR O 3D B-Algorithm TV I-Algorithm produces O brighter O and O clearer O pictures O with O 3D B-Algorithm Light O Boost O , O a O thin O film O covering O the O screen O that O enhances O brightness O in O 3D B-Algorithm . O Market B-Algorithm basket I-Algorithm analysis I-Algorithm can O be O used O to O divide B-Algorithm customers I-Algorithm into I-Algorithm groups I-Algorithm . O Parallelization O of O a O Monte B-Algorithm Carlo I-Algorithm method I-Algorithm to O sort O action O potentials O : O improving O a O tool O for O basic O research O in O neuroscience O and O diagnosis O of O neuromuscular O diseases O . O Further O , O non-parallel O , O non-concurrent O algorithms O are O often O referred O to O as O " O sequential B-Algorithm algorithms I-Algorithm " O , O by O contrast O with O concurrent B-Architecture algorithms I-Architecture . O Increases O in O oscillatory B-Algorithm activity I-Algorithm are O therefore O often O referred O to O as O event-related O synchronization O , O while O decreases O are O referred O to O as O event-related O desynchronization O . O The O Zak B-Algorithm transform I-Algorithm has O been O successfully O used O in O physics O in O quantum O field O theory O , O in O electrical O engineering O in O time-frequency O representation O of O signals O , O and O in O digital O data O transmission O . O Searching O a O in O a O trie B-General_Concept is O guided O by O the O characters O in O the O search B-Algorithm string I-Algorithm key O , O as O each O node O in O the O trie B-General_Concept contains O a O corresponding O link O to O each O possible O character O in O the O given O string O . O CAVLC B-Algorithm requires O considerably O less O processing O to O decode O than O CABAC O , O although O it O does O not O compress O the O data O quite O as O effectively O . O Wavelet B-Algorithm packet I-Algorithm bases O are O designed O by O dividing O the O frequency O axis O in O intervals O of O varying O sizes O . O BLAKE O made O it O to O the O final O round O consisting O of O five O candidates O but O lost O to O Keccak B-Algorithm in O 2012 O , O which O was O selected O for O the O SHA-3 B-Algorithm algorithm O . O sk O is O a O reflection B-Algorithm across O a O line O that O makes O an O angle O of O with O the O x-axis O . O For O example O , O the O structuring B-Algorithm element I-Algorithm can O be O a O " O ball O " O or O a O line O ; O convex O or O a O ring O , O etc O . O A O password B-Algorithm hash I-Algorithm requires O the O use O of O a O large O random O , O non-secret O salt O value O which O can O be O stored O with O the O password B-Algorithm hash I-Algorithm . O As O in O the O continuum B-Algorithm limit I-Algorithm , O the O eigenfunction O of O also O happens O to O be O an O exponential O , O Function B-Application composition I-Application therefore O is O a O useful O notion O only O when O the O codomain B-Algorithm of O the O function O on O the O right O side O of O a O composition O ( O not O its O image O , O which O is O a O consequence O of O the O function O and O could O be O unknown O at O the O level O of O the O composition O ) O is O a O subset O of O the O domain B-Algorithm of O the O function O on O the O left O side O . O The O deterministic O algorithm O emulates O the O randomized B-Algorithm rounding I-Algorithm scheme O : O These O data O led O the O experimenters O to O believe O the O N2pc B-Algorithm corresponds O to O a O filtering O process O that O occurs O whenever O people O focus O attention O on O one O object O while O ignoring O others O . O On O 2 O September O 2018 O the O Hi-Res O Wireless O Audio O ( O HWA O ) O Union O was O formed O to O promote O LHDC B-Algorithm adoption O . O SOI B-Algorithm MOSFET I-Algorithm devices O are O adapted O for O use O by O the O computer O industry O . O C++ B-Language generated O , O GNU B-License GPL I-License Parsec B-Language LL B-Language , O backtracking B-Algorithm Haskell B-Language Haskell B-Language none O , O BSD B-Operating_System Parse::Yapp O LALR(1 ) O ? O The O previous O hash B-Algorithm value O ( O ) O is O fed O as O the O key O to O the O block O cipher O . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O Enhanced O Intel B-Device SpeedStep I-Device Technology O ( O EIST B-Device ) O , O Intel O 64 O , O XD B-General_Concept bit I-General_Concept ( O an O NX B-General_Concept bit I-General_Concept implementation O ) O , O TXT B-Device , O Intel O VT-x O , O Intel O VT-d O , O Hyper-threading B-Operating_System , O Turbo B-Device Boost I-Device , O AES-NI B-Algorithm , O Smart O Cache O . O The O RANSAC B-Algorithm algorithm O has O found O many O applications O in O computer O vision O , O including O the O simultaneous O solving O of O the O correspondence B-Algorithm problem I-Algorithm and O the O estimation O of O the O fundamental O matrix O related O to O a O pair O of O stereo O cameras O . O Numerous O authors O have O warned O against O the O affordances O of O a O new O technological O infrastructure O that O could O emerge O on O the O basis O of O semi-autonomic O profiling B-Algorithm technologies O . O When O filter B-Algorithm bubbles I-Algorithm are O in O place O , O they O can O create O specific O moments O that O scientists O call O ' O Whoa O ' O moments O . O On O the O other O hand O , O alternating B-Algorithm phase-shift I-Algorithm masks I-Algorithm are O more O difficult O to O manufacture O and O this O has O slowed O their O adoption O , O but O their O use O is O becoming O more O widespread O . O Social O information O filtering O , O or O collaborative B-Algorithm filtering I-Algorithm , O as O we O saw O earlier O , O is O a O process O benefitting O from O other O users O ' O actions O in O the O past O ; O thus O , O it O falls O under O asynchronous O and O mostly O remote O domain O . O The O method O of O Statistical O Region O Merging O ( O SRM O ) O starts O by O building O the O graph B-Application of O pixels B-Algorithm using O 4-connectedness O with O edges O weighted O by O the O absolute O value O of O the O intensity O difference O . O That O means O the O solution O to O the O dual O ( O minimization O ) O problem O is O always O greater O than O or O equal O to O the O solution O to O an O associated O primal B-Algorithm problem I-Algorithm . O A O compact O Mac B-Device , O the O Plus O has O a O 512 O × O 342 O pixel B-Algorithm monochrome O display O with O a O resolution O of O 72PPI O , O identical O to O that O of O previous O Macintosh B-Device models O . O It O was O the O first O holonovel B-Algorithm to O be O featured O in O the O series O . O The O burst B-Algorithm suppression I-Algorithm ratio O measures O the O amount O of O time O within O an O interval O spent O in O the O suppressed O state O . O The O foreground O select O tool O is O an O implementation O of O Simple B-Algorithm interactive I-Algorithm object I-Algorithm extraction I-Algorithm ( O SIOX O ) O , O a O method O used O to O perform O the O extraction O of O foreground O elements O , O such O as O a O person O or O a O tree O in O focus O . O There O are O many O tools O that O can O be O used O for O editing B-Application images I-Application in O GIMP O . O Any O suitable O low-pass B-Algorithm filter I-Algorithm can O be O used O including O FIR O , O IIR O and O CIC O filters O . O Differences O compared O to O the O 1300D B-Algorithm : O The O voted O perceptron B-Algorithm algorithm I-Algorithm of O Freund O and O Schapire O also O extends O to O the O kernelized O case O , O giving O generalization O bounds O comparable O to O the O kernel O SVM B-Algorithm . O Granger B-General_Concept causality I-General_Concept has O been O applied O to O fMRI B-Algorithm data O . O Compute O a O min-cost O fractional O set B-Algorithm cover I-Algorithm ( O an O optimal O solution O to O the O LP B-Algorithm relaxation I-Algorithm ) O . O Ailments O include O fungus O infection O , O Vitamin O E O deficiency O , O ear O inflammation O , O mold O infection O , O rabbit B-Algorithm flu O , O lung O infection O , O corneal O injury O , O liver O infection O , O sunburn O , O asthma O , O and O tonsil O infections O . O An O EdDSA B-Algorithm signature O scheme O is O a O choice O : O The O variations O of O solitaire B-Algorithm in O the O game O include O : O Klondike B-Language , O FreeCell B-Application , O Golf O , O Cruel B-Application , O Pyramid O , O Stonewall O , O Doze O n't O Matter O , O Aces O Up O , O Florentine O , O Poker O , O Canfield O and O Scorpion O . O If O , O for O , O is O odd O , O then O the O subset O of O the O first O elements O will O be O rotated O after O performing O Heap B-Algorithm 's I-Algorithm Algorithm I-Algorithm on O the O first O elements O . O This O feature O is O indicated O by O a O Lens O Type O Signal O notch O in O the O lens B-Algorithm mount I-Algorithm . O AI-S O lenses O with O a O focal O length O of O 135mm O or O longer O are O indicated O by O a O ridge O on O the O lens B-Algorithm mount I-Algorithm , O used O by O FA O and O F-501 B-Algorithm to O engage O high-speed-biased O Program O Autoexposure O . O To O date O , O the O latter O is O used O in O the O spectrum B-Algorithm auctions I-Algorithm . O Since O then O , O newer O versions O of O the O codec B-General_Concept have O been O released O , O but O the O decoding O process O remained O the O same O , O ensuring O compatibility O between O codec B-General_Concept versions O . O WMA O is O a O lossy B-Algorithm audio B-Algorithm codec I-Algorithm based O on O the O study O of O psychoacoustics O . O It O is O a O problem O used O in O evolutionary O computation O and O genetic B-Algorithm programming I-Algorithm . O This O can O be O used O as O equivalent O signal O to O be O later O frequency-converted O to O a O carrier O frequency O , O or O for O direct O communication O in O baseband B-Algorithm . O In O computer B-General_Concept science I-General_Concept and O operations O research O , O Genetic B-General_Concept fuzzy I-General_Concept systems I-General_Concept are O fuzzy B-General_Concept systems I-General_Concept constructed O by O using O genetic B-Algorithm algorithms I-Algorithm or O genetic O programming O , O which O mimic O the O process O of O natural O evolution O , O to O identify O its O structure O and O parameter O . O For O both O choices O , O the O optimization O problem O is O in O the O form O of O an O unconstrained O linear B-Algorithm least-squares I-Algorithm problem O , O which O can O be O solved O by O standard O methods O including O QR O decomposition O and O singular O value O decomposition O , O possibly O including O regularization O techniques O to O deal O with O rank O deficiencies O and O conditioning B-Algorithm issues O in O the O optimization O problem O . O modify O splaysort B-Algorithm to O be O more O strongly O adaptive B-Algorithm to O the O number O of O contiguous O monotone O subsequences O in O the O input O , O and O report O on O experiments O showing O that O the O resulting O algorithm O is O faster O on O inputs O that O are O nearly O presorted O according O to O this O measure O . O Edward O Epstein O recognized O in O 1969 O that O the O atmosphere O could O not O be O completely O described O with O a O single O forecast O run O due O to O inherent O uncertainty O , O and O proposed O using O an O ensemble O of O stochastic O Monte B-Algorithm Carlo I-Algorithm simulations I-Algorithm to O produce O means O and O variances O for O the O state O of O the O atmosphere O . O The O join O , O for O example O , O is O logically O the O same O , O although O it O can O be O implemented O by O different O algorithms O like O a O Nested B-Algorithm loop I-Algorithm join I-Algorithm or O a O Sort-merge B-Algorithm join I-Algorithm . O Volumetric B-Algorithm 3D I-Algorithm displays I-Algorithm are O technically O not O autostereoscopic B-Algorithm , O even O though O they O create O three-dimensional O imagery O visible O to O the O unaided O eye O . O Brand O Model O Release O or O announcement O date O Optical O zoom O ratio O Focal O length O and O its O 35mm O equivalent O in O mm O Sensor B-Algorithm size I-Algorithm , O type O and O resolution O f-number O ( O aperture O ) O and O its O 35mm O equivalent O Video O capabilities O Image O stabilization O method O Burst O speed O Availability O of O raw B-Application image I-Application format I-Application Hot O shoe O Filter O thread O Notes O Canon O PowerShot O SX70 O HS O 2017-09-20 O 65x O 4.3 O – O 247 O mm O ( O 21 O – O 1365 O mm O ) O 20 O megapixels1/2.3 O " O BSI-CMOS O 3.4 O – O 5.6 O ( O 19.2 O – O 31.6 O ) O 2160p30 O , O 1080p60 O , O stereo O audio O Lens O 10 O fps O No O No O Yes O ( O 58 O mm O ) O Wi-Fi O , O Bluetooth B-Protocol , O articulating O display O Canon O PowerShot O SX420 O IS O 2016-01-05 O 42x O 4.3 O – O 180.6 O mm O ( O 24 O – O 1008 O mm O ) O 20 O megapixels1/2.3 O " O CCD O 3.5 O – O 6.6 O ( O 19.8 O – O 37.2 O ) O 720p25 O , O monaural O audio O Lens O 0.5 O fps O No O No O No O Wi-Fi O , O NFC O , O fixed O display O , O no O viewfinder O Canon O PowerShot O SX730 O HS O 2017-04-06 O 40x O 4.3 O – O 172 O mm O ( O 24 O – O 960 O mm O ) O 21 O megapixels1/2.3 O " O BSI-CMOS O 3.3 O – O 6.9 O ( O 18.5 O – O 38.6 O ) O 1080p60 O Lens O 5.9 O fps O No O No O No O Wi-Fi O , O NFC O , O Bluetooth B-Protocol , O articulating O display O Canon B-Algorithm PowerShot I-Algorithm SX60 I-Algorithm HS I-Algorithm 2014-10 O 65x O 3.8 O – O 247 O mm O ( O 21 O – O 1365 O mm O ) O 16.1 O megapixel1/2.3 O " O BSI-CMOS O 3.4 O – O 6.5 O ( 19 O – O 34.4 O ) O 1080p60 O with O stereo O audio O , O 640x480 O at O 120fps O , O 320x240 O at O 240 O fps O Lens O 6.4 O fps O ( O locked O AF O ) O Yes O Yes O Yes O ( O with O adapter O ) O Wi-Fi O , O NFC O , O external O mic O port O with O manual O audio O level O controls O , O articulating O display O Canon B-Algorithm PowerShot I-Algorithm SX50 I-Algorithm HS I-Algorithm 2012-09-17 O 50x O 4.3 O – O 215 O mm O ( O 24 O – O 1200 O mm O ) O 12 O megapixels1/2.3 O " O BSI-CMOS O 3.4 O – O 6.5 O ( 19 O – O 34.4 O ) O 1080p24 O with O stereo O audio O Lens O 13 O fps O ( O locked O focus O ) O 4.1 O fps O with O continuous O autofocus O Yes O Yes O Yes O Articulating O display O Canon B-Algorithm PowerShot I-Algorithm SX520 I-Algorithm HS I-Algorithm 2014-07-29 O 42x O 4.3 O – O 180.6 O mm O ( O 24 O – O 1008 O mm O ) O 16.0 O megapixels1/2.3 O " O BSI-CMOS O 3.4 O – O 6.0 O ( 19 O – O 33.6 O ) O 1080p30 O with O stereo O audio O Lens O 10 O fps O ( O locked O focus O ) O 1.6 O fps O with O continuous O autofocus O No O No O No O No O viewfinder O , O fixed O display O FujiFilm O FinePix O S1 O 2014-01-06 O 50x O 4.3 O – O 215 O mm O ( O 24 O – O 1200 O mm O ) O 16 O megapixels1/2.3 O " O BSI-CMOS O 2.8 O – O 5.6 O ( O 15.7 O – O 34.4 O ) O 1080p60 O with O stereo O audio O , O slow-motion O video O with O reduced O resolution O up O to O 120-480 O fps O Sensor O 10 O fps O Yes O Yes O Yes O ( O with O adapter O ) O Wi-Fi O , O articulating O display O , O " O weather O resistance O " O FujiFilm O FinePix O S9900W O 2015-01-15 O 50x O 4.3 O – O 215 O mm O ( O 24 O – O 1200 O mm O ) O 16 O megapixels1/2.3 O " O BSI-CMOS O 2.9 O – O 6.5 O ( O 16.2 O – O 36.4 O ) O 1080i60 O with O stereo O audio O , O reduced O resolution O slow-motion O up O to O 120 O fps O Lens O and O electronic O 10 O fps O No O No O No O ND O filter O , O Wi-Fi O , O some O video O editing O features O FujiFilm O FinePix O S9400W O 2014-01-06 O 50x O 4.3 O – O 215 O mm O ( O 24 O – O 1200 O mm O ) O 16 O megapixels1/2.3 O " O BSI-CMOS O 2.9 O – O 6.5 O ( O 16.2 O – O 36.4 O ) O 1080i60 O with O stereo O audio O Lens O 10 O fps O ( O maximum O 10 O frames O ) O No O No O No O Wi-Fi O FujiFilm O FinePix O S9200 O 2014-01-06 O 50x O 4.3 O – O 215 O mm O ( O 24 O – O 1200 O mm O ) O 16 O megapixels1/2.3 O " O BSI-CMOS O 2.9 O – O 6.5 O ( O 16.2 O – O 36.4 O ) O 1080i60 O with O stereo O audio O Lens O 10 O fps O ( O maximum O 10 O frames O ) O No O No O No O FujiFilm O FinePix O SL O 1000 O 2013-01-07 O 50x O 4.3 O – O 215 O mm O ( O 24 O – O 1200 O mm O ) O 16 O megapixels1/2.3 O " O BSI-CMOS O 2.9 O – O 5.6 O ( O 16.2 O – O 31.4 O ) O 1080i60 O with O stereo O audio O , O slow O motion O videos O with O reduced O resolution O Lens O 10 O fps O Yes O Yes O No O Articulating O display O FujiFilm O FinePix O S8500 O 2013-01-07 O 46x O 4.3 O – O 198 O ( O 24 O – O 1104 O mm O ) O 16.2 O megapixels1/2.3 O " O BSI-CMOS O 2.9 O – O 6.6 O ( O 16.2 O – O 37 O ) O 1080i60 O with O stereo O audio O , O slow-motion O video O with O reduced O resolution O up O to O 120-480 O fps O Lens O 10 O fps O No O No O No O Some O built-in O video O editing O capabilities O FujiFilm O FinePix O S8400W O 2013-03-22 O 44x O 4.3 O – O 198 O ( O 24 O – O 1104 O mm O ) O 16.2 O megapixels1/2.3 O " O BSI-CMOS O 2.9 O – O 6.5 O ( O 16.2 O – O 36.4 O ) O 1080i60 O with O stereo O audio O Lens O 10 O fps O No O No O No O Wi-Fi O FujiFilm O FinePix O HS50 O EXR O 2013-01-07 O 42x O 4.4 O – O 185 O mm O ( O 24 O – O 1000 O mm O ) O 16 O megapixels1/2 O " O EXRCMOS O 2.8 O – O 5.6 O ( O 15.1 O – O 30.7 O ) O 1080p60 O with O stereo O audio O , O reduced O resolution O slow-motion O video O up O to O 120/240/480 O fps O without O audio O Lens O 11 O fps O Yes O Yes O Yes O ( O 58 O mm O ) O Articulating O display O Kodak O Pixpro O Astro O Zoom O AZ401 O 2017-01-05 O 40x O 4.3 O – O 172 O mm O ( O 24 O – O 960 O mm O ) O 16.15 O megapixels O 1/2.3 O " O CCD O 3 O – O 6.8 O ( O 16.9 O – O 38.4 O ) O 720p30 O with O stereo O audio O Lens O ? O Multiple O sequence B-Algorithm alignments I-Algorithm are O computationally O difficult O to O produce O and O most O formulations O of O the O problem O lead O to O NP-complete O combinatorial O optimization O problems O . O The O process O requires O , O as O in O the O first O class O of O hyper-heuristics B-Algorithm , O the O selection O of O a O suitable O set O of O heuristics B-Algorithm known O to O be O useful O in O solving O the O target O problem O . O The O KM O , O the O cheapest O of O the O original O three O cameras O , O was O almost O identical O to O the O Spotmatic B-Algorithm F O except O for O the O K B-Algorithm mount I-Algorithm and O the O top O plate O cosmetics O . O When O the O radiopharmaceutical B-Algorithm undergoes O beta O plus O decay O , O a O positron O is O emitted O , O and O when O the O positron O collides O with O an O ordinary O electron O , O the O two O particles O annihilate O and O gamma O rays O are O emitted O . O In O relational B-Algorithm algebra I-Algorithm the O aggregation O operation O over O a O schema O ( O A1 O , O A2 O , O ... O An O ) O is O written O as O follows O : O Gift B-Algorithm wrapping I-Algorithm , O a.k.a. O Structured B-Algorithm Sparsity I-Algorithm regularization I-Algorithm can O be O applied O in O the O context O of O multiple B-Algorithm kernel I-Algorithm learning I-Algorithm . O The O characteristics O of O autoencoders B-Algorithm are O useful O in O image O processing O . O Entire O custom O applications O can O be O developed O on O top O of O the O FEMtools B-Algorithm framework O . O It O supports O a O range O of O peripherals O like O mouse O , O keyboard O , O wheels O , O gamepads O , O triple-displays O , O TrackIR B-Operating_System head B-Application tracking I-Application and O VR B-Application head-mounted O displays O as O well O as O Nvidia B-Algorithm 3D I-Algorithm Vision I-Algorithm and O professional O motion O systems O . O no O back B-Algorithm propagation I-Algorithm . O The O pixel B-Algorithm shift I-Algorithm mode O takes O a O sequence O of O 4 O shots O between O which O the O sensor O is O shifted O by O 1 O pixel O . O Pentax B-Algorithm K-3 I-Algorithm II I-Algorithm : O contains O a O 24.3 O Mpixel O sensor O . O When O an O ectopic B-Algorithm pacemaker I-Algorithm initiates O a O beat O , O premature O contraction O occurs O . O All O subsequent O NASA O missions O also O had O Hasselblad B-Algorithm cameras O on O board O . O Material B-Algorithm point I-Algorithm methods I-Algorithm are O widely O used O in O the O movie O industry O to O simulate O large O deformation O solid O mechanics O , O such O as O snow O in O the O movie O Frozen O . O In O any O TVS O , O the O closure O of O a O totally O bounded B-Algorithm subset I-Algorithm is O again O totally O bounded B-Algorithm . O The O following O listing O , O in O C B-Language notation O , O is O a O simplified O version O of O the O Balanced B-Algorithm Histogram I-Algorithm Thresholding I-Algorithm method O : O The O idea O of O gradient B-Algorithm boosting I-Algorithm originated O in O the O observation O by O Leo O Breiman O that O boosting B-Algorithm can O be O interpreted O as O an O optimization O algorithm O on O a O suitable O cost O function O . O The O security O of O Poly1305 B-Algorithm and O its O derivatives O against O forgery O follows O from O its O bounded O difference O probability O as O a O universal B-Algorithm hash I-Algorithm family I-Algorithm : O MPEG-2 B-Algorithm Audio O ( O MPEG-2 B-Algorithm Part O 3 O ) O should O not O be O confused O with O MPEG-2 B-Application AAC I-Application ( O MPEG-2 B-Application Part I-Application 7 I-Application – O ISO/IEC B-Algorithm 13818-7 I-Algorithm ) O . O Spatial B-Algorithm embedding I-Algorithm is O one O of O feature B-General_Concept learning I-General_Concept techniques O used O in O spatial O analysis O where O points O , O lines O , O polygons B-General_Concept or O other O spatial B-General_Concept data I-General_Concept types O . O The O phone O has O a O 6.44-inch O 90Hz O ( O refresh O rate O ) O 20:9 O aspect B-General_Concept ratio I-General_Concept , O Fluid O AMOLED B-Algorithm , O 2400 O x O 1080 O pixels O resolution O ( O Full O HD+ O 2.592 O megapixels O at O 408 O ppi B-Algorithm ) O , O HDR10/HDR10 O + O /HLG O , O Gorilla O Glass O 5 O , O and O 180Hz O touch O response O rate O display O with O sRGB O and O DCI-P3 O support O . O Instead O of O a O television O camera O that O took O pictures O , O a O flying B-Algorithm spot I-Algorithm scanner I-Algorithm projected O a O bright O spot O of O light O that O scanned O rapidly O across O the O subject O scene O in O a O raster O pattern O , O in O a O darkened O studio O . O , O period-1 O orbit B-Algorithm . O DDS O has O several O subsidiaries O , O among O them O DDS B-Algorithm Building I-Algorithm Innovation I-Algorithm AS O and O Data B-Algorithm Design I-Algorithm System I-Algorithm GmbH O . O ( O 1965 O ) O , O subsequent O research O further O manipulated O stimulus O uncertainty O in O an O attempt O to O elicit O a O more O robust O N200 B-Algorithm . O Rolleimatic B-Algorithm compact B-Algorithm camera I-Algorithm with O unique O film O transport O mechanism O . O Rolleiflex B-Algorithm SL2000 O F O ( O and O 3003 O ) O SLR B-Algorithm — O unique O 35mm O system O SLRs B-Algorithm with O interchangeable O magazines O , O Carl O Zeiss O lenses O , O both O waist O level O & O eye O level O finders O , O and O motorized O film O advance O . O Rolleiflex B-Algorithm SL35 I-Algorithm range O — O 35mm O SLRs B-Algorithm produced O from O 1970 O until O the O late O 1980s O , O using O Carl O Zeiss O optics O . O Due O to O its O declarative O nature O , O the O order O in O a O sequence O of O unifications B-Algorithm is O ( O usually O ) O unimportant O . O In O human O use O for O diagnostic O purposes O , O long-term B-Algorithm video-EEG I-Algorithm monitoring I-Algorithm is O a O relatively O safe O procedure O compared O to O other O invasive O brain-monitoring O techniques O . O The O Fourier B-Algorithm transformation I-Algorithm concept O was O first O introduced O by O Brown O and O Lohmann O with O the O detour O phase O method O leading O to O cell O oriented O holograms B-Algorithm . O Text O encoding B-Algorithm uses O a O markup O language O to O tag O the O structure O and O other O features O of O a O text O to O facilitate O processing O by O computers O . O Amlogic B-Architecture Inc O . O ( O sometimes O stylized O AMLogic B-Architecture ) O is O a O fabless B-Algorithm semiconductor I-Algorithm company I-Algorithm that O was O founded O on O March O 14 O , O 1995 O in O Santa O Clara O , O California O and O is O predominantly O focused O on O designing O and O selling O system B-Architecture on I-Architecture a I-Architecture chip I-Architecture integrated O circuits O . O Throughout O the O lifetime O of O UE3 O , O significant O updates O were O incorporated O , O including O improved O destructible O environments O , O soft O body O dynamics O , O large O crowd O simulation O , O iOS B-Application functionality O , O Steamworks O integration O , O a O real-time O global B-Algorithm illumination I-Algorithm solution O , O and O stereoscopic O 3D O on O Xbox B-Device 360 O via O TriOviz O for O Games O Technology O . O DirectX B-Application 11 I-Application support O was O demonstrated O with O the O Samaritan O demo O , O which O was O unveiled O at O the O 2011 O Game O Developers O Conference O and O built O by O Epic O Games O in O a O close O partnership O with O Nvidia O , O with O engineers O working O around O the O country O to O push O real-time O graphics O to O a O new O high O point O . O The O main O trade O offs O between O these O methods O are O that O linear B-Algorithm probing I-Algorithm has O the O best O cache B-General_Concept performance I-General_Concept but O is O most O sensitive O to O clustering O , O while O double B-Algorithm hashing I-Algorithm has O poor O cache B-General_Concept performance I-General_Concept but O exhibits O virtually O no O clustering O ; O quadratic B-Algorithm probing I-Algorithm falls O in-between O in O both O areas O . O Rather O than O merging O and O directly O as O with O traditional O methods O , O a O block-based O merge B-Algorithm algorithm I-Algorithm divides O into O discrete O blocks O of O size O ( O resulting O in O number O of O blocks O as O well O ) O , O inserts O each O block O into O such O that O the O first O value O of O each O block O is O less O than O or O equal O ( ≤ O ) O to O the O value O immediately O after O it O , O then O locally O merges O each O block O with O any O values O between O it O and O the O next O block O . O Also O notable O by O their O absence O were O built-in O flash O and O a O variety O of O automatic O modes O , O though O the O backward O lens O compatibility O extends O to O nearly O the O entirety O of O the O Nikon B-Algorithm lineup O since O 1959 O . O Neurons O are O constantly O exchanging O ions O with O the O extracellular O milieu O , O for O example O to O maintain O resting O potential O and O to O propagate O action B-Algorithm potentials I-Algorithm . O After O the O bucket B-Algorithm has O been O sorted O , O move O the O upper O half O of O the O pixels B-Algorithm into O a O new O bucket B-Algorithm . O The O incremental O method O with O reduced O rounding B-Algorithm errors I-Algorithm can O also O be O applied O , O with O some O additional O complexity O . O The O term O standard B-General_Concept deviation I-General_Concept was O first O used O in O writing O by O Karl O Pearson O in O 1894 O , O following O his O use O of O it O in O lectures O . O This O method O is O widely O used O for O normalization O in O many O machine O learning O algorithms O ( O e.g. O , O support B-Algorithm vector I-Algorithm machines I-Algorithm , O logistic O regression O , O and O artificial B-Architecture neural I-Architecture networks I-Architecture ) O . O The O proof O that O these O problems O are O hard O involves O a O reduction B-Algorithm from O quantified O Boolean O formulas O , O based O on O the O logical O interpretation O of O and/or O constraint O graphs O . O Large O monolithic O RF B-Algorithm MEMS I-Algorithm filters O , O phase B-Algorithm shifters I-Algorithm , O and O tunable O matching O networks O require O single O chip O packaging B-Algorithm . O The O FLP O code O indicates O that O this O lens O is O exclusively O to O be O used O on O Pellix B-Algorithm camera O . O The O D40x B-Algorithm ( O released O March O 6 O , O 2007 O ) O has O a O 10-megapixel O maximum O resolution O , O up O from O 6 O megapixels O of O the O D40 O and O D50 B-Algorithm . O Primality B-Algorithm testing I-Algorithm is O a O field O that O has O been O around O since O the O time O of O Fermat B-Language , O in O whose O time O most O algorithms O were O based O on O factoring O , O which O become O unwieldy O with O large O input O ; O modern O algorithms O treat O the O problems O of O determining O whether O a O number O is O prime O and O what O its O factors O are O separately O . O 10 O ml O of O contrast B-Application is O usually O injected O during O cystoscopy B-Algorithm , O which O is O where O a O flexible O tube O is O inserted O into O the O bladder O and O to O the O lower O part O of O the O ureter O . O Fluoroscopy O , O or O dynamic O X-rays B-Library , O is O typically O used O for O visualization O . O Under O reverse O bias O ( O applying O a O negative O voltage O to O the O P-side O with O respect O to O the O N-side O ) O , O the O potential O drop O ( O i.e. O , O voltage O ) O across O the O depletion B-Algorithm region I-Algorithm increases O . O This O improves O autofocus O performance O and O enables O 4K B-Architecture video I-Architecture recording O at O 60 O fps O . O The O electronic B-Algorithm viewfinder I-Algorithm refresh O rate O and O blackout O time O is O improved O from O the O Z B-Algorithm 7 I-Algorithm . O The O form O of O the O recurrences O describing O the O Somos B-Algorithm sequences I-Algorithm involves O divisions O , O making O it O appear O likely O that O the O sequences O defined O by O these O recurrence O will O contain O fractional O values O . O In O January O 2020 O , O EAGLE B-Language 9.5.2 O was O discontinued O as O a O standalone O product O and O is O only O licensed O to O users O as O a O bundled O item O with O an O Autodesk B-Algorithm Fusion I-Algorithm 360 I-Algorithm subscription O . O For O comparison O , O the O former O ( O no O longer O obtainable O ) O perpetual B-License licensing I-License scheme I-License for O EAGLE B-Language 7.x.x O with O costs O referring O to O the O 2016 O prices O for O a O single-user O license O : O Locality-sensitive B-Algorithm hashing I-Algorithm is O then O applied O to O these O feature O vectors O using O the O p-stable O distribution O scheme O . O TurboCAD B-Algorithm was O released O around O the O same O time O as O Generic O CADD B-Application in O the O United O States O . O The O Minolta O 7000 O was O the O first O successful O auto O focus O SLR B-Algorithm using O a O motor O integrated O in O the O camera O body O . O A O variant O of O the O Gram B-Algorithm – I-Algorithm Schmidt I-Algorithm process I-Algorithm using O transfinite O recursion O applied O to O a O ( O possibly O uncountably O ) O infinite O sequence O of O vectors O yields O a O set O of O orthonormal B-Algorithm vectors I-Algorithm with O such O that O for O any O , O the O completion O of O the O span O of O is O the O same O as O that O of O In O particular O , O when O applied O to O a O ( O algebraic O ) O basis O of O a O Hilbert O space O ( O or O , O more O generally O , O a O basis O of O any O dense O subspace O ) O , O it O yields O a O ( O functional-analytic O ) O orthonormal B-Algorithm basis O . O Since O the O buckets O are O sorted O concurrently O , O the O processors O will O complete O the O sorting B-Algorithm at O approximately O the O same O time O , O thus O not O having O a O processor O wait O for O others O . O Its O practice O as O a O folk O art O waned O during O the O twentieth O century O and O sprang B-Algorithm traditions O have O disappeared O in O most O locales O . O IUoU B-Algorithm battery I-Algorithm charging I-Algorithm is O a O three-stage O charging O procedure O for O lead B-Device – I-Device acid I-Device batteries I-Device . O For O this O reason O , O weak B-Algorithm truth I-Algorithm table I-Algorithm reductions I-Algorithm are O sometimes O called O " O bounded O Turing O " O reductions O . O Conversica B-Algorithm is O a O US-based O cloud O software O technology O company O , O headquartered O in O Silicon O Valley O , O ( O Foster O City O , O California O ) O that O provides O AI-driven B-Application lead O engagement O software O for O marketing O and O sales O organizations O and O a O suite O of O Intelligent B-Protocol Virtual I-Protocol Assistants I-Protocol for O businesses O . O If O the O foreground O pixel B-Algorithm has O the O components O , O and O the O background O has O , O the O resultant O pixel B-Algorithm is O : O This O concept O is O of O considerable O importance O in O functional B-Application analysis I-Application and O the O famous O open O mapping O theorem O gives O a O sufficient O condition O for O a O continuous O linear B-Architecture map I-Architecture between O Fréchet B-Algorithm spaces I-Algorithm to O be O a O topological B-Algorithm homomorphism I-Algorithm . O As O the O graph O is O directed O , O the O matrix B-Architecture is O not O necessarily O symmetric B-Algorithm . O Any O external O field O applied O to O a O perfect B-Algorithm conductor I-Algorithm will O have O no O effect O on O its O internal O field O configuration O . O It O does O so O by O use O of O a O recurrent B-Algorithm neural I-Algorithm network I-Algorithm ( O RNN O ) O or O more O often O LSTM B-Algorithm or O GRU B-Algorithm to O avoid O the O problem O of O vanishing B-Algorithm gradient I-Algorithm . O The O following O system O is O dramatically O affected O by O round-off O error O when O Gaussian B-Algorithm elimination I-Algorithm and O backwards O substitution O are O performed O . O This O phenomenon O was O overcome O by O encasing O the O pacemaker B-Algorithm generator O in O a O hermetically O sealed O metal O case O , O initially O by O Telectronics O of O Australia O in O 1969 O , O followed O by O Cardiac B-Algorithm Pacemakers I-Algorithm , I-Algorithm Inc I-Algorithm . I-Algorithm of O St. O Paul O , O Minnesota O in O 1972 O . O EMP O SP O ( O Extended O Mathematical O Programming O for O Stochastic B-Algorithm Programming I-Algorithm ) O - O a O module O of O GAMS B-Application created O to O facilitate O stochastic B-Algorithm programming I-Algorithm ( O includes O keywords O for O parametric O distributions O , O chance O constraints O and O risk O measures O such O as O Value O at O risk O and O Expected B-Algorithm shortfall I-Algorithm ) O . O Below O is O a O pseudocode B-Language example O of O this O algorithm O , O where O queue O represents O a O priority B-Application queue I-Application which O orders O nodes O based O on O their O heuristic B-Algorithm distances O from O the O goal O . O For O D* B-Algorithm , O it O is O important O to O distinguish O between O current O and O minimum O costs O . O Sophisticated O bounding B-Algorithm volumes I-Algorithm generally O allow O for O less O void O space O but O are O more O computationally O expensive O . O An O orthophotomosaic O is O a O raster B-Algorithm image I-Algorithm made O by O merging O orthophotos B-General_Concept — O aerial O or O satellite O photographs O which O have O been O transformed O to O correct O for O perspective O so O that O they O appear O to O have O been O taken O from O vertically O above O at O an O infinite O distance O . O LUC O is O a O public-key B-Application cryptosystem I-Application based O on O Lucas B-Algorithm sequences I-Algorithm that O implements O the O analogs O of O ElGamal B-Algorithm ( O LUCELG O ) O , O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O LUCDIF O ) O , O and O RSA B-Architecture ( O LUCRSA O ) O . O Variant O Gpcode.ak O writes O the O encrypted O file O to O a O new O location O , O and O deletes O the O unencrypted O file O , O and O this O allows O an O undeletion O utility O to O recover O some O of O the O files O . O Variant O Gpcode.am O uses O symmetric B-Algorithm encryption I-Algorithm , O which O made O key O recovery O very O easy O . O Conversely O , O volume O HOE O types O ( O ones O containing O multiple O layers O of O holographic B-Algorithm gratings O ) O are O more O efficient O since O there O is O more O control O on O the O direction O of O light O due O to O a O high O diffractive O efficiency O . O There O are O four O sources O of O uncertainty O regarding O predictions O obtained O in O this O manner O : O ( O 1 O ) O uncertainty O as O to O whether O the O autoregressive B-Algorithm model I-Algorithm is O the O correct O model O ; O ( O 2 O ) O uncertainty O about O the O accuracy O of O the O forecasted O values O that O are O used O as O lagged O values O in O the O right O side O of O the O autoregressive B-Algorithm equation O ; O ( O 3 O ) O uncertainty O about O the O true O values O of O the O autoregressive B-Algorithm coefficients O ; O and O ( O 4 O ) O uncertainty O about O the O value O of O the O error O term O for O the O period O being O predicted O . O Furthermore O , O the O derivative B-Algorithm is O a O linear B-Architecture transformation I-Architecture , O a O different O type O of O object O from O both O the O numerator O and O denominator O . O The O DSC-RX10 B-Algorithm II I-Algorithm , O marketed O in O July O 2015 O , O boasts O a O new O faster O sensor O generation O ( O Exmor O RS O ) O and O the O 4K B-Architecture video I-Architecture recording O equipment O . O However O , O these O two O methods O provide O the O same O set O of O splines B-Algorithm , O and O data O can O be O easily O converted O between O the O Bézier O and O Hermite O forms O ; O so O the O names O are O often O used O as O if O they O were O synonymous O . O hybrid B-Algorithm Kohonen I-Algorithm SOM I-Algorithm . O Bucket B-Algorithm sort I-Algorithm works O as O follows O : O Like O Zunow O , O Yashica O found O it O difficult O to O gain O market O acceptance O with O its O proprietary O SLR B-Algorithm lens B-Algorithm mount I-Algorithm , O and O redesigned O its O SLR B-Algorithm camera I-Algorithm line O in O 1962 O to O accept O the O Contax/Praktica O M42 B-Algorithm lens I-Algorithm mount I-Algorithm . O For O example O , O a O comparison O of O a O spreadsheet O cost O construction O model O run O using O traditional O " O what O if O " O scenarios O , O and O then O running O the O comparison O again O with O Monte B-Algorithm Carlo I-Algorithm simulation I-Algorithm and O triangular O probability O distributions O shows O that O the O Monte B-Algorithm Carlo I-Algorithm analysis I-Algorithm has O a O narrower O range O than O the O " O what O if O " O analysis O . O A O practical O common O example O of O Supranet B-Device is O photography O geotagging O , O as O it O can O be O done O in O Flickr B-Algorithm , O Panoramio B-Algorithm or O Picasa B-Application , O perhaps O ( O although O not O necessarily O ) O using O GPS-enabled O cameras O . O The O ring-imaging O Cherenkov O , O or O RICH O , O detector O is O a O device O for O identifying O the O type O of O an O electrically O charged O subatomic O particle O of O known O momentum B-Algorithm , O that O traverses O a O transparent O refractive O medium O , O by O measurement O of O the O presence O and O characteristics O of O the O Cherenkov O radiation O emitted O during O that O traversal O . O The O reflected O light O is O detected O by O a O photodiode O linear O array O ( O which O translates O angle O of O reflection O to O pixel B-Algorithm position O ) O and O the O resonance O ( O a O dip O in O the O reflectivity O at O a O specific O angle O of O incidence O ) O denotes O the O refractive O index O on O the O outer O surface O of O the O metal O film O . O respectively O , O the O convolution B-Algorithm operation I-Algorithm can O be O defined O as O the O inverse B-Algorithm Laplace I-Algorithm transform I-Algorithm of O the O product O of O and O . O The O system O is O a O variation O of O the O New B-Device Nintendo I-Device 3DS I-Device line O , O featuring O the O additional O hardware O features O and O software O compatibility O of O the O New B-Device Nintendo I-Device 3DS I-Device , O albeit O without O the O stereoscopic B-Algorithm 3D I-Algorithm functionality O , O updated O micro B-Device SD I-Device card I-Device placement O to O make O it O easier O to O remove O , O an O updated O home O button O and O cartridge O cover O similar O to O the O Nintendo B-Application Switch I-Application , O and O a O foldable O form O factor O . O The O applications O of O this O algorithm O are O mainly O concerned O with O medical B-Application visualizations I-Application such O as O CT O and O MRI B-Algorithm scan O data O images O , O and O special O effects O or O 3-D O modelling O with O what O is O usually O called O metaballs O or O other O metasurfaces O . O The O Fibonacci B-Algorithm word I-Algorithm fractal I-Algorithm is O a O fractal B-Algorithm curve I-Algorithm defined O on O the O plane O from O the O Fibonacci B-Algorithm word I-Algorithm . O The O interface O contains O two O 3-pin O XLR B-Device Connector I-Device inputs O , O which O are O controlled O by O a O pair O of O preamplifiers O inside O the O unit O , O offering O phantom B-Algorithm power I-Algorithm , O more O control O over O input O gain O levels O and O microphone O choice O , O and O input O metering O via O LED O meters O on O the O interface O . O A O permutation B-Algorithm polynomial I-Algorithm over O of O degree O at O most O is O exceptional O over O . O Stable B-General_Concept Diffusion I-General_Concept consists O of O 3 O parts O : O the O variational B-Algorithm autoencoder I-Algorithm ( O VAE O ) O , O U-Net B-Application , O and O an O optional O text O encoder O . O Lambda B-Language calculus I-Language ( O also O written O as O λ-calculus B-Language ) O is O a O formal O system O in O mathematical O logic O for O expressing O computation O based O on O function O abstraction B-Application and O application B-Algorithm using O variable O binding O and O substitution O . O Early O studies O highlighted O the O importance O of O envelope-based O temporal O patterning O in O perception O of O environmental O events O . O For O instance O , O Warren O & O Verbrugge O , O demonstrated O that O constructed O sounds O of O a O glass O bottle O dropped O on O the O floor O were O perceived O as O bouncing O when O high-energy O regions O in O four O different O frequency O bands O were O temporally O aligned O , O producing O amplitude B-Application peaks O in O the O envelope B-Algorithm . O It O is O often O necessary O for O the O collaborative B-Algorithm filtering I-Algorithm systems O to O introduce O precautions O to O discourage O such O manipulations O . O Since O by O definition O , O , O the O vector O of O all O ones O is O in O the O kernel B-Algorithm . O thumb|This O GIF O shows O the O progression O of O diffusion O , O as O solved O by O the O graph B-Algorithm laplacian I-Algorithm technique O . O Action B-Algorithm potentials I-Algorithm are O driven O by O channel O proteins O whose O configuration O switches O between O closed O and O open O states O as O a O function O of O the O voltage O difference O between O the O interior O and O exterior O of O the O cell O . O Tracks B-Application are O composed O using O pre-recorded O samples B-Algorithm , O with O 600 O on O the O Game B-Device Boy I-Device Advance I-Device version O and O 150 O for O the O Game B-Device Boy I-Device Color I-Device . O Parsing O a O number O , O for O example O , O can O require O five O function O calls O : O one O for O each O non-terminal B-Algorithm in O the O grammar O until O reaching O primary O . O An O alternative O method O for O improving O the O basic O form O of O the O Bron B-Algorithm – I-Algorithm Kerbosch I-Algorithm algorithm I-Algorithm involves O forgoing O pivoting O at O the O outermost O level O of O recursion O , O and O instead O choosing O the O ordering O of O the O recursive O calls O carefully O in O order O to O minimize O the O sizes O of O the O sets O of O candidate O vertices O within O each O recursive O call O . O The O correctness O of O a O divide-and-conquer O algorithm B-Algorithm is O usually O proved O by O mathematical B-Algorithm induction I-Algorithm , O and O its O computational O cost O is O often O determined O by O solving O recurrence O relations O . O It O can O record O raw B-Application , O CinemaDNG O , O Apple B-Algorithm ProRes I-Algorithm and O Avid O DNxHD O onto O 2.5K O and O 1080p O resolutions O , O as O well O as O lossless B-Algorithm 2.5K O raw B-Application , O in O 23.98 O , O 24 O , O 25 O , O 29.97 O and O 30 O fps O . O The O damaged O CCD B-Algorithm displays O purple O or O blueish O , O distorted O or O possibly O no O image O at O all O . O The O built-in O pseudorandom B-Algorithm number I-Algorithm generator I-Algorithm function O RND O is O capable O of O producing O a O predictable O series O of O outputs O due O to O the O manner O in O which O the O generator O is O seeded O when O first O powering O on O . O In O addition O a O soliton O pulse O is O known O to O flow O at O the O same O rate O and O follow O the O action B-Algorithm potential I-Algorithm . I-Algorithm Because O autostereograms B-Algorithm are O constructed O based O on O stereo B-Algorithm vision I-Algorithm , O persons O with O a O variety O of O visual O impairments O , O even O those O affecting O only O one O eye O , O are O unable O to O see O the O three-dimensional O images O . O The O Yagi-Uda O antenna O is O familiar O as O the O common O VHF B-Algorithm or O UHF O television O aerial O . O In O a O similar O way O , O we O can O define O the O KochPeano O family O of O curves O as O the O set O of O De B-Algorithm Rham I-Algorithm curves I-Algorithm generated O by O affine B-Algorithm transformations I-Algorithm reversing O orientation O , O with O fixed O points O and O . O These O ' O images O ' O are O combined O to O form O a O three-dimensional O ( O x O , O y O , O λ O ) O hyperspectral B-Application data B-Algorithm cube I-Algorithm for O processing O and O analysis O , O where O x O and O y O represent O two O spatial O dimensions O of O the O scene O , O and O λ O represents O the O spectral O dimension O ( O comprising O a O range O of O wavelengths O ) O . O ECMA-407 B-Algorithm was O first O implemented O by O Swissaudec O in O 2014 O in O co-operation O with O Marco O Mattavelli O 's O research O group O at O École O Polytechnique O Fédérale O de O Lausanne O and O was O tuned O by O Swissaudec O and O Wieslaw O Woszczyk O ’s O research O group O at O McGill O University O ’s O “ O Studio O 22 O ” O . O It O supports O common O 3D O formats O ; O the O new O Adjustment O and O Mask O panels O ; O content-aware B-Algorithm scaling I-Algorithm ( O seam B-Algorithm carving I-Algorithm ) O ; O fluid O canvas O rotation O and O File O display O options O . O In O late O 2013 O , O the O number O of O 3D B-Algorithm TV I-Algorithm viewers O started O to O decline O , O and O in O 2016 O , O development O of O 3D B-Algorithm TV I-Algorithm is O limited O to O a O few O premium O models O . O Following O this O pseudo O header O , O the O checksum B-Algorithm is O continued O with O the O ICMPv6 B-Protocol message O . O Cesàro B-Algorithm summation I-Algorithm is O an O averaging O method O , O in O that O it O relies O on O the O arithmetic O mean O of O the O sequence O of O partial O sums O . O The O tags O triangulate B-Algorithm their O 3D O position O using O the O anchors O placed O around O the O perimeter O . O This O has O led O to O the O hypothesis O that O burst B-Algorithm signaling O as O a O result O of O LTS O with O stronger O activating O inputs O is O more O stable O than O LTS O due O to O near-threshold O activating O inputs O . O Nikon B-Algorithm VR/Sigma O OS/Tamron O VC/Tokina O VCM O : O Optical O image O stabilization O , O Nikon B-Algorithm designation O ' O Vibration O Reduction O ' O , O indicated O by O green O background O , O a O system O used O to O compensate O for O vibration O and O other O camera O movement O . O If O the O robots B-Algorithm find O a O part O , O they O set O up O sentries O around O it O to O defend O it O from O the O player O . O Finding O an O optimal O solution O to O the O above O problem O results O in O a O quantizer B-Algorithm sometimes O called O a O MMSQE O ( O minimum O mean-square O quantization B-Algorithm error O ) O solution O , O and O the O resulting O PDF-optimized O ( O non-uniform O ) O quantizer B-Algorithm is O referred O to O as O a O Lloyd O – O Max O quantizer B-Algorithm , O named O after O two O people O who O independently O developed O iterative O methods O to O solve O the O two O sets O of O simultaneous O equations O resulting O from O and O , O as O follows O : O The O built-in O GPS O ( O to O support O geocoding B-Algorithm photos I-Algorithm automatically O ) O is O a O first O in O its O price-range O . O By O selecting O only O the O most O relevant O PGD O modes O , O a O reduced B-Algorithm order I-Algorithm model I-Algorithm of O the O solution O is O obtained O . O The O team O used O global B-Algorithm illumination I-Algorithm and O physics-based O rendering O to O create O light O and O shadows O . O Sensor B-Algorithm size I-Algorithm is O 10.67 O × O 8.00mm O . O Like O its O predecessor O , O the O SD10 O uses O a O sensor O with O the O unique O Foveon B-Algorithm X3 I-Algorithm sensor I-Algorithm technology O . O The O quadratic B-Algorithm Frobenius I-Algorithm test I-Algorithm ( O QFT O ) O is O a O probabilistic B-General_Concept primality B-Algorithm test I-Algorithm to O determine O whether O a O number O is O a O probable B-Algorithm prime I-Algorithm . O Unlike O TTL O and O A-TTL B-Algorithm metering O , O which O use O a O dedicated O flash O metering O sensor O mounted O in O the O base O of O the O mirror O box O , O E-TTL O uses O the O same O evaluative O metering O sensor O used O for O ambient O metering O . O Like O TTL O ( O and O like O the O actual O flash O metering O , O but O not O the O pre-flash O , O of O A-TTL B-Algorithm ) O , O the O sensor O is O internal O to O the O camera O and O takes O its O exposure O via O the O lens O so O any O filters O added O to O the O lens O will O also O affect O the O E-TTL O readings O giving O more O accurate O exposure O information O to O the O camera O . O Cantees O found O the O voxel B-Algorithm art O style O apt O for O the O game O and O its O destruction-based O gameplay O . O The O reference O stream O cannot O have O transparent O pixels O , O and O has O a O fixed O z-order B-Algorithm position O , O at O the O back O of O all O streams O . O A O humistor B-Algorithm is O a O type O of O variable B-Device resistor I-Device whose O resistance O varies O based O on O humidity O . O Every O closed O vector O subspace O of O a O Ptak B-Algorithm space I-Algorithm ( O resp O . O It O is O said O that O unification B-Algorithm is O decidable O for O a O theory O , O if O a O unification B-Algorithm algorithm O has O been O devised O for O it O that O terminates O for O any O input O problem O . O This O equation O should O not O be O used O for O computations O using O floating B-Algorithm point I-Algorithm arithmetic I-Algorithm , O because O it O suffers O from O catastrophic B-Algorithm cancellation I-Algorithm if O the O two O components O of O the O equation O are O similar O in O magnitude O . O Rolleiflex B-Algorithm cameras O have O used O film O formats O 117 O ( O Original O Rolleiflex B-Algorithm ) O , O 120 O ( O Standard O , O Automat O , O Letter O Models O , O Rollei-Magic O , O and O T O model O ) O , O and O 127 O ( O Baby O Rolleiflex B-Algorithm ) O . O SPICE B-Algorithm combined O operating O point O solutions O , O transient O analysis O , O and O various O small-signal O analyses O with O the O circuit O elements O and O device O models O needed O to O successfully O simulate O many O circuits O . O The O boomSAR B-Algorithm is O a O fully O polarimetric O system O that O transmits O and O receives O low-frequency O waveforms O with O over O 1 O gigahertz O of O usable O bandwidth B-Algorithm , O covering O a O spectrum O from O approximately O 40MHz O to O 1GHz O . O An O example O of O stateful O encryption O schemes O is O the O counter O mode B-Algorithm of I-Algorithm operation I-Algorithm , O which O has O a O sequence B-Protocol number I-Protocol for O a O nonce O . O The O upwind B-Algorithm differencing I-Algorithm scheme I-Algorithm is O a O method O used O in O numerical O methods O in O computational O fluid O dynamics O for O convection O – O diffusion O problems O . O For O example O , O a O tree O whose O nodes O represent O information O about O people O might O be O sorted O by O name O , O but O have O extra O threads O allowing O quick O traversal B-Algorithm in O order O of O birth O date O , O weight O , O or O any O other O known O characteristic O . O The O original O XA O was O a O rangefinder B-Algorithm camera I-Algorithm with O a O fast O 35 O mm O f/2.8 O lens O , O and O aperture B-Algorithm priority I-Algorithm metering O . O In O 1993 O – O 94 O , O and O again O in O 1999 O , O Unisys O Corporation O received O widespread O condemnation O when O it O attempted O to O enforce O licensing O fees O for O LZW B-Algorithm in O GIF O images O . O A O quantified O propositional B-Algorithm function I-Algorithm is O a O statement O ; O thus O , O like O statements O , O quantified O functions O can O be O negated O . O Furthermore O , O it O was O shown O that O the O recall O accuracy O between O vectors O and O nodes B-Algorithm was O 0.138 O ( O approximately O 138 O vectors O can O be O recalled O from O storage O for O every O 1000 O nodes B-Algorithm ) O ( O Hertz O et O al. O , O 1991 O ) O . O If O the O vector O is O Gaussian O multivariate-distributed O with O zero O mean O and O unit O covariance O matrix O and O is O a O matrix O with O unit O scale B-Algorithm matrix I-Algorithm and O m O degrees O of O freedom O with O a O Wishart O distribution O , O then O the O quadratic O form O has O a O Hotelling O distribution O ( O with O parameters O and O ) O : O On O November O 14 O , O 2013 O , O DivX B-Application developers O released O information O on O HEVC B-Algorithm decoding O performance O using O an O Intel O i7 O CPU O at O 3.5GHz O which O had O 4 O cores O and O 8 O threads O . O Beyond O its O mathematical O and O historical O significance O , O Viète B-Algorithm 's I-Algorithm formula I-Algorithm can O be O used O to O explain O the O different O speeds O of O waves O of O different O frequencies O in O an O infinite O chain O of O springs O and O masses O , O and O the O appearance O of O in O the O limiting O behavior O of O these O speeds O . O The O metaphysical O questions O raised O by O self-aware O simulated O characters O are O explored O in O several O Star B-Operating_System Trek I-Operating_System episodes O , O including O " O Elementary O , O Dear O Data O " O , O in O which O a O holodeck B-Algorithm recreation O of O Professor O Moriarty O becomes O self-aware O and O demands O a O life O outside O of O the O holodeck B-Algorithm ; O unable O to O meet O his O demands O , O Captain O Picard O saves O Moriarty O 's O program O against O the O day O when O that O will O be O possible O . O The O resulting O Rete B-Algorithm network I-Algorithm contains O sets O of O terminal O nodes O which O , O together O , O represent O single O productions O . O The O latter O means O is O the O continuous O dual O space O ( O dual O Banach O space O ) O of O , O and O consequently O , O induces O continuous O linear B-Algorithm functionals I-Algorithm on O , O but O not O all O . O Supercalc B-Application would O go O on O to O be O a O competitor O in O the O spreadsheet O market O in O the O MS-DOS B-Application world O . O AutoCAD B-Algorithm , O a O CAD O application O from O Autodesk O debuted O on O CP/M B-Application . O A O host O of O compilers O and O interpreters O for O popular O programming O languages O of O the O time O ( O such O as O BASIC O , O Borland O 's O Turbo B-Application Pascal I-Application , O FORTRAN B-Application and O even O PL/I B-Language ) O were O available O , O among O them O several O of O the O earliest O Microsoft O products O . O CP/M B-Application software O often O came O with O installers B-Operating_System that O adapted O it O to O a O wide O variety O of O computers O . O The O source O code O for O BASIC O programs O was O easily O accessible O , O and O most O forms O of O copy B-Application protection I-Application were O ineffective O on O the O operating B-General_Concept system I-General_Concept . O ARS O is O used O in O recent O versions O of O Intel O 's O Math B-Language Kernel I-Language Library I-Language and O gets O good O performance O by O using O instructions O from O the O AES-NI O instruction O set O , O which O specifically O accelerate O AES B-Algorithm encryption I-Algorithm . O Vectorization B-Algorithm is O a O unitary B-Algorithm transformation I-Algorithm from O the O space O of O n×n O matrices O with O the O Frobenius O ( O or O Hilbert O – O Schmidt O ) O inner O product O to O Cn2 O : O There O are O several O annual O conferences O on O computer B-Algorithm algebra I-Algorithm , O the O premier O being O ISSAC B-Algorithm ( O International O Symposium O on O Symbolic B-Algorithm and I-Algorithm Algebraic I-Algorithm Computation I-Algorithm ) O , O which O is O regularly O sponsored O by O SIGSAM B-General_Concept . O T-FLEX B-Algorithm CAD I-Algorithm provides O parametric O , O adaptive O and O associative O technology O aimed O at O family-of-parts O manufacturers O or O other O design O situations O that O use O similar O geometry O but O require O many O different O sizes O or O permutations O . O Mini-batch O k-means B-Algorithm : O k-means B-Algorithm variation O using O " O mini O batch O " O samples O for O data O sets O that O do O not O fit O into O memory O . O If O and O are O self-concordant B-Algorithm with O constants O and O and O , O then O is O self-concordant B-Algorithm with O constant O . O Before O Dante O can O attack O again O , O Lucifer B-Algorithm summons O the O vision O of O the O assassin O stabbing O Dante O in O Acre O ; O which O shows O him O collapsing O to O the O ground O . O On O the O contrary O , O a O number O of O studies O trying O to O verify O the O existence O of O filter B-Algorithm bubbles I-Algorithm have O found O only O minor O levels O of O personalisation O in O search O , O that O most O people O encounter O a O range O of O views O when O browsing O online O , O and O that O Google B-Application news O tends O to O promote O mainstream O established O news O outlets O . O Other O systems O currently O used O for O space O surveillance O that O operate O in O beam-park O mode O include O the O multistatic B-Algorithm EISCAT O incoherent O scatter O radar B-Application system I-Application and O the O Medicina O Radio O Observatory O 's O Northern O Cross O Radio O Telescope O and O 32 O m O parabolic O dish O antenna O . O In O mathematics O and O group O theory O , O a O block B-Algorithm system I-Algorithm for O the O action O of O a O group O G O on O a O set O X O is O a O partition O of O X O that O is O G-invariant O . O Different O clustering B-Algorithm methods O perform O this O extension O in O different O ways O . O This O version O supports O AES-128 B-Algorithm GCM B-Algorithm encryption O in O addition O to O AES-128 B-Algorithm CCM B-Algorithm encryption O added O in O SMB3 O , O and O implements O pre-authentication O integrity O check O using O SHA-512 B-Algorithm hash O . O The O best O first O split O is O the O one O that O provides O the O most O information B-Algorithm gain I-Algorithm . O The O video O suggests O that O virtual O 3D B-Algorithm objects O can O be O occluded O by O real O objects O , O which O may O be O predefined O geometry O in O the O scene O but O led O to O speculation O about O 3D B-Algorithm spatial O mapping O being O used O . O Border O tracing O is O especially O beneficial O for O skipping O large O areas O of O a O plot O that O are O parts O of O the B-Algorithm Mandelbrot I-Algorithm set I-Algorithm ( O in O M O ) O , O since O determining O that O a O pixel B-Algorithm is O in O M O requires O computing O the O maximum O number O of O iterations O . O The O ( O ideally O small O ) O remaining O difference O ( O delta B-Algorithm encoding I-Algorithm ) O from O the O computed O prediction O to O the O actual O image O content O is O transformed O using O a O DCT B-General_Concept or O ADST O ( O for O edge B-Application blocks O ) O and O quantized O . O The O 8086 B-General_Concept , O 8088 B-Device , O 80186 B-Device , O and O 80188 B-Device can O use O an O optional O floating-point B-Algorithm coprocessor B-General_Concept , O the O 8087 B-Device . O VP9 B-Algorithm is O the O last O official O iteration O of O the O TrueMotion B-Application series O of O video O formats O that O Google B-Application bought O in O 2010 O for O $134 O million O together O with O the O company O On2 B-Application Technologies I-Application that O created O it O . O Zinc B-Algorithm – I-Algorithm air I-Algorithm batteries I-Algorithm cannot O be O used O in O a O sealed O battery B-Algorithm holder I-Algorithm since O some O air O must O come O in O ; O the O oxygen O in O 1 O liter O of O air O is O required O for O every O ampere-hour O of O capacity O used O . O It O must O be O able O to O provide O both O color B-Application and O Doppler B-Algorithm imaging O ; O technologies O that O developed O alongside O the O development O of O ultrasound B-Application . O This O was O expected O to O be O the O address O of O an O operating B-General_Concept system I-General_Concept service O routine O that O would O reload O the O accumulators B-General_Concept and O carry B-Algorithm bit I-Algorithm , O and O then O resume O normal O processing O . O Since O text O reads O from O left O to O right O , O column O vectors O are O preferred O when O transformation B-Algorithm matrices I-Algorithm are O composed B-Application : O One O of O the O most O important O aspects O of O the O ATSR B-Algorithm series O of O space O instruments O is O that O it O has O , O over O a O period O of O just O over O 15 O years O , O undergone O the O transition O from O experimental O sensor O on O the O ERS O satellites O , O developing O the O technique O and O demonstrating O the O accuracy O that O can O be O achieved O with O along-track O scanning O , O to O that O of O an O operational O system O , O within O Europe O ’s O Envisat B-Algorithm and O future O GMES B-General_Concept Programmes O . O One O has O to O distinguish O between O algorithms O that O use O the O random O input O so O that O they O always O terminate O with O the O correct O answer O , O but O where O the O expected O running O time O is O finite O ( O Las O Vegas O algorithms O , O for O example O Quicksort B-Algorithm ) O , O and O algorithms O which O have O a O chance O of O producing O an O incorrect O result O ( O Monte O Carlo O algorithms O , O for O example O the O Monte O Carlo O algorithm O for O the O MFAS O problem O ) O or O fail O to O produce O a O result O either O by O signaling O a O failure O or O failing O to O terminate O . O Ribbon B-Algorithm microphones I-Algorithm are O similar O to O moving O coil O microphones B-Application in O the O sense O that O both O produce O sound O by O means O of O magnetic O induction O . O with O line O width O 6 O , O the O greedy B-Algorithm algorithm I-Algorithm would O produce O : O The O Minolta B-Algorithm SR-2 I-Algorithm is O well O built O and O thoroughly O constructed O ; O including O features O that O remained O characteristic O of O the O Minolta O SLR B-Algorithm camera I-Algorithm range O to O follow O until O the O advent O of O the O auto O focus O cameras O in O the O 1980s O . O The O Sonar O OneStep O models O were O the O first O autofocus O SLRs B-Algorithm available O to O consumers O . O The O word O " O bradycardia B-Algorithm " O is O from O the O Greek O βραδύς O bradys O " O slow O " O , O and O καρδία O kardia O " O heart O " O . O This O ability O to O include O intermediate O check B-Algorithm sums I-Algorithm in O a O long O data O frame O allows O a O considerable O improvement O of O the O error O detection O probability O . O RANSAC B-Algorithm can O be O sensitive O to O the O choice O of O the O correct O noise O threshold O that O defines O which O data O points O fit O a O model O instantiated O with O a O certain O set O of O parameters O . O These O were O effectively O inverted B-Algorithm indexes I-Algorithm with O a O small O amount O of O accompanying O commentary O that O required O a O tremendous O amount O of O effort O to O produce O . O It O once O had O camera O and O photo O operations O inherited O from O Konica O and O Minolta O but O they O were O sold O in O 2006 O to O Sony O , O with O Sony O 's O Alpha B-Algorithm series O being O the O successor O SLR B-Algorithm division O brand O . O When O hashing O the O key O is O taken O into O account O , O hash B-Algorithm tables I-Algorithm have O expected O O(k ) O insertion O and O deletion O times O , O but O may O take O longer O in O the O worst O case O depending O on O how O collisions O are O handled O . O The O Canon B-Algorithm EOS I-Algorithm 60D O is O an O 18.1 O megapixels O semi-pro O digital B-Device single-lens I-Device reflex I-Device camera I-Device made O by O Canon O . O Common O examples O are O , O Transcranial O Doppler O , O Esophageal O Doppler O and O Suprasternal B-Algorithm Doppler I-Algorithm . O in O 2015 O Zamzar B-Algorithm launched O a O file B-General_Concept conversion I-General_Concept API B-Application , O allowing O users O to O integrate O file B-General_Concept conversion I-General_Concept capabilities O into O their O own O websites O and O applications O . O 1957 O Discovery O Perceptron B-Algorithm Frank O Rosenblatt O invents O the O perceptron B-Algorithm while O working O at O the O Cornell O Aeronautical O Laboratory O . O We O can O use O information B-Algorithm gain I-Algorithm to O determine O how O good O the O splitting O of O nodes O is O in O a O decision B-Algorithm tree I-Algorithm . O The O Check O Value O was O quoted B-Algorithm , O as O were O the O contents O it O checked O against O , O but O the O value O inside O was O the O check O of O the O unquoted O values O . O For O SEM O based O nanoprobers O , O the O ultra-high O resolution O of O the O microscopes O that O house O the O nanoprobing B-Algorithm system O allow O the O operator O to O navigate O the O probe O tips O with O precise O movement O , O allowing O the O user O to O see O exactly O where O the O tips O will O be O landed O , O in O real O time O . O The O Tree O Echo B-Algorithm State I-Algorithm Network I-Algorithm ( O TreeESN O ) O model O represents O a O generalization O of O the O reservoir B-Algorithm computing I-Algorithm framework O to O tree O structured O data O . O CNR B-Algorithm is O similar O to O the O metric O signal-to-noise O ratio O ( O SNR O ) O , O but O subtracts O a O term O before O taking O the O ratio O . O This O missing O key O is O provided O later O by O shining O a O laser O , O identical O to O the O one O used O to O record O the O hologram B-Algorithm , O onto O the O developed O film O . O In O many O base O band O communication O systems O the O pulse B-Algorithm shaping I-Algorithm filter O is O implicitly O a O boxcar O filter O . O These O can O be O used O to O improve O the O iterative O part O of O the O divide-and-conquer B-Algorithm algorithm I-Algorithm . O For O most O architectures O , O there O is O no O signed O – O unsigned B-Algorithm type O distinction O in O the O machine B-Language language I-Language . O The O Bode B-Algorithm plot I-Algorithm is O shown O in O Figure O 1(b ) O above O , O and O construction O of O the O straight-line O approximation O is O discussed O next O . O An O example O of O a O phasic B-Architecture receptor I-Architecture is O the O Pacinian B-Algorithm corpuscle I-Algorithm . O Many O features O of O the O XL-1s O were O carried O over O into O the O Canon B-Algorithm GL-2 I-Algorithm and O XL-2 O . O A O Kochanek O – O Bartels O spline B-Algorithm is O a O further O generalization O on O how O to O choose O the O tangents O given O the O data O points O , O and O , O with O three O parameters O possible O : O tension O , O bias O and O a O continuity O parameter O . O ( O A O brute-force B-Algorithm search I-Algorithm would O require O 280 O operations O . O ) O The O Olympus B-Algorithm C-770 I-Algorithm Ultra I-Algorithm Zoom I-Algorithm is O a O digital B-Application camera I-Application manufactured O by O Olympus O . O For O ISFET-based O sensors O , O low-frequency O noise O is O most O detrimental O to O the O overall O SNR O as O it O can O interfere O with O biomedical O signals O which O span O in O the O same O frequency O domain O . O The O noise O sources O outside O the O ISFET B-Algorithm itself O are O referred O to O as O the O external O noise O , O such O as O environmental O interference O and O instrument O noise O from O terminal O read-out O circuits O . O The O Nelder B-Algorithm – I-Algorithm Mead I-Algorithm method I-Algorithm requires O , O in O the O original O variant O , O no O more O than O two O evaluations O per O iteration O , O except O for O the O shrink O operation O described O later O , O which O is O attractive O compared O to O some O other O direct-search O optimization O methods O . O Terahertz B-Algorithm metamaterials I-Algorithm are O making O possible O the O study O of O novel O devices O . O Since O they O are O rapidly O adapting O or O phasic B-Architecture , O the O action B-Algorithm potentials I-Algorithm generated O quickly O decrease O and O eventually O cease O ( O this O is O the O reason O one O stops O " O feeling O " O one O 's O clothes O ) O . O Research O is O ongoing O in O understanding O the O computational O algorithms O used O in O the O brain O , O with O some O recent O biological O evidence O for O radial B-Algorithm basis I-Algorithm networks I-Algorithm and O neural O backpropagation B-Algorithm as O mechanisms O for O processing O data O . O All O models O based O on O Nikon B-Algorithm body O and O use O Nikon B-Algorithm 's O F B-Architecture mount I-Architecture . O It O is O widely O used O in O image O analysis O and O computer B-Application vision I-Application applications O for O object O tracking O , O shape O recognition O , O segmentation B-Algorithm , O and O edge B-Algorithm detection I-Algorithm . O It O was O re-released O in O 2016 O as O a O built-in O game O for O the O Retro-Bit O Generations O retro O video B-Device game I-Device console I-Device . O Other O fish O that O can O be O caught O include O dorado O , O barracuda B-Language , O tuna O , O and O sharks B-Algorithm . O When O a O Biclustering B-Algorithm algorithm O tries O to O find O a O constant-value O Bicluster B-Algorithm , O it O reorders O the O rows O and O columns O of O the O matrix B-Architecture to O group O together O similar O rows O and O columns O , O eventually O grouping O Biclusters B-Algorithm with O similar O values O . O The O obtained O exponent O is O similar O to O the O Hurst B-Algorithm exponent I-Algorithm , O except O that O DFA O may O also O be O applied O to O signals O whose O underlying O statistics O ( O such O as O mean O and O variance O ) O or O dynamics O are O non-stationary B-Algorithm ( O changing O with O time O ) O . O However O , O these O architectures O are O poor O at O learning O novel O classes O with O few O examples O , O because O all O network O units B-Algorithm are O involved O in O representing O the O input O ( O a O ) O and O must O be O adjusted O together O ( O high O degree O of O freedom O ) O . O The O Snap O Spectacles B-Algorithm 3 O , O which O did O feature O two O HD O cameras O on-device O , O were O ultimately O announced O in O August O 2019 O . O By O the O convergence B-Algorithm of O to O , O there O exists O an O such O that O for O , O we O have O . O Energy B-Algorithm principles I-Algorithm in I-Algorithm structural I-Algorithm mechanics I-Algorithm express O the O relationships O between O stresses O , O strains O or O deformations O , O displacements O , O material O properties O , O and O external O effects O in O the O form O of O energy O or O work O done O by O internal O and O external O forces O . O These O examples O suggest O that O crossed B-Algorithm modules I-Algorithm may O be O thought O of O as O " O 2-dimensional O groups O " O . O A O simple O example O of O a O Cayley B-Algorithm transform I-Algorithm can O be O done O on O the O real O projective O line O . O In O other O words O , O the O maximum O likelihood O beamformer B-Algorithm is O to O find O the O DOA O , O the O independent O variable O of O matrix O , O so O that O the O penalty O function O in O Eq O . O Subsequently O , O Wygnanski O developed O a O series O of O inventions O in O the O patent O class O , O “ O permanent O or O constantly O energized O magnet O actuator B-Algorithm ” O . O The O K20D B-Algorithm featured O a O Samsung B-Application 14.6 O megapixel O CMOS B-Device APS-C B-Algorithm sized O sensor O , O a O special O 21frame/s O burst O mode O , O live B-Device preview I-Device on O the O LCD B-Device display I-Device , O and O an O increased O sensitivity O range O extending O to O ISO O 3200 O . O Even O though O standard O in O contraction-free O substructural O logics O , O in O t-norm B-General_Concept fuzzy I-General_Concept logics I-General_Concept it O is O usually O used O only O in O the O presence O of O involutive B-Algorithm negation O , O which O makes O it O definable O ( O and O so O axiomatizable O ) O by O de O Morgan O 's O law O from O strong O conjunction O : O The O game O features O 3D B-Algorithm visuals I-Algorithm on O the O Nintendo B-Operating_System 3DS I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System and O Xbox B-Operating_System 360 I-Operating_System , O providing O TriOviz O Inficolor O 3D O for O standard O televisions O and O stereoscopic B-Algorithm 3D I-Algorithm for O dedicated O 3DTVs B-Algorithm . O The O rat-race B-Algorithm coupler I-Algorithm has O four O ports O , O each O placed O one-quarter O wavelength O away O from O each O other O around O the O top O half O of O the O ring O . O The O depth O level O of O each O point O in O the O combined O image O can O be O represented O by O a O grayscale O pixel B-Algorithm on O a O 2D O image O , O for O the O benefit O of O the O reader O . O For O many O statistical O parameters O the O jackknife B-Algorithm estimate O of O variance O tends O asymptotically O to O the O true O value O almost O surely O . O All O three O classes O of O incremental B-Algorithm heuristic I-Algorithm search I-Algorithm algorithms O are O different O from O other O replanning O algorithms O , O such O as O planning O by O analogy O , O in O that O their O plan O quality O does O not O deteriorate O with O the O number O of O replanning O episodes O . O At O the O end O of O a O complete O modular O multiplication O , O the O true O binary O result O of O the O operation O has O to O be O evaluated O and O it O is O possible O that O an O additional O addition O or O subtraction O of O r O will O be O needed O as O a O result O of O the O carries B-Algorithm that O are O then O discovered O ; O but O the O cost O of O that O extra O step O is O small O when O amortized O over O the O hundreds O of O shift-and-add O steps O that O dominate O the O overall O cost O of O the O multiplication O . O Soft O actuators B-Algorithm mainly O deal O with O the O robotics O of O humans O rather O than O industry O which O is O what O most O of O the O actuators B-Algorithm are O used O for O . O In O general O , O fMRI B-Algorithm studies O acquire O both O many O functional O images O with O fMRI B-Algorithm and O a O structural O image O with O MRI B-Algorithm . O Depending O on O track O , O test O problems O might O be O questions O , O topics O , O or O target O extractable O features B-Algorithm . O The O device O initially O only O showed O two O phases O , O but O during O the O next O two O years O , O Claudet O worked O on O a O camera O that O would O record O stereoscopic B-Algorithm pairs O for O four O different O poses O ( O patented O in O 1853 O ) O . O Tomography B-Algorithm , O Microscopy O , O etc O . O There O are O several O possible O ways O to O compute O these O quantities O for O a O given O implicit B-Algorithm curve I-Algorithm . O Thus O , O future O weak B-Algorithm learners I-Algorithm focus O more O on O the O examples O that O previous O weak B-Algorithm learners I-Algorithm misclassified O . O Common B-Language Lisp I-Language also O supports O a O hash B-Algorithm table I-Algorithm data O type O , O and O for O Scheme B-Language they O are O implemented O in O SRFI B-Language 69 O . O reported O a O vanadium O – O metal O hydride O rechargeable B-Architecture hybrid O flow B-Algorithm battery I-Algorithm with O an O experimental O OCV O of O 1.93 O V O and O operating O voltage O of O 1.70 O V O , O relatively O high O values O among O rechargeable B-Architecture flow B-Algorithm batteries I-Algorithm with O aqueous O electrolytes O . O Fixed O ventricular O parasystole B-Algorithm occurs O when O an O ectopic B-Algorithm pacemaker I-Algorithm is O protected O by O entrance B-Algorithm block I-Algorithm , O and O thus O its O activity O is O completely O independent O from O the O sinus O pacemaker B-Algorithm activity O . O On O the O other O hand O , O qualitative O microwave B-Algorithm imaging I-Algorithm methods O calculate O a O qualitative O profile O ( O which O is O called O as O reflectivity O function O or O qualitative O image O ) O to O represent O the O hidden O object O . O In O mathematics O , O the O harmonic B-Algorithm series I-Algorithm is O the O infinite O series O formed O by O summing O all O positive O unit O fractions O : O The O Sony B-Algorithm E I-Algorithm 55-210mm I-Algorithm F4.5-6.3 I-Algorithm OSS I-Algorithm is O a O variable O maximum O aperture O telephoto O zoom O lens O for O the O Sony B-Algorithm E-mount I-Algorithm , O released O by O Sony O on O August O 24 O , O 2011 O . O system O used O a O random-access B-Architecture frame B-Algorithm buffer I-Algorithm . O The O sum B-Algorithm of I-Algorithm absolute I-Algorithm differences I-Algorithm may O be O used O for O a O variety O of O purposes O , O such O as O object O recognition O , O the O generation O of O disparity O maps O for O stereo B-Algorithm images O , O and O motion O estimation O for O video O compression O . O ggplot2 B-Application is O an O open-source B-License data B-Application visualization I-Application package B-Language for O the O statistical B-Algorithm programming I-Algorithm language O R B-Language . O Created O by O Hadley O Wickham O in O 2005 O , O ggplot2 B-Application is O an O implementation O of O Leland O Wilkinson O 's O Grammar O of O Graphics O — O a O general O scheme O for O data B-Application visualization I-Application which O breaks O up O graphs O into O semantic O components O such O as O scales O and O layers O . O A O is O a O Fréchet B-Algorithm space I-Algorithm that O is O also O a O Montel B-Algorithm space I-Algorithm . O Block B-Algorithm swap I-Algorithm : O exchange O a O range O of O values O within O an O array B-Data_Structure with O values O in O a O different O range O of O the O array B-Data_Structure . O This O method O finds O the O times O at O which O a O moving O boundary O crosses O a O set O of O discrete O points O ( O such O as O the O points O of O an O integer O grid O ) O using O a O prioritization O method O resembling O a O continuous O version O of O Dijkstra B-Algorithm 's I-Algorithm algorithm I-Algorithm , O and O its O running O time O is O dominated O by O its O priority B-Application queue I-Application of O these O points O . O IDDFS B-Algorithm is O optimal O like O breadth-first B-Algorithm search I-Algorithm , O but O uses O much O less O memory O ; O at O each O iteration O , O it O visits O the O nodes O in O the O search B-Data_Structure tree I-Data_Structure in O the O same O order O as O depth-first B-Algorithm search I-Algorithm , O but O the O cumulative O order O in O which O nodes O are O first O visited O is O effectively O breadth-first B-Algorithm . O If O the O field O F O is O the O real O or O complex O numbers O we O can O introduce O an O inner O product O on O V O such O that O the O chosen O basis O is O orthonormal B-Algorithm . O Adolf O Beck O published O in O 1890 O his O observations O of O spontaneous O electrical O activity O of O the O brain O of O rabbits O and O dogs O that O included O rhythmic O oscillations B-Algorithm altered O by O light O detected O with O electrodes O directly O placed O on O the O surface O of O the O brain O . O It O was O initially O fabricated O using O early O NMOS B-Algorithm logic I-Algorithm , O which O normally O required O several O different O power O supply O voltages O . O The O company O behind O the O program O is O TSP B-Algorithm International O which O was O founded O in O 1978 O by O Bronwyn O H O . O Hall O , O Robert O Hall O 's O wife O . O The O final O compander B-Algorithm achieved O a O very O mild O gain O error O recovery O due O to O the O natural O truncation O rounding O error O caused O by O twelve O bit O arithmetic O . O Support O of O SSL O 3.0 O itself O is O dropped O on O OS B-Operating_System X I-Operating_System 10.11 O and O later O and O iOS B-Application 9 O . O ) O Mitigation O against O RC4 B-Algorithm attacks O : O In O computer B-General_Concept science I-General_Concept and O information O theory O , O Tunstall B-Algorithm coding I-Algorithm is O a O form O of O entropy B-Algorithm coding I-Algorithm used O for O lossless B-Algorithm data I-Algorithm compression I-Algorithm . O National O Similar O to O alphanumeric O , O but O using O an O extended O character B-General_Concept set I-General_Concept , O e.g. O Numeric B-Algorithm Contains O exactly O 7 O digits O ( O 7 O = O 5+2 O ) O . O Numeric B-Algorithm data O is O converted O between O different O representations O and O sizes O silently O and O alphanumeric O data O can O be O placed O in O any O data O item O that O can O be O stored O as O a O string O , O including O numeric B-Algorithm and O group O data O . O For O example O , O a O indicates O a O decimal O digit O , O and O an O indicates O that O the O item O is O signed B-Algorithm . O For O example O , O a O series O of O characters O define O character O positions O as O well O as O how O a O leading O sign O character O is O to O be O positioned O within O the O final O character O data O ; O the O rightmost O non-numeric O character O will O contain O the O item O 's O sign O , O while O other O character O positions O corresponding O to O a O to O the O left O of O this O position O will O contain O a O space O . O In O 2018 O the O system O was O further O extended O with O the O introduction O of O the O EOS B-Algorithm R I-Algorithm camera O , O Canon O 's O first O full B-Algorithm frame I-Algorithm mirrorless B-Device interchangeable O lens O system O . O Hash B-Algorithm values O of O an O empty O string O : O Noise O ( O cryptographic O protocol O ) O , O which O is O used O in O WhatsApp B-Application includes O BLAKE2 O as O an O option O . O This O feature O was O moved O to O Google B-Algorithm Photos I-Algorithm in O 2015 O . O Google+ B-Application Auto-Backup O : O A O desktop O utility O that O imported O a O large O collection O of O photos O and O videos O . O The O E-mount O is O a O lens B-Algorithm mount I-Algorithm designed O by O Sony O for O their O NEX O ( O " O New O E-mount O eXperience O " O ) O and O ILCE B-Algorithm series O of O camcorders O and O mirrorless B-Device cameras I-Device . O The O E-mount O supplements O Sony O 's O α B-Algorithm mount I-Algorithm , O allowing O the O company O to O develop O more O compact O imaging O devices O while O maintaining O compatibility O with O 35mm O sensors O . O Minimising O mechanical O complexity O , O removing O mechanical O aperture B-General_Concept and O focus O drive O . O A O development O environment O for O F-logic B-Language was O developed O in O the O NeOn O project O and O is O also O used O in O a O range O of O applications O for O information O integration O , O question B-Algorithm answering I-Algorithm and O semantic O search O . O ReFlex B-Algorithm is O a O flexible B-Application smartphone I-Application created O by O Queen O 's O University O ’s O Human B-Device Media I-Device Lab I-Device . O In O image B-Algorithm processing I-Algorithm , O the O grassfire B-Algorithm transform I-Algorithm is O the O computation O of O the O distance O from O a O pixel O to O the O border O of O a O region O . O Dry B-Algorithm etching I-Algorithm refers O to O the O removal O of O material O , O typically O a O masked O pattern O of O semiconductor O material O , O by O exposing O the O material O to O a O bombardment O of O ions O ( O usually O a O plasma O of O reactive O gases O such O as O fluorocarbons O , O oxygen O , O chlorine O , O boron O trichloride O ; O sometimes O with O addition O of O nitrogen O , O argon O , O helium O and O other O gases O ) O that O dislodge O portions O of O the O material O from O the O exposed O surface O . O This O abundant O muon O flux B-General_Concept is O nearly O constant O , O therefore O muography B-Algorithm can O be O used O worldwide O . O Second O , O because O of O the O high-contrast O resolution O of O muography B-Algorithm , O a O small O void O of O less O than O 0.001 O % O of O the O entire O volume O can O be O distinguished O . O The O more O time O it O takes O for O an O ant B-Application to O travel O down O the O path O and O back O again O , O the O more O time O the O pheromones O have O to O evaporate O . O Pheromone O evaporation O also O has O the O advantage O of O avoiding O the O convergence B-Algorithm to O a O locally O optimal O solution O . O Or O lossy B-Algorithm compressed B-General_Concept images I-General_Concept may O be O ' O visually B-Algorithm lossless I-Algorithm ' O , O or O in O the O case O of O medical O images O , O so-called O Diagnostically B-Algorithm Acceptable I-Algorithm Irreversible I-Algorithm Compression I-Algorithm ( O DAIC B-Algorithm ) O may O have O been O applied O . O While O this O may O seem O like O a O limitation O , O it O is O often O a O useful O indicator O of O something O gone O wrong O ; O for O example O if O a O minimization O problem O is O being O approached O and O is O not O positive O definite O , O then O the O iterations B-Algorithm are O converging O to O a O saddle O point O and O not O a O minimum O . O Each O node O in O the O network O layer O of O a O DQNN O is O given O a O distinct O collection O of O qubits O , O and O each O qubit O is O also O given O a O unique O quantum O perceptron B-Algorithm unitary O to O characterize O it O . O If O we O assume O that O v O is O small O and O that O the O derivative B-Algorithm varies O continuously O in O a O , O then O is O approximately O equal O to O , O and O therefore O the O right-hand O side O is O approximately O zero O . O Imgur B-Algorithm used O to O have O a O policy O to O keep O images O unless O they O went O three O months O without O receiving O any O views O , O at O which O point O ( O unless O they O were O Pro O account O images O ) O they O might O be O removed O in O response O to O space O needs O . O Abnormally O increased O liver O stiffness B-Algorithm is O a O direct O consequence O of O liver O fibrosis O . O The O same O best O constants O hold O for O the O periodic O Hilbert B-Algorithm transform I-Algorithm . O Modulated O light O 3D B-Algorithm scanners I-Algorithm shine O a O continually O changing O light O at O the O subject O . O Images O may O be O two O or O three-dimensional O , O such O as O a O photograph O or O screen O display O , O or O three-dimensional O , O such O as O a O statue O or O hologram B-Algorithm . O As O a O 23-minute O episode O , O " O Gem B-Algorithm Harvest I-Algorithm " O had O a O larger O storyboard O team O than O a O typical O 11-minute O episode O , O including O Raven O M O . O Molisee O , O Paul O Villeco O , O Hilary O Florido O , O and O Lauren O Zuke O . O The O Ricoh O GR O was O a O series O of O point-and-shoot B-Algorithm , O or O compact O , O 35 O mm O film O cameras O made O by O Ricoh O . O Coxeter B-Algorithm groups I-Algorithm having O fewer O than O 3 O generators O have O degenerate O spherical O triangle O domains O , O as O lunes O or O a O hemisphere O . O Alternately O , O any O number O of O procedures O can O be O merged O into O a O single O procedure O that O takes O as O argument O a O variant B-Language record I-Language ( O or O algebraic O data O type O ) O representing O the O selection O of O a O procedure O and O its O arguments O ; O the O merged O procedure O then O dispatches O on O its O argument O to O execute O the O corresponding O code O and O uses O direct B-Algorithm recursion I-Algorithm to O call O self O as O appropriate O . O Nonetheless O , O 1,250 O gold-plated O Rolleiflexes B-Algorithm were O assembled O in O 1982 O from O the O remaining O componentry O and O sold O as O the O 2.8F O Gold O for O 4,000 O DM O . O In O 1987 O , O a O much-admired O successor O , O the O Rolleiflex B-Algorithm 2.8 O GX O , O was O released O which O naturally O featured O the O latest O in O TTL O and O flash O metering O . O Rollei O then O introduced O the O 2.8 O FX O in O 2001 O , O a O modernised O version O featuring O the O Rolleiflex B-Algorithm logo O of O the O 1930s O . O Similarly O , O a O classic O version O of O the O Rollei B-Algorithm 35 I-Algorithm was O available O for O a O period O of O time O : O the O Rollei B-Algorithm 35 I-Algorithm classic O was O presented O at O photokina O 1990 O and O sold O for O 2,200 O DM O with O a O flash O unit O . O Find O the O longest B-Algorithm common I-Algorithm substrings I-Algorithm of O the O string O and O in O time O . O 1 O December O 2016 O 1 O December O 2019 O void O return O type O , O class O constant O visibility B-Application modifiers I-Application 30 O November O 2017 O 30 O November O 2020 O Object O parameter O and O return O type O declaration O , O Libsodium O extension O , O abstract O method O overriding O , O parameter O type O widening O 6 O December O 2018 O 6 O December O 2021 O Flexible O Heredoc O and O Nowdoc O syntax B-Application , O support O for O reference O assignment O and O array O deconstruction O with O list( ) O , O PCRE2 O support O , O hrtime( ) O function O 28 O November O 2019 O 28 O November O 2022 O Typed O properties O 2.0 O , O preloading O , O null-coalescing O assignment O operator O , O improve O openssl_random_pseudo_bytes O , O Weak O References O , O FFI O foreign B-Application function I-Application interface I-Application , O always O available O hash B-Error_Name extension O , O password O hash B-Error_Name registry O , O multibyte O string O splitting O , O reflection O for O references O , O unbundle O ext/wddx O , O new O custom O object O serialization O mechanism O 26 O November O 2020 O 26 O November O 2023 O Just-In-Time O ( O JIT O ) O compilation B-Language , O arrays O starting O with O a O negative O index O , O stricter/saner O language O semantics O ( O validation O for O abstract O trait O methods O ) O , O saner O string O to O number O comparisons O , O saner O numeric B-Algorithm strings O , O TypeError O on O invalid O arithmetic/bitwise O operators O , O reclassification O of O various O engine O errors O , O consistent O type O errors O for O internal O functions O , O fatal O error O for O incompatible O method O signatures O ) O , O locale-independent O float B-Algorithm to O string O conversion O , O variable O syntax B-Application tweaks O , O attributes O , O named O arguments O , O match O expression O , O constructor O property O promotion O , O union O types O , O mixed O type O , O static O return O type O , O nullsafe O operator O , O non-capturing O catches O , O throw O expression O , O JSON B-General_Concept extension O is O always O available O . O It O is O used O in O ultrasonography B-Algorithm of I-Algorithm deep I-Algorithm venous I-Algorithm thrombosis I-Algorithm , O wherein O absence O of O vein O compressibility O is O a O strong O indicator O of O thrombosis O . O This O is O what O distinguishes O acoustic B-Algorithm angiography I-Algorithm from O the O more O generic O contrast-enhanced O ultrasound B-Application . O In O the O past O , O some O non O water-soluble O contrast B-Algorithm agents I-Algorithm were O used O . O In O essence O , O a O sequence O is O a O function O whose O domain B-Algorithm is O the O natural O numbers O . O In O WFQ B-Algorithm , O a O scheduler O handling O flows O is O configured O with O one O weight O for O each O flow O . O However O , O profiling B-Algorithm also O refers O to O the O application O of O profiles O , O meaning O the O usage O of O profiles O for O the O identification O or O categorization O of O groups O or O individual O persons O . O Because O of O this O some O feel O that O the O Panasonic B-Algorithm Lumix I-Algorithm DMC-GX1 I-Algorithm is O the O GF1 O 's O " O spiritual O successor O " O . O Simplicial O continuation O , O or O piecewise B-Algorithm linear I-Algorithm continuation I-Algorithm ( O Allgower O and O Georg O ) O , O is O a O one-parameter O continuation B-Algorithm method I-Algorithm which O is O well O suited O to O small O to O medium O embedding O spaces O . O Thorup O 's O algorithm O , O a O randomized B-General_Concept algorithm I-General_Concept for O sorting B-Algorithm keys O from O a O domain O of O finite O size O , O taking O time O and O O(n ) O space O . O They O ( O and O the O Nikon B-Algorithm FA I-Algorithm ) O all O used O the O superficially O similar O ( O but O not O identical O ) O rugged O copper-aluminium O alloy O chassis O and O high-quality O Nikon O vertical O bearing-mounted O metal O shutter O and O ball-bearing O mounted O film O advance O , O but O with O improved O feature O levels O , O minor O external O controls O and O cosmetic O differences O . O Some O properties O of O the O Rössler B-Algorithm system I-Algorithm can O be O deduced O via O linear O methods O such O as O eigenvectors O , O but O the O main O features O of O the O system O require O non-linear O methods O such O as O Poincaré O maps O and O bifurcation O diagrams O . O The O Nikon B-Algorithm E O series O , O co-developed O with O Fujifilm O , O are O autofocus O 1.3 O megapixel O professional O grade O quasi-full O frame O ( O 35mm O ) O Nikon B-Architecture F-mount I-Architecture digital B-Device single I-Device lens I-Device reflex I-Device cameras I-Device ( O DSLR B-Device ) O manufactured O by O Nikon B-Algorithm since O 1995 O . O The O E O series O included O the O Nikon B-Algorithm E2/E2S O , O Nikon B-Algorithm E2N/E2NS O and O the O Nikon B-Algorithm E3/E3S O . O Its O unique O optical O system O bundles O the O light O of O the O full-frame O lenses O to O the O small O 2/3 O inch O CCD B-Algorithm sensor I-Algorithm . O The O Nikon B-Algorithm E2/E2S O and O E2N/E2NS O use O a O Nikon B-Algorithm F4 I-Algorithm subsystem O , O the O E3/E3S O uses O a O Nikon B-Algorithm F100 I-Algorithm subsystem O . O An O attack O scenario O was O proposed O by O AlFardan O , O Bernstein O , O Paterson O , O Poettering O and O Schuldt O that O used O newly O discovered O statistical O biases O in O the O RC4 B-Algorithm key O table O to O recover O parts O of O the O plaintext O with O a O large O number O of O TLS B-Protocol encryptions I-Protocol . O Guile B-Application : O the O built-in O exact O numbers O are O of O arbitrary B-Algorithm precision I-Algorithm . O Combining O two O equal O glide B-Algorithm reflections I-Algorithm gives O a O pure O translation B-Algorithm with O a O translation B-Algorithm vector O that O is O twice O that O of O the O glide B-Algorithm reflection I-Algorithm , O so O the O even O powers O of O the O glide B-Algorithm reflection I-Algorithm form O a O translation B-Algorithm group I-Algorithm . O Niinō O thought O it O was O necessary O to O offer O three O playable O Servants O ( O Saber B-Algorithm , O Archer O , O and O Caster O ) O , O all O of O whom O differ O in O different O skills O , O character O , O and O difficulty O . O Advocates O of O hybrid B-Algorithm models O ( O combining O neural B-Architecture networks I-Architecture and O symbolic O approaches O ) O say O that O such O a O mixture O can O better O capture O the O mechanisms O of O the O human O mind O . O The O FIS-B O broadcast O will O allow O receiving O aircraft O to O view O weather O and O flight O service O information O including O AIRMETs O , O SIGMETs O , O METARs O , O SPECI O , O national O NEXRAD B-Algorithm , O regional O NEXRAD B-Algorithm , O D-NOTAMs O , O FDC-NOTAMs O , O PIREPs O , O special O use O airspace O status O , O terminal O area O forecasts O , O amended O terminal O aerodrome O forecasts O ( O TAFs O ) O , O and O winds O and O temperatures O aloft O forecasts O . O It O can O be O shown O that O the O Fibonacci B-Algorithm sequence I-Algorithm is O located O within O the B-Algorithm Mandelbrot I-Algorithm set I-Algorithm and O that O a O relation O exists O between O the O main O cardioid O and O the O Farey O Diagram O . O Versions O 1 O and O 2 O of O the O protocol O use O the O X25519 B-Application algorithm O for O key O exchange O , O EdDSA B-Algorithm for O signatures O , O as O well O as O XSalsa20-Poly1305 O or O XChaCha20-Poly1305 O for O authenticated O encryption O . O Holga B-Algorithm Enlargers O , O an O inexpensive O darkroom O enlarger O with O two O available O lenses O and O several O masks/negative O carriers O for O both O 120 O and O 35mm O formats O . O The O name O bit B-Algorithm shift I-Algorithm map I-Algorithm arises O because O , O if O the O value O of O an O iterate O is O written O in O binary O notation O , O the O next O iterate O is O obtained O by O shifting O the O binary O point O one O bit O to O the O right O , O and O if O the O bit O to O the O left O of O the O new O binary O point O is O a O " O one O " O , O replacing O it O with O a O zero O . O For O example O , O consider O the O piecewise B-Algorithm definition O of O the O absolute O value O function O : O In O contrast O , O a O linear-fractional B-Algorithm programming I-Algorithm is O used O to O achieve O the O highest O ratio O of O outcome O to O cost O , O the O ratio O representing O the O highest O efficiency O . O The O cover-uncover O test O can O also O be O used O for O more O problematic O disorders O of O binocular B-Algorithm vision I-Algorithm , O the O tropias O . O Evince B-Language allows O the O selection O of O text O in O PDF B-Application files I-Application and O allows O users O to O highlight O and O copy O text O from O documents O made O from O scanned O images B-Algorithm , O if O the O PDF B-Application includes O OCR O data O . O This O even O applied O to O 35mm O SLR B-Algorithm cameras I-Algorithm , O whereby O their O common O lens O mount O was O now O referred O to O as O the O Rollei/Voigtländer O bayonet O . O Rollei O had O already O shown O the O Rolleiflex B-Algorithm SLX O to O selected O journalists O in O Singapore O in O 1973 O , O and O presented O it O at O photokina O ( O Germany O ) O in O 1974 O , O but O this O innovative O camera O did O not O go O into O production O until O September O 1976 O . O It O was O the O first O microprocessor-controlled B-Architecture medium O format O camera O in O the O world O , O whereby O the O aperture O and O shutter O speed O were O set O electronically O via O two O linear B-Algorithm electric I-Algorithm motors I-Algorithm built O into O the O lens O . O Most O importantly O , O these O innovations O allowed O Rollei O to O distinguish O itself O from O Hasselblad B-Algorithm . O Its O Swedish O rival O promoted O the O extraordinary O reliability O of O its O cameras O , O as O shown O by O the O role O Hasselblad B-Algorithm cameras O played O in O the O missions O to O the O Moon O – O publicity O that O was O impossible O to O trump O . O The O Rolleimatic B-Algorithm was O the O last O new O camera O to O go O into O production O before O Rollei O went O bankrupt O . O A O real O or O complex O square B-Algorithm matrix I-Algorithm is O called O normal B-Algorithm if O If O a O real B-Algorithm square I-Algorithm matrix I-Algorithm is O symmetric B-Algorithm , O skew-symmetric O , O or O orthogonal O , O then O it O is O normal B-Algorithm . O Another O reason O for O adding O frequency B-Algorithm agility I-Algorithm has O nothing O to O do O with O military O use O ; O weather B-Application radars I-Application often O have O limited O agility O to O allow O them O to O strongly O reflect O off O rain O , O or O alternately O , O to O see O through O it O . O CAD B-Algorithm Schroer I-Algorithm UK O remains O a O software B-Application development O centre O in O Cambridge O , O whose O staff O continue O to O develop O and O support O MEDUSA4 O and O MPDS4 B-Algorithm in O partnership O with O CAD B-Application development O experts O at O CAD B-Algorithm Schroer I-Algorithm GmbH O in O Moers O , O Germany O . O The O chromosomes O of O gene B-Algorithm expression I-Algorithm programming I-Algorithm are O usually O composed O of O more O than O one O gene O of O equal O length O . O The O threshold O voltage O is O tuned O by O including O a B-General_Concept thin O " O work O function O metal O " O layer O between O the O high-κ B-Algorithm dielectric I-Algorithm and O the O main O metal O . O the O AGC O line O in O an O AM O superheterodyne O receiver O , O or O the O limiter O stage O or O FM B-Algorithm detector O in O an O FM B-Algorithm receiver O . O Therefore O , O digital B-Algorithm imaging I-Algorithm allows O ourselves O to O be O represented O in O a O way O so O as O to O reflect O our O social O presence O . O Genetic B-Algorithm programming I-Algorithm has O been O used O to O produce O music O since O the O work O of O Lee O Spector O and O Alpern O Alpern O on O evolved O bebop O musicians O in O 1994 O and O 1995 O , O and O in O 1997 O Brad O Johanson O and O Riccardo O Poli O developed O the O which O used O genetic B-Algorithm programming I-Algorithm to O breed O melodies O according O to O both O human O and O automated O ratings O . O Algorithm B-Algorithm X I-Algorithm is O a O recursive O , O nondeterministic O , O depth-first B-Algorithm , O backtracking B-Algorithm algorithm I-Algorithm that O finds O all O solutions O to O the O exact O cover O problem O . O For O a O feedforward B-Algorithm neural I-Algorithm network I-Algorithm , O the O depth O of O the O CAPs O is O that O of O the O network O and O is O the O number O of O hidden O layers O plus O one O ( O as O the O output O layer O is O also O parameterized O ) O . O The O complex O specifically O targeted O human O prostate O cancer O cells O in O vitro O , O and O these O results O suggest O that O SIPPs B-Algorithm may O have O a O role O in O the O future O as O tumor-specific O contrast B-Algorithm agents I-Algorithm . O An O alternant B-Error_Name code I-Error_Name over O GF(q ) O of O length O n O is O defined O by O a O parity O check O matrix O H O of O alternant B-Algorithm form O Hi O , O j O = O αjiyi O , O where O the O αj O are O distinct O elements O of O the O extension O GF(qm ) O , O the O yi O are O further O non-zero O parameters O again O in O the O extension O GF(qm ) O and O the O indices O range O as O i O from O 0 O to O δ1 O , O j O from O 1 O to O n O . O The O power O and O size O of O industrial O robots B-Algorithm mean O they O are O capable O of O inflicting O severe O injury O if O programmed O incorrectly O or O used O in O an O unsafe O manner O . O Another O property O which O will O be O useful O in O describing O the O composition O of O generalized B-Algorithm Hough I-Algorithm transforms I-Algorithm is O the O change O of O reference O point O . O An O early O comparison O that O took O varying O encoding O speed O into O account O showed O x265 O to O narrowly O beat O libvpx B-Language at O the O very O highest O quality O ( O slowest O encoding O ) O whereas O libvpx B-Language was O superior O at O any O other O encoding O speed O , O by O SSIM B-Algorithm . O Structural B-Algorithm recursion I-Algorithm includes O nearly O all O tree B-Algorithm traversals I-Algorithm , O including O XML O processing O , O binary O tree O creation O and O search O , O etc O . O By O considering O the O algebraic O structure O of O the O natural O numbers O ( O that O is O , O a O natural O number O is O either O zero O or O the O successor O of O a O natural O number O ) O , O functions O such O as O factorial O may O also O be O regarded O as O structural B-Algorithm recursion I-Algorithm . O Meggitt O 's O method O also O suggested O the O use O of O base O 10 O rather O than O base O 2 O , O as O used O by O Volder B-Algorithm 's I-Algorithm CORDIC I-Algorithm so O far O . O steepest B-Algorithm descent I-Algorithm ( O with O variable O learning B-General_Concept rate I-General_Concept and O momentum O , O resilient B-Algorithm backpropagation I-Algorithm ) O ; O If O the O transducer B-Algorithm 's O processor O is O not O able O to O respond O , O the O bus O will O remain O high O during O the O read O . O Conical B-Algorithm scanning I-Algorithm was O similar O in O concept O to O lobe O switching O , O but O as O the O name O implies O it O was O operated O in O a O rotary O fashion O instead O of O two O directions O . O For O example O , O to O form O the O deterministic O equivalent O to O the O above O stochastic O linear B-Algorithm program I-Algorithm , O we O assign O a O probability O to O each O scenario O . O Extensions O to O the O core O system O , O including O emulation O of O other O window B-Application managers I-Application , O and O unusual O layout O algorithms O — O such O as O window O tiling B-Algorithm based O on O the O Fibonacci B-Algorithm spiral I-Algorithm — O have O been O implemented O by O the O active O community O and O are O available O as O a O library O . O Some O compact B-Algorithm cameras I-Algorithm have O also O PSAM O mode O . O If O we O couple O the O local O scale O and O integration O scale O by O a O relative O integration O scale O , O such O that O then O for O any O fixed O value O of O , O we O obtain O a O reduced O self-similar O one-parameter O variation O , O which O is O frequently O used O to O simplify O computational O algorithms O , O for O example O in O corner B-Algorithm detection I-Algorithm , O interest O point O detection O , O texture O analysis O and O image B-Algorithm matching I-Algorithm . O Filters B-Algorithm are O commonly O used O in O social O digital B-Application photography I-Application , O some O of O which O reflect O the O nostalgic O gap O left O by O the O disappearance O of O film O photography O . O For O the O Martini B-Algorithm force O field O 4 O bead O categories O have O been O defined O : O Q O ( O charged O ) O , O P O ( O polar O ) O , O N O ( O nonpolar O ) O , O and O C O ( O apolar O ) O . O The O FIR O filter O 's O zeros O can O be O combined O with O the O recursive B-Algorithm filter I-Algorithm 's O poles O to O make O a O general O high-quality O smoothing O filter O . O The O Lucy B-Algorithm – I-Algorithm Hook I-Algorithm coaddition I-Algorithm method I-Algorithm is O an O extension O of O the O standard O Richardson B-Algorithm – I-Algorithm Lucy I-Algorithm deconvolution I-Algorithm iterative O restoration O method O . O Finally O , O a O significant O part O of O the O field O is O devoted O to O the O implementation O aspect O of O computer B-Application vision I-Application ; O how O existing O methods O can O be O realized O in O various O combinations O of O software O and O hardware O , O or O how O these O methods O can O be O modified O in O order O to O gain O processing B-Algorithm speed O without O losing O too O much O performance O . O Molecular B-Algorithm processors I-Algorithm are O currently O in O their O infancy O and O currently O only O a O few O exist O . O Single O CF B-Device card I-Device slot O on O older O models O ( O 1D B-Algorithm and O 1Ds B-Algorithm ) O . O There O are O two O main O technologies O for O high-rate O DRIE B-Algorithm : O cryogenic O and O Bosch O , O although O the O Bosch O process O is O the O only O recognised O production O technique O . O Using O an O EF-EOS O R O mount O adapter O , O the O EOS B-Algorithm R I-Algorithm can O accept O all O Canon B-Application EF I-Application and O EF-S B-Algorithm lenses I-Algorithm . O However O , O because O Graflex B-Algorithm printed O separate O catalogs O for O its O studio O and O portable O offerings O , O many O erroneously O believe O the O Century O Studios O to O have O been O manufactured O elsewhere O . O This O allows O for O more O control O over O the O shape O of O the O curve O without O unduly O raising O the O number O of O control B-Algorithm points I-Algorithm . O It O was O the O US O 's O first O Pulse-Doppler B-Algorithm radar I-Algorithm , O giving O it O look-down/shoot O -down O capability O , O and O was O also O the O first O track B-Algorithm while I-Algorithm scan I-Algorithm radar O ( O could O track O one O target O at O a O time O ) O . O One O known O issue O in O this O respect O is O deciding O what O constitutes O the O edge O of O the O useful O information O in O a O digital B-Algorithm image I-Algorithm , O as O the O limits O employed O in O the O box B-Algorithm counting I-Algorithm strategy O can O affect O the O data O gathered O . O DeviantArt O United O States O Free B-Algorithm image I-Algorithm hosting I-Algorithm , O registration O required O . O The O Nikon B-Algorithm 50 O mm O 1.8D O AF O Nikkor O is O one O of O Nikon B-Algorithm 's O 50mm O lenses O . O IRC-Galleria B-Algorithm users O are O required O to O be O 13 O years O of O age O or O older O . O Pixel B-Algorithm shifting O , O as O described O here O , O was O pioneered O in O the O consumer O space O by O JVC O , O and O later O in O the O commercial O space O by O Epson O . O Specifically O , O in O the O area O of O computer B-Application vision I-Application , O the O N-jet B-Algorithm is O usually O computed O from O a O scale B-Algorithm space I-Algorithm representation I-Algorithm of O the O input O image O , O and O the O partial O derivatives O of O are O used O as O a O basis O for O expressing O various O types O of O visual O modules O . O Apple O provides O applications O in O the O FireWire O software O developer O kit O which O allow O any O Mac O with O a O FireWire O port O to O record O the O MPEG2 B-Algorithm transport O stream O from O a O FireWire-equipped O cable O box O ( O for O example O : O Motorola O DCT62xx O , O including O HD B-Device streams O ) O . O In O the O GPUs B-Architecture , O vertices O and O fragments O are O the O elements O in O streams O and O vertex O and O fragment O shaders O are O the O kernels B-Algorithm to O be O run O on O them O . O Not O considering O the O fact O that O this O URI B-Protocol format O is O not O RFC O compliant O , O UUHash B-Algorithm refers O to O the O Base64-encoding O of O the O hash B-Error_Name and O not O the O hash B-Error_Name itself O . O The O BLAS B-Application standard O for O linear B-Language algebra I-Language subroutines O explicitly O avoids O mandating O any O particular O computational O order O of O operations O for O performance O reasons O , O and O BLAS B-Application implementations O typically O do O not O use O Kahan B-Algorithm summation I-Algorithm . O According O to O documentation O provided O by O DivX B-Application on O their O DivX B-Application Developer O Portal O , O it O is O possible O to O make O DivX B-Algorithm Plus I-Algorithm HD I-Algorithm compatible O files O via O other O H.264 B-Application encoders O , O such O as O the O open B-License source I-License x264 B-Language encoder O . O It O was O a O 35mm O SLR B-Algorithm with O a O Copal O CLS O electronic O focal O plane O shutter O , O which O was O produced O for O Leica O and O Minolta O only O . O The O L-mount B-Algorithm exists O in O two O versions O , O an O APS-C O version O ( O TL O ) O and O a O full-frame O version O ( O SL O ) O . O A O topological B-Architecture vector I-Architecture space I-Architecture ( O TVS O ) O is O called O a O Mackey B-Algorithm space I-Algorithm if O its O topology O is O the O same O as O the O Mackey B-Algorithm topology I-Algorithm . O Active O edge O table O entries O are O maintained O in O an O X-sorted O list O by O bubble B-Algorithm sort I-Algorithm , O effecting O a O change O when O 2 O edges O cross O . O Then O each O byte O is O XORed O with O a O key O byte O and O an O earlier O ciphertext O byte O , O processed O through O the O S-box B-Algorithm , O and O XORed O with O the O previous O plaintext O byte O . O the O strict O upper B-Algorithm contour I-Algorithm set I-Algorithm of O would O be O the O set O of O all O such O that O , O Given O a O similarity O graph B-Application G(V,E ) O , O HCS B-Algorithm clustering I-Algorithm algorithm I-Algorithm will O check O if O it O is O already O highly O connected O , O if O yes O , O returns O G O , O otherwise O uses O the O minimum O cut O of O G O to O partition O G O into O two O subgraphs O H O and O H O ' O , O and O recursively O run O HCS B-Algorithm clustering I-Algorithm algorithm I-Algorithm on O H O and O H O ' O . O It O is O slower O than O external B-Algorithm merge I-Algorithm sort O , O but O does O n't O require O extra O disk B-Device space O . O " O bbo O : O Biogeography-Based B-Algorithm Optimization I-Algorithm " O is O an O R B-Language package O for O continuous O BBO O . O Android B-Application 10 I-Application finally O added O native O support O for O .opus B-Algorithm extensions O . O An O advantage O of O LVQ B-Algorithm is O that O it O creates O prototypes B-Application that O are O easy O to O interpret O for O experts O in O the O respective O application O domain O . O Rotational B-Algorithm correlation I-Algorithm time I-Algorithm ( O ) O is O the O average O time O it O takes O for O a O molecule O to O rotate O one O radian O . O According O to O the O projections O contained O in O the O 2021 O update O of O the O International O Roadmap O for O Devices O and O Systems O published O by O IEEE O Standards O Association O Industry O Connection O , O a O " O 5 B-Algorithm nm I-Algorithm node O is O expected O to O have O a O contacted O gate O pitch O of O 51 O nanometers O and O a O tightest O metal O pitch O of O 30 O nanometers O " O . O For O example O , O a O very-low-distortion O sinewave O oscillator O can O be O used O as O input O to O equipment O under O test O ; O the O output O is O sent O to O a O sound B-Device card I-Device 's O line O input O and O run O through O Fourier B-Algorithm transform I-Algorithm software O to O find O the O amplitude B-Application of O each O harmonic O of O the O added O distortion O . O Other O related O optimization O algorithms O include O random B-Algorithm optimization I-Algorithm , O beam B-Algorithm search I-Algorithm and O metaheuristics O like O simulated B-Algorithm annealing I-Algorithm . O The O perceptron B-Algorithm is O a O linear B-General_Concept classifier I-General_Concept , O therefore O it O will O never O get O to O the O state O with O all O the O input O vectors O classified O correctly O if O the O training O set O is O not O linearly O separable O , O i.e. O RoadEng O is O the O original O software O program O developed O by O Softree B-Algorithm Technologies I-Algorithm , O with O early O adopters O including O government O agencies O like O the O USDA O Forest O Service O . O A O neural B-Architecture network I-Architecture without O residual O parts O explores O more O of O the O feature B-Algorithm space I-Algorithm . O Ello B-Algorithm launched O on O March O 19 O , O 2014 O , O complete O with O a O manifesto O that O claimed O to O distinguish O it O from O other O social O networks O like O Facebook B-Application . I-Application 9335 O Direct O Access O Storage O Subsystem O This O HDD O used O in O this O subsystem O was O developed O under O the O code O name O " O Kestrel O " O at O IBM O Hursley O , O UK O , O and O was O an O 850MB O HDD O using O three O 14-inch O disks B-Device with O dual O rotary B-Algorithm actuators I-Algorithm , O each O actuator O accessing O three O surfaces O with O two O heads O per O surface O . O The O HDD O was O in O the O rack O mountable O 9335 O announced O as O a O part O of O the O October O 1986 O IBM B-Device 9370 I-Device Information O System O announcement O . O Kinect B-Algorithm did O not O use O controllers B-Device , O instead O making O the O players O act O as O the O " O controllers B-Device " O . O Palomar O Observatory O used O Amigas B-Device to O calibrate O and O control B-Device the O charge-coupled B-Algorithm devices I-Algorithm in O their O telescopes O , O as O well O as O to O display O and O store O the O digitized O images O they O collected O . O It O turns O out O that O there O is O a O finite O Graver O complexity O function O g(m ) O such O that O for O any O n O , O the O type O of O any O element O of O the O Graver B-Algorithm basis I-Algorithm is O at O most O g(m ) O . O where O and O denote O erosion B-Algorithm and O dilation B-Algorithm , O respectively O . O A O material O commonly O used O in O SSNTDs B-Algorithm is O polyallyl O diglycol O carbonate O ( O PADC O ) O , O also O known O as O Tastrak O , O CR-39 O and O CR39 O . O Various O sorting B-Algorithm tasks O are O essential O in O industrial O processes O . O The O camera O shares O a O few O features O with O the O 450D B-Algorithm . O The O top-to-bottom O motion O of O the O focal O plane O shutter O exposed O the O upper O portion O of O the O film O first O ( O i.e. O , O the O bottom O of O the O inverted O image O as O seen O at O the O focal O plane O ) O , O so O many O photographs O of O automobile O racing O taken O with O Speed B-Algorithm Graphics I-Algorithm depicted O the O wheels O of O cars O in O an O oval O shape O leaning O forward O . O Starting O with O a O generic O fifth-order O polynomial O function O , O its O first B-Algorithm derivative I-Algorithm and O its O second O derivative B-Algorithm : O This O , O combined O with O their O overall O performance O benefits O and O reduced O power O requirements O , O may O offset O the O initial O costs O of O using O ball B-Algorithm screws I-Algorithm . O If O X O is O infinite-dimensional O , O to O show O the O existence O of O a O linear B-Algorithm functional I-Algorithm which O is O not O continuous O then O amounts O to O constructing O f O which O is O not O bounded O . O It O was O the O first O camera O with O a O rangefinder B-Algorithm and O viewfinder O combined O in O a O single O window O . O For O received O signals O , O by O determining O how O much O in-phase O carrier O and O how O much O quadrature O carrier O is O present O in O the O signal O it O is O possible O represent O that O signal O using O in-phase B-Algorithm and I-Algorithm quadrature I-Algorithm components I-Algorithm , O so O IQ O data O can O get O generated O from O a O signal O with O reference O to O a O carrier O sine O wave O . O However O , O due O to O the O negative O lobes O on O the O kernel O , O it O causes O overshoot B-Algorithm ( O haloing B-Algorithm ) O . O Stations O on O channels O 52 O to O 69 O did O not O have O the O first O option O , O as O the O FCC O and O then O the O U.S. O Congress O revoked O them O from O the O bandplan B-Algorithm . O Replicating O Bloom B-Algorithm filters I-Algorithm are O more O efficient O when O the O number O of O queries O is O much O larger O than O the O number O of O elements O that O the O Bloom B-Algorithm filter I-Algorithm contains O , O the O break O even O point O compared O to O Distributed O Bloom B-Algorithm filters I-Algorithm is O approximately O after O accesses O , O with O as O the O false O positive O rate O of O the O bloom B-Algorithm filter I-Algorithm . O use O of O global O optimization O techniques O such O as O sampling O of O the O posterior O density O function O and O Metropolis B-Algorithm algorithm I-Algorithm in O the O inverse O problem O probabilistic O framework O , O genetic O algorithms O ( O alone O or O in O combination O with O Metropolis B-Algorithm algorithm I-Algorithm : O see O for O an O application O to O the O determination O of O permeabilities O that O match O the O existing O permeability O data O ) O , O neural O networks O , O regularization O techniques O including O multi O scale O analysis O ; O Giphy B-Algorithm was O founded O by O Alex O Chung O and O Jace O Cooke O in O February O 2013 O . O One O of O the O most O common O industrial O applications O of O Hall B-Algorithm sensors I-Algorithm used O as O binary O switches O is O in O position O sensing O . O Countably O infinite O groups O with O arbitrarily O small O translations B-Algorithm , O rotations B-General_Concept , O or O combinations O In O this O case O there O are O points O for O which O the O set O of O images O under O the O isometries O is O not O closed O . O In O August O 2018 O Intel O acquired O Vertex.AI O , O a O startup O whose O mission O statement O was O “ O deep B-Algorithm learning I-Algorithm for O every O platform O ” O . O The O DIGIC O X O was O introduced O together O with O the O 1D B-Algorithm X I-Algorithm Mark I-Algorithm III I-Algorithm in O February O 2020 O . O A B-Device significant O reduction O in O power O consumption O against O previous O Dual O DIGIC O 6+ O processors O . O The O Canon B-Algorithm EOS-1D I-Algorithm X I-Algorithm Mark I-Algorithm III I-Algorithm introduced O in O February O 2020 O . O The O Hasty B-Algorithm Pudding I-Algorithm cipher I-Algorithm is O in O the O public O domain O . O The O two-square B-Algorithm cipher I-Algorithm uses O two O 5x5 O matrices O and O comes O in O two O varieties O , O horizontal O and O vertical O . O Ricoh B-Algorithm Theta I-Algorithm M15 O : O 4 O GB O memory O . O A O classifier B-Algorithm chain I-Algorithm is O an O alternative O method O for O transforming O a O multi-label B-General_Concept classification I-General_Concept problem O into O several O binary B-General_Concept classification I-General_Concept problems O . O They O are O also O used O for O dynamic B-Algorithm programming I-Algorithm algorithms O , O used O in O DNA O and O protein O sequence O analysis O . O in O the O Fibonnaci B-Algorithm sequence I-Algorithm . O The O amplitudes O of O the O harmonic O groups O are O restricted O by O a O envelope O ( O sinc B-Algorithm function I-Algorithm ) O and O extend O to O infinity O . O Electron B-Algorithm holography I-Algorithm with O high-energy O electrons O ( O 80-200keV O ) O can O be O realized O in O a O transmission O electron O microscope O ( O TEM O ) O in O an O off-axis O scheme O . O Raster B-Algorithm data O sets O can O be O very O large O , O so O image B-General_Concept compression I-General_Concept techniques O are O often O used O . O – O Zeabolos O ' O childhood O friend O representing O Leviathan B-Algorithm 's O sin O of O envy O and O jealousy O , O who O maintains O a O mature O facade O amongst O others O . O This O method O has O , O however O , O been O shown O to O be O vulnerable O to O dictionary O attacks O and O rainbow B-Algorithm table I-Algorithm approaches O . O The O submodular B-Algorithm Bregman B-Algorithm divergences I-Algorithm subsume O a O number O of O discrete O distance O measures O , O like O the O Hamming O distance O , O precision O and O recall O , O mutual O information O and O some O other O set O based O distance O measures O ( O see O Iyer O & O Bilmes O , O 2012 O ) O for O more O details O and O properties O of O the O submodular B-Algorithm Bregman O . O ) O Single-sideband B-Device modulation I-Device uses O bandpass O filters O to O eliminate O one O of O the O sidebands O and O possibly O the O carrier O signal O , O which O improves O the O ratio O of O message O power O to O total O transmission O power O , O reduces O power O handling O requirements O of O line O repeaters O , O and O permits O better O bandwidth B-Algorithm utilization O of O the O transmission O medium O . O More O formally O , O the O data O being O sorted O can O be O represented O as O a O record O or O tuple O of O values O , O and O the O part O of O the O data O that O is O used O for O sorting B-Algorithm is O called O the O key O . O Thus O any O potential O dimension B-Algorithm reduction I-Algorithm may O be O achieved O by O choosing O , O the O number O of O principal B-Application components I-Application to O be O used O , O through O appropriate O thresholding O on O the O cumulative O sum O of O the O eigenvalues O of O . O Although O there O were O initially O no O plans O to O release O a O sequel O , O LittleBigPlanet B-Application became O a O franchise O with O LittleBigPlanet B-Application 2 I-Application , O spin-offs O and O LittleBigPlanet B-Algorithm 3 I-Algorithm and O Sackboy O became O a O mascot O for O Sony O . O First O phase O : O Deployment O , O since O 2001 O , O of O an O experimental O digital B-Application TV I-Application broadcasting O unit O using O DVB-T O system O , O and O MPEG-2 B-Algorithm compression O , O implemented O in O Boukornine O site O , O to O insure O the O coverage O of O Great O Tunis O ( O 25% O of O population O ) O . O That O is O , O a O figure O which O does O not O change O upon O undergoing O a O reflection B-Algorithm has O reflectional B-Algorithm symmetry I-Algorithm . O Solomon O equations O are O used O to O calculate O the O transfer O of O magnetization O as O a O result O of O relaxation B-Algorithm in O a O dipolar O system O . O In O neuroimaging B-Algorithm , O spatial B-Algorithm normalization I-Algorithm is O an O image B-Algorithm processing I-Algorithm step O , O more O specifically O an O image B-Algorithm registration I-Algorithm method O . O Statistics O from O Photo O sharing O website O Flickr O also O show O that O the O D90 O is O ranked O as O the O most O used O Nikon B-Algorithm system O in O terms O of O picture O uploads O . O This O includes O also O the O computation O of O the O asymptotic O behavior O of O the O function O at O infinity O , O and O thus O the O definite B-Algorithm integrals I-Algorithm on O unbounded O intervals O . O Simucube O was O one O of O the O manufacturers O who O previously O provided O Open O Sim O Wheel O kits O , O and O is O a O brand O name O owned O by O the O Finnish O manufacturer O Granite O Devices O , O which O also O supplies O driver O electronics O for O controlling O servomotors B-Algorithm and O stepper B-Algorithm motors I-Algorithm , O both O for O sim B-Application racing I-Application and O industrial O use O . O The O camera O will O also O accept O Canon O 's O earlier O FL-mount B-Algorithm lenses O through O the O use O of O stop-down O metering O . O The O first O such O scheme O is O the O ElGamal B-Algorithm encryption I-Algorithm . O Given O an O 80-bit O key O k0 O ... O k79 O and O an O l-bit O IV B-Algorithm v0 O ... O vl−1 O ( O where O 0 O ≤ O l O < O 80 O ) O , O Trivium B-Algorithm is O initialized O as O follows O : O Examples O of O operator B-Algorithm algebras I-Algorithm that O are O not O self-adjoint O include O : O This O is O one O of O the O reasons O for O the O creation O of O the O wavelet B-Algorithm transform I-Algorithm and O multiresolution O analysis O , O which O can O give O good O time O resolution O for O high-frequency O events O and O good O frequency O resolution O for O low-frequency O events O , O the O combination O best O suited O for O many O real O signals O . O Its O sibling O is O the O Sony B-Algorithm Cyber-shot I-Algorithm DSC-HX90V I-Algorithm . O US O band B-Algorithm plan I-Algorithm , O in O its O turn O , O is O characterized O by O a O number O of O inconsistencies O : O i O ) O non-existence O of O in-band O interoperability O ( O i.e. O There O are O two O general O types O of O concentration B-Algorithm cells I-Algorithm . O The O 550D B-Algorithm comes O with O following O image O processing O and O camera O operating O software O : O ZoomBrowser O EX O / O ImageBrowser O Image O Processing O , O Digital B-Application Photo I-Application Professional I-Application , O PhotoStitch O , O EOS O Utility O and O Picture O Style O Editor O . O Quantum B-Algorithm walks I-Algorithm are O quantum O analogues O of O classical O random O walks O . O Originally O intended O for O constraint B-Application programming I-Application , O CHR O finds O applications O in O grammar B-Algorithm induction I-Algorithm , O type O systems O , O abductive O reasoning O , O multi-agent O systems O , O natural B-Language language I-Language processing I-Language , O compilation B-Language , O scheduling B-Application , O spatial-temporal O reasoning O , O testing O , O and O verification O . O Since O the O variant O of O CA O described O here O can O be O applied O either O with O a O focus O on O the O rows O or O on O the O columns O it O should O in O fact O be O called O simple O ( O symmetric O ) O correspondence B-Algorithm analysis I-Algorithm . O Ken O Perlin O suggested O an O improved O version O of O the O commonly O used O first-order O smoothstep B-Algorithm function O , O equivalent O to O the O second O order O of O its O general O form O . O Other O than O this O , O all O the O key O is O contained O in O the O S-boxes B-Algorithm . O The O random B-Algorithm forest I-Algorithm is O another O method O : O it O outputs O the O prediction O that O is O the O mode O of O the O predictions O output O by O individual O models O . O The O channel O state O information O ( O CSI O ) O that O the O equalizer B-Algorithm operates O on O comes O from O some O channel O estimation O technique O , O and O hence O un-reliable O . O Similarly O , O the O image O projected O to O a O phase-detection O autofocus O system O that O is O not O part O of O the O image B-Algorithm sensor I-Algorithm , O if O used O , O is O not O stabilized O . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O Hyper-threading B-Operating_System , O Intel O 64 O , O Intel O VT-x O , O ECC B-General_Concept memory I-General_Concept . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O Enhanced O Intel B-Device SpeedStep I-Device Technology O ( O EIST B-Device ) O , O Intel B-Device Turbo I-Device Boost I-Device , O Intel O 64 O ( O according O to O Datasheet O ) O , O XD B-General_Concept bit I-General_Concept ( O an O NX B-General_Concept bit I-General_Concept implementation O ) O , O Intel O VT-x O , O AES-NI B-Algorithm , O ECC B-General_Concept memory I-General_Concept . O It O is O a O plug-in O device O that O sits O on O the O accessory B-Algorithm shoe I-Algorithm and O increases O the O metering O sensitivity O by O a O factor O of O 16 O for O measuring O exposure O in O poor O light O . O The O Nikon B-Algorithm D70 I-Algorithm has O been O considered O superior O to O its O predecessor O , O the O D100 B-Algorithm , O despite O the O higher O price O of O the O latter O . O This O is O what O happens O , O for O example O , O when O the O original O signal O is O known O to O have O no O auto O correlation O , O and O we O " O whiten B-Algorithm " O the O received O signal O . O The O RD-175 O was O also O notable O as O the O first O consumer O digital O camera O to O be O used O in O a O professional O stop O motion O production O , O being O used O to O create O the O full-motion O claymation O adventure O video O game O The B-Application Neverhood I-Application . O Since O state O of O the O art O CCD B-Algorithm resolution O at O the O time O was O not O sufficient O for O Minolta O , O the O light O entering O the O central O 12 O mm O × O 16 O mm O area O of O the O RD-175 O ' O s O focal O plane O was O compressed O by O 0.4x O relay O optics O behind O the O focal O plane O , O similar O to O the O optical O reduction O system O used O in O the O Nikon B-Algorithm E I-Algorithm series I-Algorithm . O Then O the O light O was O split O and O sent O to O three O separate O 4.8 O × O 6.4mm O sized O 768 O × O 494 O pixel O ( O 3 O × O 0.38MP O ) O image B-Algorithm sensors I-Algorithm , O two O used O for O green O and O one O for O the O red O and O blue O color O , O reducing O the O sensitivity O increase O to O about O 2 O stops O . O The O delay O between O when O the O long-wave B-Algorithm signal O was O sent O from O the O transmitter O ( O when O the O coded O time O was O correct O ) O and O when O the O signal O is O received O by O the O clock O ( O when O the O coded O time O is O slightly O late O ) O depends O on O the O overland O distance O between O the O clock O and O the O transmitter O and O the O speed O of O light O through O the O air O , O which O is O also O very O nearly O constant O . O However O , O there O are O no O known O three-dimensional O single O domain B-Algorithm spectral O shock O capturing O results O . O Bloom B-Algorithm filters I-Algorithm provided O lower O cost O than O the O previous O Bing B-Application index O , O which O was O based O on O inverted B-Algorithm files I-Algorithm . O For O example O , O in O low-threshold B-Algorithm spikes I-Algorithm depolarizations O by O the O T-type O calcium O channel O occur O at O low O , O negative O , O membrane O depolarizations O resulting O in O the O neuron O reaching O the O threshold O . O A O preordering O is O a O list O of O the O vertices O in O the O order O that O they O were O first O visited O by O the O depth-first B-Algorithm search I-Algorithm algorithm O . O The O camera O in O the O Galaxy B-Application S7 I-Application has O 12 O megapixels O , O down O from O the O Galaxy B-Application S6 I-Application 's O 16 O megapixels O to O achieve O a O larger O pixel O size O on O the O image B-Algorithm sensor I-Algorithm , O enabling O it O to O capture O more O light O under O the O same O conditions O . O WhatsApp B-Application uses O Opus B-Algorithm at O 816 O kHz O sampling O rates O . O This O method O does O one O or O more O Miller B-Algorithm – I-Algorithm Rabin I-Algorithm tests I-Algorithm with O random O bases O . O Solve O the O ( O explicit O ) O LP-type B-Algorithm problem I-Algorithm defined O by O using O Clarkson O 's O algorithm O , O which O performs O a O linear O number O of O violation O tests O and O a O polylogarithmic O number O of O basis O evaluations O . O +architectureparameter O counttraining O dataGPT-112-level O , O 12-headed O Transformer B-Algorithm decoder O ( O no O encoder O ) O , O followed O by O linear-softmax.0.12 O billionBookCorpus O : O 4.5 O GB O of O text O , O from O 7000 O unpublished O books O of O various O genres.GPT-2GPT-1 O , O but O with O modified O normalization1.5 O billionWebText O : O 40 O GB O of O text O , O 8 O million O documents O , O from O 45 O million O webpages O upvoted O on O Reddit.GPT-3GPT-2 O , O but O with O modification O to O allow O larger O scaling.175 O billion570 O GB O plaintext O , O 0.4 O trillion O tokens O . O The O Beaulieu B-Algorithm 5008 I-Algorithm S I-Algorithm is O a O Super O 8 O mm O film O dual-speed O professional O camera O . O Normally O , O linear O dynamics O would O not O be O sufficient O for O nontrivial O reservoir B-Algorithm computing I-Algorithm either O . O X(N ) O OR-SAT O stands O for O a O satisfiability B-Algorithm problem I-Algorithm which O is O the O AND O of O several O boolean O linear O equations O that O can O be O written O as O XOR O clauses O . O When O K O is O the O field O of O real O numbers O , O a O pseudoreflection B-Algorithm has O matrix O form O diag( 1 O , O ... O , O 1 O , O -1 O ) O . O One O way O to O move O the O system O towards O a O thermodynamic O equilibrium O distribution O is O to O change O the O state O of O the O particles O using O the O Metropolis B-Algorithm – I-Algorithm Hastings I-Algorithm . O Usage O : O Overshoot B-Algorithm occurs O when O the O transitory O values O exceed O final O value O . O Human B-General_Concept sensing I-General_Concept ( O also O called O human B-General_Concept detection I-General_Concept or O human B-Algorithm presence I-Algorithm detection I-Algorithm ) O encompasses O a O range O of O technologies O for O detecting O the O presence O of O a O human O body O in O an O area O of O space O , O typically O without O the O intentional O participation O of O the O detected O person O . O Extracting O elements O from O one O of O the O prototypes O of O a O synthesizer O he O was O developing O for O Guild O Guitar O Company O , O Mike O Beigel O based O the O Mu-Tron B-Algorithm III I-Algorithm , O at O the O instigation O of O Guild O engineer O Aaron O Newman O , O on O a O prototype O called O the O Timbre O Generator O . O A O naive O approach O to O construct O a O suffix B-Algorithm array I-Algorithm is O to O use O a O comparison-based B-Algorithm sorting I-Algorithm algorithm I-Algorithm . O Goma B-Algorithm uses O advanced O numerical B-Algorithm methods I-Algorithm , O focusing O on O the O low-speed O flow O regime O with O coupled O phenomena O for O manufacturing O and O performance O applications O . O The O main O lemma O for O proving O the O correctness O of O the O FPTAS B-Algorithm is O : O For O every O step O k O in O 0 O ,..., O n O , O for O every O state O ss O in O Sk O , O there O is O a O state O st O in O Tk O that O is O ( O d O , O rk O ) O -close O to O ss O . O A O new O magnet O was O built O for O the O CLEO B-Algorithm II O upgrade O and O was O placed O between O the O calorimeter B-Algorithm and O the O muon O detector O . O The O determination O of O consistent O clusters O is O performed O rapidly O by O using O an O efficient O hash B-Algorithm table I-Algorithm implementation O of O the O generalised O Hough B-Algorithm transform I-Algorithm . O The O relation B-Algorithm is O called O the O simulation B-Application preorder I-Application , O and O it O is O the O union O of O all O simulations O : O precisely O when O for O some O simulation O . O MISR B-Algorithm is O specifically O designed O to O monitor O the O monthly O , O seasonal O , O and O long-term O trends O of O atmospheric O aerosol O particle O concentrations O including O those O formed O by O natural O sources O and O by O human O activities O , O upper O air O winds O and O cloud O cover O , O type O , O height O , O as O well O as O the O characterization O of O land O surface O properties O , O including O the O structure O of O vegetation O canopies O , O the O distribution O of O land O cover O types O , O or O the O properties O of O snow O and O ice O fields O , O amongst O many O other O biogeophysical O variables O . O 2018-02-27 O : O Managed O TensorFlow B-Language and O MXNet B-Algorithm deep B-Algorithm neural I-Algorithm network I-Algorithm training O and O inference O are O now O supported O within O SageMaker B-General_Concept . O In O statistics O , O the O Fisher B-Algorithm transformation I-Algorithm ( O or O Fisher B-Algorithm z-transformation I-Algorithm ) O of O a O Pearson O correlation O coefficient O is O its O inverse O hyperbolic O tangent O ( O artanh O ) O . O Finally O , O the O client B-Protocol sends O an O encrypted O Finished O message O , O containing O a O hash B-Algorithm and O MAC B-Algorithm over O the O previous O handshake B-Protocol messages O . O The O server B-Application will O attempt O to O decrypt O the O client B-Protocol 's O Finished O message O and O verify O the O hash B-Algorithm and O MAC B-Algorithm . O Each O color B-Algorithm channel I-Algorithm is O solved O for O independently O when O reconstructing O the O final O image O . O Web-accessible O articles O that O deal O further O with O the O concept O of O the O MBR O include O " O Unlocking O the O Mysteries O of O the O Bounding B-Algorithm Box I-Algorithm " O by O Douglas O R O . O Caldwell O , O and O " O Geographic O Database O Search O Interfaces O and O the O Equatorial O Cylindrical O Equidistant O Projection O " O by O Ross O S O . O Swick O and O Kenneth O W O . O Knowles O . O It O is O a O generalisation O of O the O bistatic O radar B-Application system I-Application , O with O one O or O more O receivers O processing O returns O from O one O or O more O geographically O separated O transmitter O . O A O bistatic O or O multistatic B-Algorithm radar I-Algorithm that O exploits O non-radar O transmitters O of O opportunity O is O termed O a O passive O coherent O location O system O or O passive O covert O radar B-Application . O Any O radar B-Application which O does O not O send O active O electro-magnetic O pulse O is O known O as O passive O radar B-Application . O Select O models O have O a O fingerprint B-Algorithm power O button O with O Windows O Hello O . O Surface B-Device Laptop I-Device Go I-Device models O ship O with O a O pre-installed O 64-bit B-Device version O of O Windows B-Application 11 I-Application Home I-Application and O a O 30-day O trial B-License of O Microsoft B-Operating_System Office I-Operating_System 365 I-Operating_System . O Business O models O come O pre-installed O with O Windows B-Application 11 I-Application Pro I-Application . O The O other O type O of O frequency O domain O beamformer B-Algorithm makes O use O of O Spatial O Frequency O . O This O small O response O ( O ~ O 0.4mV O ) O is O called O a O miniature O end B-Algorithm plate I-Algorithm potential I-Algorithm ( O MEPP O ) O and O is O generated O by O one O acetylcholine-containing O vesicle O . O The O transient O generated O when O a O microphone B-Application is O hot-plugged O into O an O input O with O active O phantom B-Algorithm power I-Algorithm can O damage O the O microphone B-Application and O possibly O the O preamp O circuit O of O the O input O because O not O all O pins O of O the O microphone B-Application connector O make O contact O at O the O same O time O , O and O there O is O an O instant O when O current O can O flow O to O charge O the O capacitance O of O the O cable O from O one O side O of O the O phantom-powered O input O and O not O the O other O . O In O cryptography O , O the O key O size O of O an O algorithm O is O the O bit-length B-Algorithm of O the O keys O used O by O that O algorithm O , O and O it O is O an O important O factor O of O an O algorithm O 's O strength O . O Work O has O also O been O done O to O create O adaptable O time-delay O TDNNs B-Algorithm where O this O manual O tuning O is O eliminated O . O The O two O basic O approaches O are O to O either O applying O electrodes O and O a O voltage O at O known O points O within O a O large O sheet O of O Teledeltos B-Algorithm ( O modelling O an O infinite O field O ) O or O else O to O cut O a O shape O from O Teledeltos B-Algorithm and O then O apply O voltages O to O its O edges O ( O modelling O a O bounded O field O ) O . O A O tilt B-Algorithm detector I-Algorithm or O tilt O indicator O is O a O device O which O indicates O whether O a O tilt O has O occurred O . O Other O user O group O meetings O are O held O annually O in O the O United O States O ( O the O Stata B-Algorithm Conference O ) O , O the O UK O , O Germany O , O and O Italy O , O and O less O frequently O in O several O other O countries O . O – O abstraction B-Application , O function O definition O ( O is O a O lambda B-General_Concept term O ) O . O – O application B-Algorithm , O applying O a O function O to O an O argument O . O Linear B-Algorithm search I-Algorithm , O computational O time O linear O inn O . O Hall B-Algorithm sensors I-Algorithm are O used O in O some O automotive O fuel-level O indicators O . O In O the O theory O of O cluster B-Algorithm analysis I-Algorithm , O the O nearest-neighbor B-Algorithm chain I-Algorithm algorithm I-Algorithm is O an O algorithm O that O can O speed O up O several O methods O for O agglomerative B-Algorithm hierarchical I-Algorithm clustering I-Algorithm . O SDC B-Algorithm Verifier I-Algorithm uses O Femap B-Algorithm as O the O pre-processor O for O the O generation O of O a O model O and O its O graphical O interface O to O visualize O the O results O . O We O denote O the O Fourier B-Algorithm transforms I-Algorithm of O these O functions O as O , O and O respectively O . O If O the O communication O channel O is O of O limited O bandwidth O , O there O is O the O possibility O of O interference O in O either O DM O or O PCM B-Algorithm . O It O has O been O extended O to O the O Internet O standard O Opus B-Algorithm codec I-Algorithm . O libpostproc O is O a O library O containing O older O H.263 B-Algorithm based O video O postprocessing O routines O . O Most O PP3-size O alkaline B-Algorithm batteries I-Algorithm are O constructed O of O six O individual O 1.5V O LR61 O cells O enclosed O in O a O wrapper O . O 3D B-Algorithm projections I-Algorithm use O the O primary O qualities O of O an O object O 's O basic O shape O to O create O a O map O of O points O , O that O are O then O connected O to O one O another O to O create O a O visual O element O . O Sprang B-Algorithm is O , O however O , O largely O a O historical O technique O that O has O been O supplanted O for O most O purposes O by O the O later O invention O of O knitting O , O whose O earliest O known O example O dates O from O the O third O century O A.D. O The O set-up O needed O for O the O implement O of O sound B-Algorithm amplification I-Algorithm by I-Algorithm stimulated I-Algorithm emission I-Algorithm of I-Algorithm radiation I-Algorithm is O similar O to O an O oscillator O . O The O concept O of O k-space B-Algorithm is O situated O in O the O spatial O frequency O domain O . O The O bcrypt B-Algorithm algorithm O involves O repeatedly O encrypting O the O 24-byte O text O : O The O companies O have O already O financed O several O PhD O students O and O participated O in O research O projects O in O order O to O continue O the O development O of O the O application O in O medical O tomography B-Algorithm . O The O Devex B-Algorithm algorithm I-Algorithm attempts O to O overcome O the O latter O problem O by O estimating O the O reduced B-Algorithm costs I-Algorithm rather O than O calculating O them O at O every O pivot O step O , O exploiting O that O a O pivot O step O might O not O alter O the O reduced B-Algorithm costs I-Algorithm of O all O variables O dramatically O . O A O camera O raw O image O file O contains O unprocessed O or O minimally O processed O data O from O the O image B-Algorithm sensor I-Algorithm of O either O a O digital B-Device camera I-Device , O a O motion O picture O film B-Device scanner I-Device , O or O other O image B-Application scanner I-Application . O Raw O files O are O named O so O because O they O are O not O yet O processed O and O therefore O are O not O ready O to O be O printed O , O viewed O or O edited O with O a O bitmap B-Application graphics I-Application editor I-Application . O Normally O , O the O image O is O processed O by O a O raw O converter O in O a O wide-gamut O internal O color B-Algorithm space I-Algorithm where O precise O adjustments O can O be O made O before O conversion B-General_Concept to O a O viewable O file O format O such O as O JPEG O or O PNG O for O storage O , O printing O , O or O further O manipulation O . O Raw O image O files O are O sometimes O incorrectly O described O as O " O digital B-Application negatives I-Application " O , O but O neither O are O they O negatives O nor O do O the O unprocessed O files O constitute O visible O images O . O This O means O that O not O only O is O the O unpartitioned O matrix B-Architecture X O square B-Algorithm , O but O the O diagonal O blocks O X00 O and O X11 O are O as O well O . O A O variety O of O different O detector B-Algorithm devices O , O such O as O the O coherer O , O electrolytic O detector B-Algorithm , O magnetic O detector B-Algorithm and O the O crystal O detector B-Algorithm , O were O used O during O the O wireless O telegraphy O era O until O superseded O by O vacuum O tube O technology O . O In O 2016 O , O Canon O decided O to O release O an O update O to O the O 1DX B-Algorithm that O had O slight O improvements O in O many O areas O – O the O EOS-1DX B-Algorithm Mark O II O . O Telegrams O in O ADFGX B-Algorithm appeared O for O the O first O time O on O 5 O March O , O and O the O German O attack O started O on O 21 O March O . O In O practice O , O companders B-Algorithm are O designed O to O operate O according O to O relatively O simple O dynamic O range O compressor O functions O that O are O designed O to O be O suitable O for O implementation O using O simple O analog O electronic O circuits O . O The O most O fundamental O data B-General_Concept analysis I-General_Concept approaches O are O visualization O ( O histograms B-Algorithm , O scatter B-Application plots I-Application , O surface O plots B-Application , O tree B-Application maps I-Application , O parallel B-Application coordinate I-Application plots I-Application , O etc O . O In O the O first O category O are O those O functions O whose O designs O are O based O on O mathematical O problems O , O and O whose O security O thus O follows O from O rigorous O mathematical O proofs O , O complexity O theory O and O formal B-Algorithm reduction I-Algorithm . O Dip-pen O nanolithography B-Algorithm is O the O most O widely O used O of O these O techniques O . O These O algorithms O find O the O minimum O spanning O forest O in O a O possibly O disconnected O graph O ; O in O contrast O , O the O most O basic O form O of O Prim B-Algorithm 's I-Algorithm algorithm I-Algorithm only O finds O minimum O spanning O trees O in O connected O graphs O . O Terminal B-Algorithm and I-Algorithm nonterminal I-Algorithm symbols I-Algorithm and O production O rules O are O defined O in O an O object B-Language oriented I-Language flavor O of O the O EBNF O using O operator O overloading O . O The O chip O 's O anti-aliasing B-Algorithm support O was O only O functional O in O Direct3D B-Application and O was O very O slow O . O To O dampen O excitement O for O 8500 O , O competitor O nVidia O released O their O Detonator4 O driver O package O on O the O same O day O as O most O web O sites O previewed O the O Radeon B-Device 8500 I-Device . O nVidia O 's O drivers O were O of O better O quality O , O and O they O also O further O boosted O the O GeForce3 O 's O performance O . O In O neuroscience O , O the O PageRank B-Algorithm of O a O neuron O in O a O neural O network O has O been O found O to O correlate O with O its O relative O firing O rate O . O Frequency O also O drifts O from O pulse O to O pulse O , O a O more O difficult O problem O for O a O wider O array O of O radar B-Application systems I-Application . O Neither O of O these O present O a O problem O for O continuous-wave B-Algorithm radars I-Algorithm , O nor O for O microwave O ovens O . O XAudio2 B-Device provides O mixing O and O signal B-Algorithm processing I-Algorithm for O high-level O audio O APIs B-Application such O as O XACT B-Library and O as O well O provides O the O programmer O with O high-level O functions O related O to O spatial B-Application processing I-Application . O In O June O 2013 O , O the O Washington O Post O and O the O Guardian O published O an O Office O of O the O Inspector O General O ( O OIG O ) O draft O report O , O dated O March O 2009 O , O leaked O by O Edward O Snowden O detailing O the O Stellar B-Algorithm Wind I-Algorithm program O . O +Timeline O of O international O video B-Algorithm compression I-Algorithm standards I-Algorithm Basic O algorithm O Video B-Algorithm coding I-Algorithm standard I-Algorithm Year O Publisher(s ) O Committee(s ) O Licensor(s ) O Market O presence O Popular O implementations O DPCM B-General_Concept H.120 B-Algorithm 1984 O CCITT O VCEG B-Application DCT B-General_Concept H.261 B-Algorithm 1988 O CCITT O VCEG B-Application Hitachi O , O PictureTel B-Application , O NTT O , O BT O , O Toshiba O , O etc O . O Using O this O approximate O median O as O an O improved O pivot O , O the O worst-case O complexity O of O quickselect B-Algorithm reduces O from O quadratic O to O linear O , O which O is O also O the O asymptotically O optimal O worst-case O complexity O of O any O selection B-Algorithm algorithm I-Algorithm . O Relative O to O a O hyperreal O extension O of O the O real O numbers O , O the O derivative B-Algorithm of O a O real O function O at O a O real O point O can O be O defined O as O the O shadow O of O the O quotient O for O infinitesimal O , O where O . O Perimeter B-Algorithm surveillance I-Algorithm radar I-Algorithm makers O include O : O Although O BLAKE B-Algorithm and O BLAKE2 O have O not O been O standardized O as O SHA-3 B-Algorithm has O , O BLAKE2 O has O been O used O in O many O protocols O including O the O Argon2 B-Algorithm password B-Algorithm hash I-Algorithm , O for O the O high O efficiency O that O it O offers O on O modern O CPUs O . O Production O of O M-Hexanon O lenses O seems O to O have O ceased O around O the O same O time O as O Konica O 's O Hexar B-Algorithm RF O production O was O terminated O ( O 2003 O ) O . O Konica O produced O rangefinder B-Algorithm lenses O for O the O Leica O mount O in O the O 1950s O and O produced O a O series O of O so-called O " O L-mount O " O lenses O , O in O limited O quantities O , O for O the O same O mount O in O the O late O 1990s O through O 2001 O . O The O range O of O Leica B-Algorithm thread I-Algorithm mount I-Algorithm lenses O produced O by O Konica O includes O : O Konica O produced O a O chrome-finish O Hexar B-Algorithm RF O Limited O camera O , O targeted O for O the O year O 2001 O ( O the O new O millennium O ) O in O a O limited O release O of O 2001 O units O , O supplied O in O a O boxed O set O including O a O new O M-Hexanon O 50mm O f1.2 O lens O and O HX-18 O flash O . O At O some O phase O of O the O production O of O the O Hexar B-Algorithm RF O , O Konica O made O 50 O units O of O a O half-frame O variant O of O the O camera O named O Hexar B-Algorithm 72 O . O The O role O of O matrix B-Algorithm regularization I-Algorithm in O this O setting O can O be O the O same O as O in O multivariate O regression O , O but O matrix O norms O can O also O be O used O to O couple O learning O problems O across O tasks O . O The O complexity O of O the O algorithm O is O quasi-linear O because O sorting O edges O is O possible O in O linear O time O via O counting B-Algorithm sort I-Algorithm . O Due O to O SSH-2 O ' O s O superiority O and O popularity O over O SSH-1 O , O some O implementations O such O as O libssh O ( O v0.8.0 O + O ) O , O Lsh B-Algorithm and O Dropbear B-Protocol support O only O the O SSH-2 O protocol O . O is O an O implementation O of O the O core O hierarchical B-Algorithm matrix I-Algorithm algorithms O for O commercial O applications O . O The O last O two O letters O of O a O Fibonacci B-Algorithm word I-Algorithm are O alternately O " O 01 O " O and O " O 10 O " O . O For O a O given O frequency O W O such O that O 0 O < O W O < O ½ O , O the O spectral O concentration O of O U(f ) O on O the O interval O [ -W , W ] O is O defined O as O the O ratio O of O power O of O U(f ) O contained O in O the O frequency B-Algorithm band I-Algorithm [ -W , W ] O to O the O power O of O U(f ) O contained O in O the O entire O frequency B-Algorithm band I-Algorithm [ -½ , ½ ] O . O Deduplication O is O different O from O data O compression O algorithms O , O such O as O LZ77 B-Algorithm and I-Algorithm LZ78 I-Algorithm . O Add-on O cards O from O Matrox B-Application included O the O Rainbow O Runner O Video O , O a O board O offering O MPEG-1 B-Algorithm and O AVI O video O playback O with O video O inputs O and O outputs O . O Formally O , O the O final O GAT O layer B-Algorithm can O be O written O as O : O At O close O range O , O on O the O order O of O , O the O entire O radar B-Algorithm display I-Algorithm would O be O completely O filled O with O noise O , O rendering O it O useless O . O Furthermore O , O they O show O that O any O self-shrinking B-Algorithm generator I-Algorithm can O be O represented O as O a O shrinking-generator O . O Maximum B-Application Surge I-Application differed O from O previous O Digital B-Algorithm Pictures I-Algorithm games O in O that O the O gameplay O graphics O were O not O crafted O from O standalone O full B-Application motion I-Application video I-Application , O but O from O bits O of O full B-Application motion I-Application video I-Application superimposed O upon O traditional O computer O graphic O backgrounds O . O The O only O other O target O of O an O imaging B-Algorithm radar I-Algorithm mission O has O been O Titan O , O the O largest O moon O of O Saturn B-Device , O in O order O to O penetrate O its O opaque O atmosphere O . O As O with O directly O recursive O functions O , O a O wrapper O function O may O be O useful O , O with O the O mutually B-Algorithm recursive I-Algorithm functions O defined O as O nested O functions O within O its O scope O if O this O is O supported O . O closed O absorbing B-Algorithm disks O ) O are O exactly O the O polars O of O weakly O bounded B-Algorithm subsets O . O It O is O a O product B-Algorithm cipher I-Algorithm , O consisting O of O 17 O rounds O performed O on O a O 64-bit O data O block O and O makes O use O of O a O 120-bit O key O . O The O Newton B-Algorithm fractal I-Algorithm is O a O boundary O set O in O the O complex O plane O which O is O characterized O by O Newton O 's O method O applied O to O a O fixed O polynomial O or O transcendental O function O . O While O through-hole B-Algorithm mounting O provides O strong O mechanical O bonds O when O compared O to O SMT O techniques O , O the O additional O drilling O required O makes O the O boards O more O expensive O to O produce O . O Then O for O any O we O have O that O is O a O submodular B-Algorithm function I-Algorithm , O where O is O the O entropy O of O the O set O of O random O variables O , O a O fact O known O as O Shannon O 's O inequality O . O This O is O primarily O data O taken O from O imaging O array O detectors O such O as O CCDs B-Algorithm . O It O is O an O application O of O a O stochastic B-Algorithm matrix I-Algorithm . O Unlike O variable-length B-Algorithm codes I-Algorithm , O which O include O Huffman B-General_Concept and O Lempel B-Algorithm – I-Algorithm Ziv I-Algorithm coding I-Algorithm , O A O set O of O 4 O strain B-Algorithm gauges I-Algorithm set O in O a O specific O circuit O is O an O application O of O a O Wheatstone O bridge O . O Errors O creep O in O during O the O discretization B-Algorithm process O . O IEEE O 802.15 O has O produced O standards O for O several O types O of O PANs O operating O in O the O ISM B-Algorithm band I-Algorithm including O Bluetooth B-Protocol . O This O property O allows O programs O to O produce O an O expectation O value O for O the O optimal O local B-Algorithm alignment I-Algorithm of O two O sequences O , O which O is O a O measure O of O how O often O two O unrelated O sequences O would O produce O an O optimal O local B-Algorithm alignment I-Algorithm whose O score O is O greater O than O or O equal O to O the O observed O score O . O The O two O main O types O of O random-access B-Architecture memory I-Architecture ( O RAM B-Architecture ) O are O static B-Architecture RAM I-Architecture ( O SRAM O ) O , O which O uses O several O transistors B-Application per O memory B-Algorithm cell I-Algorithm , O and O dynamic O RAM B-Architecture ( O DRAM O ) O , O which O uses O a O transistor B-Application and O a O MOS O capacitor O per O cell O . O The O ratio O in O formula O ( O 1 O ) O shows O that O the O leading O edge O of O the O region O of O synchronous O seizure O activity O migrates O approximately O 4 O – O 7 O times O more O slowly O than O normal O brain B-Algorithm wave I-Algorithm activity O , O which O is O in O agreement O with O the O experimental O data O described O above O . O Feed-through B-Algorithm null I-Algorithm is O typically O required O to O eliminate O bleed-through O between O the O transmitter O and O receiver O to O increase O sensitivity O in O practical O systems O . O The O mini-maze B-Algorithm procedures O are O cardiac O surgery O procedures O intended O to O cure O atrial B-Application fibrillation I-Application ( O AF O ) O , O a O common O disturbance O of O heart O rhythm O . O These O axons B-Algorithm are O so O large O in O diameter O ( O roughly O 1mm O , O or O 100-fold O larger O than O a O typical O neuron O ) O that O they O can O be O seen O with O the O naked O eye O , O making O them O easy O to O extract O and O manipulate O . O Pixel B-Algorithm noise O therefore O gives O a O number O ( O commonly O expressed O in O rms B-General_Concept ) O that O identifies O FPN O in O all O permitted O imaging O conditions O , O which O might O strongly O deteriorate O if O additional O electrical O gain O ( O and O noise O ) O is O included O . O Improved O versions O are O instant O radiosity O and O bidirectional O instant O radiosity O Metropolis B-Algorithm light I-Algorithm transport I-Algorithm Builds O upon O bi-directional O path B-Algorithm tracing I-Algorithm , O unbiased O , O and O multiplexed O Spherical B-General_Concept harmonic I-General_Concept lighting I-General_Concept Encodes O global B-Algorithm illumination I-Algorithm results O for O real-time B-General_Concept rendering I-General_Concept of O static O scenes O Ambient O occlusion O Not O a O physically O correct O method O , O but O it O gives O good O results O in O general O . O Considering O that O the O error O in O the O simulated O signal O ( O using O Monte B-Algorithm Carlo I-Algorithm methods I-Algorithm ) O has O a O one-over O square O root O convergence B-Algorithm , O a O very O large O number O of O sample O paths O is O required O to O obtain O an O accurate O result O . O Small-Space O is O a O divide-and-conquer B-Algorithm algorithm I-Algorithm that O divides O the O data O , O S O , O into O pieces O , O clusters O each O one O of O them O ( O using O k-means B-Algorithm ) O and O then O clusters O the O centers O obtained O . O Calendar B-Application events O from O Zapaday B-Algorithm can O be O exported O to O a O user O 's O Outlook B-Application , O Google B-Application Calendar I-Application , O or O a O mobile O phone O at O any O time O . O Aerospace O engineer O Bruce O Woodgate O of O the O Goddard O Space O Flight O Center O was O the O principal O investigator O and O creator O of O the O STIS B-Algorithm . O The O D5300 B-Algorithm can O mount O unmodified O A-lenses O ( O also O called O Non-AI O , O Pre-AI O or O F-type O ) O with O support O of O the O electronic O rangefinder O and O without O metering O . O LM O hash B-Algorithm is O particularly O vulnerable O because O passwords O longer O than O 7 O characters O are O broken O into O two O sections O , O each O of O which O is O hashed O separately O . O The O larger O camera O makers O , O such O as O Canon O , O Nikon B-Algorithm , O Olympus O , O and O Sony O , O continue O to O use O raw B-Application image I-Application formats I-Application that O are O not O openly O documented O , O and O so O still O cause O the O problems O identified O by O OpenRAW B-Application . O As O acoustic B-Algorithm angiography I-Algorithm is O currently O under O development O , O this O specific O branch O of O contrast-enhanced O ultrasound B-Application is O not O currently O used O in O clinical O settings O . O In O addition O , O due O to O some O extra O overhead O involved O in O doubling O DLE O bytes O in O the O stream O ( O mentioned O below O ) O , O a O small O amount O of O extra O bandwidth B-Algorithm is O mandatory O to O allow O for O this O . O It O sets O up O interrupt B-Application handling I-Application ( O IRQs B-General_Concept ) O , O further O configures O memory O , O starts O the O Init B-Device process I-Device ( O the O first O user-space B-Operating_System process O ) O , O and O then O starts O the O idle B-Algorithm task I-Algorithm via O cpu_idle( ) O . O Dead B-Algorithm Space I-Algorithm : O Downfall O is O a O 2008 O animated O film O prequel O to O the O first B-General_Concept game I-General_Concept which O takes O place O after O the O limited O comic O series O of O the O same O name O was O released O direct-to-video O in O October O 2009 O , O before O seeing O a O television O showing O on O Starz O Encore O the O following O month O . O In O geometry O , O the O Peano B-Algorithm curve I-Algorithm is O the O first O example O of O a O space-filling B-Algorithm curve I-Algorithm to O be O discovered O , O by O Giuseppe O Peano O in O 1890 O . O A O holographic B-Algorithm grating I-Algorithm is O a O type O of O diffraction O grating O formed O by O an O interference-fringe O field O of O two O laser O beams O whose O standing-wave O pattern O is O exposed O to O a O set O of O photosensitive O materials O . O To O correct O for O this O , O the O encoder O takes O the O difference O of O all O corresponding O pixels B-Algorithm of O the O two O regions O , O and O on O that O macroblock B-General_Concept difference O then O computes O the O DCT B-General_Concept and O strings O of O coefficient O values O for O the O four O 8×8 O areas O in O the O 16×16 O macroblock B-General_Concept as O described O above O . O The O Canon B-Algorithm EOS-1D I-Algorithm C I-Algorithm can O use O more O than O sixty O interchangeable O Canon O lenses O , O and O features O the O Canon O Log O Gamma O , O by O which O an O estimated O preview O of O footage O after O grading O helps O the O videographer O with O focusing O and O determining O exposure O whilst O retaining O maximum O latitude O in O captured O image O data O . O Historically O , O RenderMan B-Application used O the O Reyes O algorithm O to O render O images O with O added O support O for O advanced O effects O such O as O ray B-Algorithm tracing I-Algorithm and O global B-Algorithm illumination I-Algorithm . O The O smallest O Euler B-Algorithm – I-Algorithm Jacobi I-Algorithm pseudoprime I-Algorithm base O 2 O is O 561 O . O The O functional O form O of O the O OPLS B-Algorithm force O field O is O very O similar O to O that O of O AMBER B-Device : O All O Banach O and O Hilbert O spaces O are O Fréchet B-Algorithm spaces I-Algorithm . O Pixelpost B-Protocol is O an O open O source O photoblog B-Algorithm application O powered O by O PHP B-Application and O MySQL B-Application , O developed O for O publishing O photos O on O a O chronological O base O . O Cartesian B-Algorithm trees I-Algorithm may O be O used O as O part O of O an O efficient O data B-General_Concept structure I-General_Concept for O range B-Algorithm minimum I-Algorithm queries I-Algorithm , O a O range B-Data_Structure searching I-Data_Structure problem O involving O queries O that O ask O for O the O minimum O value O in O a O contiguous O subsequence O of O the O original O sequence O . O A O strictly B-Algorithm diagonally I-Algorithm dominant I-Algorithm matrix I-Algorithm ( O or O an O irreducibly O diagonally B-Algorithm dominant I-Algorithm matrix I-Algorithm ) O is O non-singular O . O It O may O be O defined O by O the O absolute B-Algorithm error I-Algorithm . O The O stimulus O is O automatically O decreased O in O steps O of O a O set O percentage O until O the O response O falls O below O the O target O ( O generation O of O an O action B-Algorithm potential I-Algorithm ) O . O The O system O in O the O development B-Algorithm environment I-Algorithm is O downscaled O so O that O it O only O contains O the O minimal O necessary O requirements O for O execution O and O then O compiled O into O an O assembly O . O Dot O matrix O printers O also O introduced O the O ability O to O print O raster B-Algorithm graphics I-Algorithm . O ADINA B-Algorithm - O engineering O simulation O software O for O structural O , O fluid O , O heat O transfer O , O and O multiphysics O problems O . O Negative O iterates B-Algorithm correspond O to O function O inverses O and O their O compositions O . O Chromium B-Language provides O the O vast O majority O of O source O code O for O Google B-Application Chrome I-Application , O so O the O name O " O Chromium B-Language " O was O chosen O by O Google B-Application because O chromium B-Language metal O is O used O in O chrome B-Operating_System plating O . O The O paint.net B-Language project O continued O over O the O summer O and O into O the O autumn O 2004 O semester O for O both O the O version O 1.1 O and O 2.0 O releases O . O In O December O 2004 O , O a O large O number O of O Web O sites O were O defaced O by O the O Santy O worm O , O which O used O vulnerabilities O in O outdated O versions O of O phpBB2 B-Application to O overwrite O PHP B-Application and O HTML B-Language pages O . O In O fact O , O code O verification O makes O the O JVM B-Language different O from O a O classic O stack B-Application architecture I-Application , O of O which O efficient O emulation O with O a O JIT O compiler O is O more O complicated O and O typically O carried O out O by O a O slower O interpreter B-Application . O Whereas O DOS B-Operating_System 3.3 O always O loads O built-in O support O for O BASIC O programming O , O under O ProDOS B-Operating_System this O job O is O given O to O a O separate O system O program O called O , O which O one O launches O to O run O and O write O Applesoft B-Language BASIC I-Language programs O . O Versant O SQL B-Language : O SQL B-Language Access O & O Reporting O . O Installing O the O fonts O on O the O local O computer O improves O MathJax B-Language ’s O typesetting O speed O . O Perl B-Language module O is O available O here O . O This O flexibility O allows O C B-Language to O manipulate O any O length O array O using O the O same O code O . O Mixins B-Language allows O embedding O all O the O properties O of O a O class O into O another O class O by O including O the O class O name O as O one O of O its O property O , O thus O behaving O as O a O sort O of O constant O or O variable O . O The O following O is O a O complete O list O of O the O 249 O current O officially O assigned O ISO B-Language 3166-1 I-Language alpha-2 I-Language codes O , O with O the O following O columns O : O It O has O grown O continuously O since O then O and O now O plays O a O big O role O in O the O standardization O of O C++ B-Language . O Notable O software O based O on O Scintilla B-Language includes O : O Unlike O Windows B-Application 95 I-Application 's O registry B-Protocol , O Qvwm B-Language uses O a O textual O configuration O file O . O The O NanoSat B-Language MO I-Language Framework I-Language will O facilitate O the O development O of O the O AI B-Application Apps O and O it O will O support O their O whole O life-cycle O including O development O , O deployment O , O and O operations O . O Avalon B-Language pioneered O the O use O of O design O patterns O such O as O separation O of O concerns O ( O SoC O ) O and O inversion B-Language of I-Language control I-Language ( O IoC O ) O . O Photoacoustic O images O , O collected O from O miniature O oil O paintings O on O canvas B-Language , O illuminated O with O a O pulsed O laser O on O their O reverse O side O , O revealed O clearly O the O presence O of O pencil O sketch O lines O coated O over O by O several O paint O layers O . O For O Ruby B-Language : O DBeaver B-Language is O a O cross-platform B-Operating_System tool O and O works O on O platforms O which O are O supported O by O Eclipse B-Application ( O Windows O , O Linux B-Application , O MacOS O X O , O Solaris B-Application ) O . O A O is O a O 10×30 O matrix O , O B O is O a O 30×5 O matrix O , O C B-Language is O a O 5×60 O matrix O , O and O the O final O result O is O a O 10×60 O matrix O . O Lisp B-Language [ O McCarthy O et O al O . O Classes O have O factory O objects O , O containing O class O methods B-Language and O variables O , O and O instance O objects O , O containing O instance B-Language methods I-Language and O variables O . O Phoca B-Language Download I-Language includes O Joomla B-Protocol ! I-Protocol They O can O be O overridden O by O using O a O different O metaclass B-Language instead O of O type O . O Pasquale O " O Pat O " O J O . O Villani O ( O 18 O April O 1954 O – O 27 O August O 2011 O ) O was O an O American O computer B-Application programmer I-Application , O author O , O and O advocate O of O free B-Application software I-Application , O best O known O for O his O creation O of O DOS-C O , O a O DOS B-Device emulator B-Application written O in O the O C B-Language language I-Language and O subsequently O adapted O as O the O kernel B-Operating_System of O the O FreeDOS B-Application operating B-General_Concept system I-General_Concept and O a O number O of O other O projects O including O DOSEMU B-Application for O Linux B-Application . O Iptscrae B-Language is O a O stack-oriented B-Language scripting B-Language language I-Language used O to O give O additional O functionality O to O The B-Application Palace I-Application software O and O servers O . O Parsers B-Language can O automatically O generate O parse O trees O or O abstract B-Data_Structure syntax I-Data_Structure trees I-Data_Structure , O which O can O be O further O processed O with O tree O parsers B-Language . O ANTLR O provides O a O single O consistent O notation O for O specifying O lexers B-Application , O parsers B-Language , O and O tree O parsers B-Language . O His O analyses O are O consistent O with O the O Rexer O Analytics O Surveys O and O KDnuggets O in O outlining O the O growth O of O R B-Language , O but O Muenchen O illustrates O that O the O popularity O of O software O is O more O nuanced O and O one O 's O conclusions O will O be O different O depending O on O what O measure O of O popularity O is O used O . O The O 8/32 O was O also O employed O by O Mathematical O Applications O Group O , O Inc O . O ( O MAGI O ) O to O produce O the O vast O majority O of O the O 3D O computer-generated O imagery O ( O CGI O ) O in O the O 1982 O film O Tron B-Language . O SmithProject B-Language was O an O Open B-License Source I-License CFML B-Language script O engine O . O LIL O resembled O PL360 B-Language with O C-like O flow O control O syntax O . O Standard O Java B-Language bytecode I-Language executes O 8-bit O stack O instructions O . O Dalvik B-Application instead O uses O its O own O 16-bit B-Device instruction B-General_Concept set I-General_Concept that O works O directly O on O local O variables O . O These O projects O were O discontinued O and O aMule B-Language is O the O resulting O project O , O though O aMule B-Language has O less O and O less O resemblance O to O the O client O that O sired O it O . O JEAN B-Language was O a O dialect O of O the O JOSS B-Language programming I-Language language I-Language developed O for O and O used O on O ICT B-Device 1900 I-Device series I-Device computers O in O the O late O 1960s O and O early O 1970s O ; O it O was O implemented O under O the O MINIMOP B-Operating_System operating B-General_Concept system I-General_Concept . O Anyone O who O has O attempted O to O maintain O coherence O amongst O the O declarations O and O usages O of O procedures O in O a O large O program O and O its O usage O of O libraries O of O routines O , O especially O one O undergoing O changes O , O will O have O struggled O over O the O usage O of O forward O or O similar O added O declarations O for O procedures O invoked O but O not O defined O in O the O current O compilation B-Language . O General O Magic O were O unable O to O find O a O niche O within O the O market O , O and O Telescript B-Language services O were O soon O deprecated B-General_Concept in O favor O of O new O products O unrelated O to O mobile O computing O . O TidalCycles O is O a O pure O FRP O domain O specific O language O for O musical O pattern O , O embedded O in O the O Haskell B-Language programming I-Language language I-Language . O A O second O model O , O a O version O that O supported O printer O graphics O was O released O called O the O Card O Print O +G O ( O C/ O ? O +G O ) O , O supported O printing O Commodore O graphic O characters O using O ESC/P B-Language escape O codes O . O These O adapters O are O JCA B-Language compliant O and O allow O the O suite O to O interact O with O external O systems O . O By O default O , O only O the O JScript B-Language and O VBScript B-Application modules O are O provided O ; O third O party O implementations O like O ScreamingMonkey B-Language ( O for O ECMAScript B-Language 4 O support O ) O can O also O be O used O . O IAL B-Language introduced O the O three-level O concept O of O reference O , O publication O and O hardware O language O , O and O the O concept O of O " O word O delimiters O " O having O a O separate O representation O from O freely O chosen O identifiers O ( O hence O , O no O reserved O words O ) O . O On O two O widely O used O benchmarks O of O the O era O , O Byte O magazine O 's O Sieve B-Language of I-Language Eratosthenes I-Language and O the O Creative O Computing O benchmark O test O written O by O David O H O . O Ahl O , O the O Atari O finished O near O the O end O of O the O list O in O terms O of O performance O , O and O was O much O slower O than O the O contemporary O Apple B-Device II I-Device or O Commodore B-Device PET I-Device , O in O spite O of O having O the O same O CPU O but O running O it O at O roughly O twice O the O speed O of O either O . O As O is O the O case O with O most O technology O products O , O key O personnel O behind O OpenLink B-Application Virtuoso I-Application , O InnoDB B-Language , O and O Solid O share O periods O of O professional O overlap O that O provide O noteworthy O insight O into O the O history O of O database O technology O development O in O Finland O . O HMMER B-Language is O the O core O utility O that O protein O family O databases O such O as O Pfam O and O InterPro O are O based O upon O . O Rainlendar B-Language is O a O calendar B-Application program I-Application for O Windows B-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System and O Linux B-Application . O A O Resource O Manager O handles O allocation O of O Workflow O Tasks O and O other O jobs O to O underlying O resources O , O e.g. O , O Python B-Language jobs O go O to O nodes O with O Python B-Language installed O on O them O ; O jobs O that O require O a O large O disk O or O CPU O are O properly O sent O to O those O nodes O that O fulfill O those O requirements O . O When O Wasilewski O polled O the O PICO-8 B-Language players O , O he O found O they O did O not O consider O war O to O be O a O priority O feature O , O so O he O stuck O to O the O original O design O when O developing O the O commercial O game O . O Joyce B-Language was O designed O to O be O a O secure O language O in O the O sense O that O a O compiler O would O be O able O to O detect O all O violations O of O the O language O rules O . O Strace B-Language was O originally O written O for O SunOS B-Operating_System by O Paul O Kranenburg O in O 1991 O , O according O to O its O copyright O notice O , O and O published O early O in O 1992 O , O in O the O volume O three O of O comp.sources.sun O . O An O entity O declaration O may O have O a O literal O value O , O or O may O have O some O combination O of O an O optional O SYSTEM O identifier O , O which O allows O SGML B-Language parsers O to O process O an O entity O 's O string O referent O as O a O resource O identifier O , O and O an O optional O PUBLIC O identifier O , O which O identifies O the O entity O independent O of O any O particular O representation O . O Other O models O in O the O 4010 O series O included O the O 4012 O which O added O lower O case O characters O , O and O the O 4013 O with O an O APL B-Language character O set O . O The O following O C B-Language source O code O prints O the O current O time B-Operating_System to O the O standard B-Operating_System output I-Operating_System stream I-Operating_System . O Another O feature O of O scoped O enumerations B-Language is O that O the O enumerators O do O not O leak O , O so O usage O requires O prefixing O with O the O name O of O the O enumeration B-Language ( O e.g. O , O Color::Red O for O the O first O enumerator O in O the O example O below O ) O , O unless O a O using O enum B-Language declaration O ( O introduced O in O C++20 B-Language ) O has O been O used O to O bring O the O enumerators O into O the O current O scope O . O RasMol B-Language is O a O computer O program O written O for O molecular O graphics O visualization O intended O and O used O mainly O to O depict O and O explore O biological O macromolecule O structures O , O such O as O those O found O in O the O Protein O Data O Bank O . O As O part O of O it O , O the O code O for O the O MonetDB B-Application 4 O kernel O and O its O XQuery B-Language components O were O frozen O . O Web O is O a O computer B-General_Concept programming I-General_Concept system O created O by O Donald O E O . O Knuth O as O the O first O implementation O of O what O he O called O " O literate B-Application programming I-Application " O : O the O idea O that O one O could O create O software O as O works O of O literature O , O by O embedding O source O code O inside O descriptive O text O , O rather O than O the O reverse O ( O as O is O common O practice O in O most O programming O languages O ) O , O in O an O order O that O is O convenient O for O exposition O to O human O readers O , O rather O than O in O the O order O demanded O by O the O compiler B-Language . O Graphical B-Application environments I-Application such O as O RISC B-Operating_System OS I-Operating_System and O ROX B-Language Desktop I-Language also O make O use O of O pipelines B-Operating_System . O The O term O indicates O that O a O certain O portion O of O the O document O is O general O character B-Language data I-Language , O rather O than O non-character O data O or O character B-Language data I-Language with O a O more O specific O , O limited O structure O . O Additionally O , O some O Super B-Application NES I-Application games O are O also O partially O PAL B-Language optimized O with O reduced O borders O but O still O retaining O the O slower O run O speed O of O the O original O PAL B-Language release O ( O Super B-Application Mario I-Application World I-Application , O Super B-Application Probotector I-Application and O Street B-Application Fighter I-Application II I-Application ) O . O Over O time O , O it O evolved O into O a O full-featured O stand-alone O Python B-Language IDE O . O Except O for O a O form O called O the O " B-Language placement I-Language new I-Language " I-Language , O the O operator O denotes O a O request O for O memory B-General_Concept allocation I-General_Concept on O a O process O 's O heap O . O SpiderMonkey B-Language is O intended O to O be O embedded O in O other O applications O that O provide O host O environments O for O JavaScript O . O These O guidelines O were O borrowed O from O DRAKON B-Language , O a O variant O of O flowcharts B-Language created O within O the O Russian O space O program O . O Joone B-Language has O a O GUI O Editor O to O graphically O create O and O test O any O neural B-Architecture network I-Architecture , O and O a O distributed O training O environment O that O allows O for O neural B-Architecture networks I-Architecture to O be O trained O on O multiple O remote O machines O . O Quassel B-Language IRC I-Language , O or O Quassel B-Language , O is O a O graphical O , O distributed O , O cross-platform B-Operating_System IRC B-Protocol client I-Protocol , O introduced O in O 2008 O . O Integer B-Language BASIC I-Language is O loaded O into O RAM B-Architecture on O the O language O card O of O Apple B-Device IIs I-Device ( O if O present O ) O and O by O typing O or O from O BASIC O , O the O user O can O switch O between O either O version O . O While O SaxonJS O supports O most O of O the O XSLT B-Application 3.0 O and O XPath B-Language 3.1 O features O available O in O Saxon-HE O , O SaxonJS O does O not O support O XQuery B-Language . O Currently O , O Googlebot B-Application uses O a O web O rendering O service O ( O WRS O ) O that O is O based O on O the O Chromium B-Language rendering O engine O ( O version O 74 O as O on O 7 O May O 2019 O ) O . O Simulates O Activity O , O State O Machine O , O Sequence O and O BPMN O diagrams.Gliffy O Google O apps O , O Google B-Application drive I-Application , O JIRA B-Protocol , O Confluence O Has O libraries O of O shapes O for O : O UML B-Language class O , O sequence O , O activity O , O use O case O and O more.JetUML O Java B-Language JetUML B-Language is O designed O for O fast O diagramming O with O a O minimalist O feature O set O . O PHP B-Application 5.3 O + O , O supports O also O lambda B-General_Concept functions I-General_Concept and O closures B-Language . O C++ B-Language features O user-defined O operator O overloading O . O Handel-C B-Language is O a O high-level B-Language programming I-Language language I-Language which O targets O low-level O hardware O , O most O commonly O used O in O the O programming O of O FPGAs B-Architecture . O However O , O the O development O of O standards O for O C B-Language and O POSIX O took O away O some O of O the O impetus O for O this O , O and O libiberty B-Application came O to O be O used O primarily O as O a O support O library O for O the O GNU B-Application toolchain I-Application . O The O second O generation O of O libwww-perl B-Language was O based O on O version O 5.004 O of O Perl B-Language , O and O written O by O Martijn O Koster O and O Gisle O Aas O . O Ada B-Language 95 O , O the O joint O ISO/IEC/ANSI O standard O ( O see O ) O was O published O in O February O 1995 O , O making O it O the O first O ISO O standard O object-oriented B-Language programming I-Language language I-Language . O Its O inference O system O corresponds O to O a O set O of O fuzzy O IF B-Language – I-Language THEN I-Language rules I-Language that O have O learning O capability O to O approximate O nonlinear O functions O . O OBS B-Language Studio I-Language started O out O as O a O small O project O created O by O Hugh O " O Jim O " O Bailey O , O but O quickly O grew O with O the O help O of O many O online O collaborators O working O both O to O improve O OBS O and O to O share O knowledge O about O the O program O . O As O they O are O mature O , O they O are O brought O into O the O enterprise-ready O product O JBoss B-Language Enterprise O BRMS B-Application . O In O 1987 O , O Kesmai B-Application ( O the O company O which O developed O Islands B-Protocol of I-Protocol Kesmai I-Protocol ) O released O Air B-Application Warrior I-Application on O GEnie B-Language . O A O major O change O between O the O legacy O BioJava B-Language project O and O BioJava3 O lies O in O the O way O framework O has O been O designed O to O exploit O then-new O innovations O in O Java B-Language . O The O language O , O which O is O similar O to O ALGOL B-Language , O compiles O to O high-performance O code O for O the O MOS B-General_Concept Technologies I-General_Concept 6502 I-General_Concept of O the O Atari O computers O . O The O framework O is O a O complete O rewrite O that O unites O the O previously O separate O ASP.NET B-Language MVC I-Language and O ASP.NET B-Language Web I-Language API I-Language into O a O single O programming O model O . O Examples O of O such O operations O are O requesting O a O read O operation O , O reading O , O writing O , O aborting O , O committing B-Language , O requesting O a O lock B-Operating_System , O locking B-Operating_System , O etc O . O Prior O versions O can O render O XHTML B-Language documents O authored O with O HTML B-Language compatibility O principles O and O served O with O a O text/html B-Language MIME-type B-Protocol . O Supports O a O subset O of O SVG B-Application in O Internet B-Application Explorer I-Application 9 I-Application ( O MSHTML B-Application Trident B-Application version O 5.0 O ) O , O excluding O SMIL O , O SVG B-Application fonts O and O filters O . O However O , O Lego B-Language ultimately O agreed O to O stop O using O Tohunga O , O along O with O several O other O words O . O provide O a O Java B-Language implementation O licensed O under O the O GNU B-License General I-License Public I-License License I-License with O the O " O library O exception O " O , O which O permits O its O use O as O a O library O in O conjunction O with O non-Free O software O . O The O full O enterprise O edition O of O Uniface B-Language 10 O was O released O in O September O 2016 O , O delivering O mobile B-Application and O client-server O development O and O a O migration O path O to O enable O the O existing O customer O base O to O move O their O applications O to O Uniface B-Language 10 O . O The O CPU B-Device core O , O code-named O " O Hummingbird O " O , O was O co-developed O by O Samsung B-Application and O Intrinsity O . O The O Samsung B-Application Galaxy I-Application S I-Application 4G I-Application LTE I-Application uses O Swype B-Language technology O as O well O as O the O standard O QWERTY O input O methods O . O First O generation O native O widgets O ( O In O C++ B-Language , O JavaScript B-Language , O Ruby B-Language or O Python B-Language . O In O the O UML B-Language class O diagram O above O , O the O ElementA O class O does O n't O implement O a O new O operation O directly O . O In O the O theoretical O analysis B-General_Concept of I-General_Concept algorithms I-General_Concept , O the O normal O practice O is O to O estimate O their O complexity O in O the O asymptotic B-Language sense O . O Fluidinfo B-Language , O formerly O named O FluidDB B-Language until O early O 2011 O , O is O an O online O cloud B-Architecture data O store O based O on O an O attribute-value O centric O data O model O . O The O graphical O interface O was O fully O migrated O to O QML B-Language , O which O uses O OpenGL B-Application for O hardware O acceleration O , O which O resulted O in O better O performance O and O reduced O power O consumption O . O Plasma B-Language Mobile I-Language is O a O Plasma O 5 O variant O for O Linux-based O smartphones O . O Compiler B-Language design O can O define O an O end-to-end O solution O or O tackle O a O defined O subset O that O interfaces O with O other O compilation B-Language tools O e.g. O These O and O other O 4GL B-Language platforms O such O as O Oracle B-General_Concept competed O for O many O of O the O same O customers O , O all O trying O to O solve O end-user O information O problems O without O recourse O to O traditional O 3GL O programming O . O BlackBerry B-Application Tablet I-Application OS I-Application supports O standard O BlackBerry O Java B-Language applications O . O In O addition O to O the O general O approach O above O , O several O attempts O have O been O made O to O approximate O coroutines B-Architecture in O C B-Language with O combinations O of O subroutines O and O macros O . O On O August O 17 O , O 2009 O , O the O United O States O Department O of O Justice O charged O an O American O citizen O , O Albert O Gonzalez O , O and O two O unnamed O Russians O with O the O theft O of O 130 O million O credit O card O numbers O using O an O SQL B-Language injection I-Language attack I-Language . O Kurtz O , O having O been O indoctrinated O that O FORTRAN B-Application was O slow O , O spent O several O months O writing O a O program O in O 704 O assembler B-Language which O had O taken O up O about O an O hour O of O CPU O time O to O debug O and O still O was O n't O running O . O A O more O complex O example O is O the O MIPS B-Device encoding O , O which O used O only O 6 O bits O for O the O opcode B-Language , O followed O by O two O 5-bit O registers O . O Procedures O are O the O basic O building O blocks O of O Icon B-Language programs O . O An O alternative O technique O , O explicit O delegation B-Language , O requires O more O programming O effort O , O but O avoids O the O substitutability B-Application issue O . O In O a O typical O class B-Application hierarchy I-Application in O object-oriented B-Language programming I-Language , O each O subclass O can O encapsulate O data O unique O to O that O class O . O The O major O addition O to O CALL/360:BASIC B-Language was O a O usable O file O handling O system O . O Arch O Linux B-Application dropped O support O of O GNOME B-Application 2 O in O favor O of O GNOME B-Language 3 I-Language in O its O repositories B-Application in O April O 2011 O . O Later O , O the O software O was O rewritten O using O C++ B-Language and O the O Qt B-Language framework I-Language and O published O under O the O terms O of O the O GPL-3.0-or-later B-License license O . O The O Web O 68 O Literate B-Application Programming I-Application system O used O Algol B-Language 68 I-Language as O the O underlying O programming O language O , O although O there O was O nothing O in O the O pre-processor O ' O tang O ' O to O force O the O use O of O that O language O . O Other O changes O included O removal O of O deprecated O APIs O that O were O pointless O to O move O to O the O new O top O level O package O and O the O removal O of O features O that O depended O on O features O that O were O removed O from O Java B-Language or O elsewhere O in O Jakarta B-Language EE I-Language 9 I-Language . O Code O pages O may O be O specified O to O tokenize O input O files O encoded O in O ISO/IEC O 8859 O 1 O to O 16 O , O Windows-1250 O to O Windows-1258 O , O CP-437 O , O CP-850 O , O CP-858 O , O MacRoman O , O KOI-8 O , O EBCDIC B-Language , O and O so O on O . O The O combination O of O Smalltalk B-Application like O messages O and O prototypes B-Application is O what O makes O Citrine B-Language unique O . O The O C++ B-Language Standard O makes O this O comment O with O regards O to O the O term O " O digraph B-Language " O : O RubyCocoa B-Operating_System is O a O real O bridge O between O the O Objective-C B-Language and O Ruby B-Language programming I-Language languages I-Language . O Initially O exclusive O to O the O GEnie B-Language online O service O , O it O opened O in O February O 1993 O , O and O later O that O year O it O caused O Computer O Gaming O World O to O create O the O new O category O of O " O Online B-Application Game I-Application of O the O Year O " O so O it O could O be O awarded O to O CyberStrike B-Application . O For O developers O , O XPCOM B-Application allows O writing O components O in O C++ B-Language , O C B-Language , O JavaScript B-Language , O Python B-Language , O or O other O languages O for O which O special O bindings O have O been O created O , O and O compile O and O run O those O components O on O dozens O of O different O platforms O , O including O these O and O others O where O Mozilla B-Operating_System is O supported O . O It O is O the O fifth O and O final O major O HTML B-Language version O that O is O a O World O Wide O Web O Consortium O ( O W3C O ) O recommendation O . O CMU B-General_Concept Sphinx I-General_Concept 2000 O Custom O BSD-style B-Operating_System license I-Operating_System CodeXL B-Language 2016 O MIT B-License Coherent B-Operating_System 1980 O 2015 O BSD-3-Clause B-Operating_System CP/M B-Application family O 1974 O 1997 O , O 2001 O , O 2014 O CuneiForm B-Language 1993 O 2008 O BSD-3-Clause B-Operating_System Optical B-Application character I-Application recognition I-Application software I-Application Dink B-Application Smallwood I-Application 1998 O 2003 O zlib-like O Some O game O data O ( O e.g. O The O registers O can O be O represented O in O pseudocode B-Language as O arrays O : O This O approach O has O the O benefit O that O client O code O can O assume O that O the O operations O of O an O interface B-Language are O available O for O use O whenever O the O client O has O access O to O the O object O . O It O is O an O Eclipse B-Application based O IDE B-Application environment O for O C-code B-Language programming O . O Exclusive O to O the O NES B-Language version O is O the O " O Big O Mode O " O , O named O after O the O larger O sprites O than O in O the O normal O action O stages O . O A O boot B-Operating_System disk I-Operating_System , O for O example O , O might O not O contain O the O driver O . O ( O This O was O not O normally O an O issue O for O solutions O that O came O bundled O with O the O operation B-General_Concept systems I-General_Concept unless O booting B-Operating_System foreign O operating B-General_Concept systems I-General_Concept , O as O system O utilities O like O SYS B-Language were O modified O to O copy O the O compression O drivers O to O boot B-Operating_System disks I-Operating_System by O default O , O and O the O corresponding O operation B-General_Concept systems I-General_Concept would O also O fall O back O to O look O for O them O on O drives O other O than O the O boot B-Operating_System disk I-Operating_System if O they O could O n't O be O found O there O . O ) O All O analysis O results O are O presented O in O a O web O report O , O which O contains O Excel B-Application annotation O and O enrichment O sheets O , O PowerPoint B-Application slides O , O and O custom O analysis O files O ( O e.g. O , O .cys O file O by O Cytoscape B-Language , O .svg O by O ) O for O further O offline O analysis O or O processing O . O It O was O yet O another O iteration O in O the O unofficial O Great O Battles O lineup O built O on O the O Blitzkrieg B-Language 2 I-Language engine O . O Ubuntu B-Language Unity I-Language continues O to O offer O its O users O a O lot O of O customization O choices O , O plus O a O unique O mix O of O default O applications O from O the O GNOME B-Application and O MATE B-Language desktops I-Language " O . O In O 2006 O Borland O 's O Developer O Tools O Group O , O developers O of O C++Builder B-Language , O was O transferred O to O a O wholly O owned O subsidiary O , O CodeGear O . O Free B-License Video O Converter O ( O earlier O Free B-Algorithm AVI I-Algorithm Video I-Algorithm Converter I-Algorithm ) O is O a O free B-License video O conversion O program O developed O by O DVDVideoSoft B-Language . O A O major O problem O with O marker B-Language interfaces I-Language is O that O an O interface B-Application defines O a O contract O for O implementing O classes O , O and O that O contract O is O inherited O by O all O subclasses O . O CP/M B-Application -86 O was O one O of O three O operating B-General_Concept systems I-General_Concept available O from O IBM O , O with O PCDOS O and O UCSD B-Language p-System I-Language . O Digital O Research O 's O adaptation O of O CP/M B-Application -86 O for O the O IBM B-Device PC I-Device was O released O six O months O after O PCDOS O in O spring O 1982 O , O and O porting O applications O from O CP/M B-Application -80 I-Application to O either O operating B-General_Concept system I-General_Concept was O about O equally O difficult O . O In O November O 1981 O , O Digital O Research O also O released O a O version O for O the O proprietary B-Application IBM B-Protocol Displaywriter I-Protocol . O Ultamatix B-Application allowed O the O installation O of O 101 O different O programs/features O , O including O programs O such O as O the O Adobe B-Operating_System Flash I-Operating_System Player I-Operating_System plugin O , O Adobe B-Application Reader I-Application , O multimedia B-General_Concept codecs I-General_Concept ( O including O MP3 O , O Windows B-Application Media I-Application Audio I-Application and O video-DVD O support O ) O , O fonts O , O programming O software O ( O compilers B-Language ) O and O games O . O In O March O 2013 O , O it O from O Drools B-Language project O and O finally O renamed O to O OptaPlanner B-Application . O TypeDB B-Language can O represent O such O a O structure O , O as O it O enables O relations O to O be O nested O in O another O relation O , O allowing O a O user O to O express O their O system O 's O model O in O a O natural O form O . O Ruby B-Language and O Python B-Language respectively O . O This O is O easily O implemented O by O using O the O same O boolean O disposed O field O and O checking O it O in O a O guard B-Language clause I-Language at O the O start O of O dispose B-Application , O in O that O case O returning O immediately O , O rather O than O raising O an O exception O . O UIQ B-Language 3.3 O was O the O last O version O of O the O platform O , O based O upon O Symbian B-Operating_System OS I-Operating_System v9.3 O . O In O 2007 O , O ACCESS O introduced O the O successor O to O Garnet B-Operating_System OS I-Operating_System , O called O Access B-Language Linux I-Language Platform I-Language ; O additionally O , O in O 2009 O , O the O main O licensee B-Application of O Palm B-Operating_System OS I-Operating_System , O Palm B-Application , O Inc. O , O switched O from O Palm B-Operating_System OS I-Operating_System to O webOS B-Operating_System for O their O forthcoming O devices O . O An O atom B-Language needs O a O specific O number O of O " O bonds O " O , O from O 1 O to O 4 O , O which O are O made O by O placing O atoms O next O to O each O other O . O In O 2005 O , O Lasso B-Language Pro O received O MySQL B-Application Network O certification O demonstrating O the O importance O of O the O popular O open O source O database O to O the O future O of O Lasso B-Language . O OCaml B-Language is O notable O for O extending O ML-style O type O inference O to O an O object B-Language system I-Language in O a O general-purpose B-Language language O . O Some O of O these O were O mainframe B-Architecture related O , O designed O to O allow O programs O running O on O those O machines O to O translate O between O the O variety O of O SQL B-Language 's O and O provide O a O single O common O interface O which O could O then O be O called O by O other O mainframe B-Architecture or O microcomputer B-Architecture programs O . O As O of O version O 7.0 O new O features O include O support O for O Python B-Language scripting O and O as O of O version O 7.8 O GNU B-Application Guile I-Application scripting O as O well O . O In O August O 2006 O , O Haiku B-Language celebrated O its O fifth O anniversary O . O Pandoc B-Language is O a O ' O universal O document O converter O ' O able O to O transform O LaTeX B-Application into O many O different O file O formats O , O including O HTML5 B-Application , O epub O , O rtf O and O docx B-Operating_System . O External O code B-Application can O use O an O object B-Device by O calling O a O specific O instance B-Language method I-Language with O a O certain O set O of O input O parameters O , O read O an O instance B-Application variable I-Application , O or O write O to O an O instance B-Application variable I-Application . O Object-oriented B-Language programming I-Language that O uses O classes B-Application is O sometimes O called O class-based B-Application programming I-Application , O while O prototype-based B-Application programming I-Application does O not O typically O use O classes B-Application . O There O are O also O other O wikis O using O languages O besides O English O available O on O the O Scratch B-Language Wiki O . O An O object-oriented B-Application operating I-Application system I-Application written O in O the O Lisp B-Language dialect O Lisp B-Language Machine I-Language Lisp I-Language ( O and O later O Common B-Language Lisp I-Language ) O was O developed O at O MIT O . O JägerMonkey O operated O very O differently O from O other O compilers O in O its O class O : O while O typical O compilers O worked O by O constructing O and O optimizing O a O control-flow O graph O representing O the O function O , O JägerMonkey O instead O operated O by O iterating O linearly O forward O through O SpiderMonkey B-Language bytecode O , O the O internal O function O representation O . O In O general O , O compiled B-Language languages O are O not O detailed O enough O in O their O specification O for O the O compiler B-Language to O determine O formally O at O compile B-Application time I-Application which O pointers O are O potentially O aliased O and O which O are O not O . O More O important O were O the O facilities O for O structured B-Language programming I-Language , O including O additional O control O structures O and O proper O subroutines O supporting O local O variables O . O For O example O , O a O hypothetical O security O flaw O which O affects O only O the O security O manager O sandboxing O mechanism O of O a O particular O JVM B-Language implementation O would O mean O that O only O Java B-Device applications O which O run O arbitrary O untrusted O bytecode B-Language would O be O compromised O : O applications O where O the O user O fully O trusts O and O controls O all O bytecode B-Language being O executed O would O not O . O As O of O 2022 O , O Illustrator B-Language Draw O is O retired O and O replaced O by O Adobe B-Application Fresco I-Application . O For O the O development O of O CompCert B-Application , O the O first O practically O useful O optimizing O compiler B-Language targeting O multiple O commercial O architectures O that O have O a O complete O , O mechanically O checked O proof O of O its O correctness O , O Xavier O Leroy O and O the O development O team O of O CompCert B-Application received O the O 2021 O ACM O Software O System O Award O . O It O was O developed O by O the O Debian O Mozilla O Team O in O unison O with O the O SeaMonkey B-Language Council O 's O work O on O their O release O , O but O in O accordance O with O Debian O 's O policy O of O only O using O free B-Application content O , O copyrighted O artwork O and O proprietary B-Application plug-ins B-Application were O omitted O . O In O July O 2008 O , O Aptana B-General_Concept acquired O PyDev B-Language , O retaining O Zadrozny O as O the O project O head O . O Docstrings B-Language ( O documentation B-Language strings I-Language ) O , O that O is O , O strings O that O are O located O alone O without O assignment O as O the O first O indented O line O within O a O module O , O class O , O method O or O function O , O automatically O set O their O contents O as O an O attribute O named O __doc__ O , O which O is O intended O to O store O a O human-readable O description O of O the O object O 's O purpose O , O behavior O , O and O usage O . O In O April O 1999 O , O newLISP B-Language was O ported O to O Linux B-Application ; O some O of O its O core O algorithms O were O rewritten O , O and O all O Windows-specific O code O removed O . O Bash B-Operating_System , O BETA B-Language and O ksh B-Language have O language O constructs O for O coprocesses O . O These O repositories O contain O a O large O variety O of O modules O , O published O on O CPAN B-Language . O ATX B-Language form O factor O , O Socket B-Device H2 I-Device ( O LGA B-Device 1155 I-Device ) O , O H67 O chipset O ( O Cougar O Point O ) O .Reference O unknown.2011ColleyvilleLAN O controllerIntel O 82583V O Ethernet O controller O . O GNU B-Application Solfege I-Application is O an O ear O training O program B-Application written O in O Python B-Language intended O to O help O musicians O improve O their O skills O and O knowledge O . O In O pseudocode B-Language , O the O perceptron B-Algorithm algorithm I-Algorithm is O given O by O : O There O are O also O graphical O GnuPG O front-ends B-Architecture , O for O example O Seahorse B-Application for O GNOME B-Application and O KGPG B-Language and O Kleopatra O for O KDE B-Application . O If O any O part O of O the O transaction O fails O before O it O is O committed B-Language , O these O copies O are O used O to O restore O the O database O to O the O state O it O was O in O before O the O transaction O began O . O The O " O forgetful O " O nature O of O the O two O sub-queries O was O all O that O it O took O to O guarantee O that O some O sure O information O went O unreported O when O the O above O query B-Language was O run O on O the O Codd B-Language table I-Language Emp O . O These O flags O can O be O tested O using O binary O operations O or O with O the O Enum B-Language type O 's O builtin O ' O HasFlag O ' O method O . O Nim B-Application works O with O PostgreSQL B-Application , O MySQL B-Application , O and O SQLite B-Language databases O . O The O software O was O generalized O starting O from O 1997 O but O was O only O officially O released O as O Debbugs B-Language 1 O in O January O 1999 O . O JUCE B-Language is O used O in O particular O for O its O GUI B-Application and O plug-ins B-Application libraries O . O Many O applications O in O the O Extragear O and O KOffice B-Language modules O have O received O numerous O improvements O with O the O new O features O of O KDE B-Language 4 I-Language and O Qt4 B-Language . O Other O uses O include O the O Node.js B-Language and O Deno B-Application runtime B-Device systems I-Device . O Syncthing B-Language must O be O configured O via O a O web O browser O either O locally O or O remotely O ( O and O supports O access O via O proxy O server O ) O , O the O REST O and O Events O APIs O or O one O of O the O community-contributed O wrapper O programs O . O Like O the O original O PC O , O the O XT O comes O with O IBM B-Language BASIC I-Language in O ROM B-Device . O The O XT O BIOS O also O displays O a O memory O count O during O the O POST B-Device , O unlike O the O original O PC O . O Microsoft O has O included O a O number O of O services O in O SQL B-Language Server O related O to O business B-General_Concept intelligence I-General_Concept and O data O warehousing O . O When O the O ship O is O crippled O and O Spock B-Language is O kidnapped O by O a O Vurian O , O an O ancient O and O extinct O race O that O died O out O during O the O time O Zefram O Cochrane O completed O test O trials O of O the O first O Warp O Drive O , O Kirk O must O go O where O no O man O has O gone O before O to O save O his O ship O and O his O friend O . O Java B-Language 11 O , O both O also O currently O supported O LTS O versions O . O Java B-Language bytecode I-Language in O Java B-Language Archive I-Language ( O JAR B-Language ) O files O is O not O executed O by O Android B-Application devices O . O In O PHP B-Application , O the O fat B-Language comma I-Language is O termed O a O double O arrow O , O and O is O used O to O specify O key/value O relationships O when O declaring O an O array O . O Although O the O attacker O could O make O the O code O return O anywhere O , O libc B-Language is O the O most O likely O target O , O as O it O is O almost O always O linked O to O the O program O , O and O it O provides O useful O calls O for O an O attacker O ( O such O as O the O system O function O used O to O execute O shell O commands O ) O . O This O allows O Sagan B-Protocol to O be O compatible O with O Snort B-Language or O Suricata B-Application rule O management O softwares O and O give O Sagan B-Protocol the O ability O to O correlate O with O Snort B-Language IDS/IPS O data O . O A O version O of O Trafodion B-Language was O released O on O January O 29 O , O 2015 O . O In O contrast O , O the O relational O version O would O be O multiple O lookups O , O plus O the O time O needed O to O join B-Language all O of O the O data B-Application records I-Application . O For O now O , O he O is O teaching O alchemy B-Language ( O even O though O he O is O supposed O to O teach O only O battle O skills O ) O as O well O as O battle O skills O to O his O students O . O The O first O two O train B-Language simulators I-Language to O achieve O large O sales O in O the O West O , O Microsoft B-Application Train I-Application Simulator I-Application and O Trainz O , O arrived O within O a O few O months O of O one O another O in O 2001 O . O When O the O XML B-Protocol root O element O is O globally O declared O , O these O methods O utilize O the O JAXBContext O 's O mapping O of O XML B-Protocol root O elements O to O JAXB B-Language mapped O classes O to O initiate O the O unmarshalling O . O Triggers B-Language are O the O treatment O of O deferred O actions O . O It O uses O Ghostscript B-Language in O the O background O , O using O options O according O to O the O PPD B-Language file I-Language of O the O printer O . O The O openPDC B-Language is O based O on O the O SuperPDC O which O was O developed O by O the O Tennessee O Valley O Authority O starting O in O 2004 O . O Calling O foo(NULL ) O ; O will O result O in O undefined B-Language behavior I-Language ( O typically O , O although O not O necessarily O , O a O SIGSEGV B-Error_Name signal B-General_Concept being O sent O to O the O application O ) O . O Design O decisions O in O System O R O , O as O well O as O some O fundamental O algorithm O choices O ( O such O as O the O dynamic B-Algorithm programming I-Algorithm algorithm O used O in O query B-Language optimization I-Language ) O , O influenced O many O later O relational B-Architecture systems O . O In O 2002 O , O Nuke B-Language was O publicly O released O by O D2 O Software O . O The O apps O tricked O victims O into O logging O into O their O Facebook O accounts O and O hijacked O the O credentials O via O JavaScript B-Language code O . O Eventually O there O was O a O move O to O port O parts O of O the O window B-Application system I-Application to O run O on O other O Common B-Language Lisp I-Language implementations O by O other O vendors O as O the O Common B-Language Lisp I-Language Interface I-Language Manager I-Language ( O CLIM B-Language ) O . O Apache B-Language Beam I-Language : O Java/Scala O SDK O that O unifies O streaming O ( O and O batch O ) O processing O with O several O execution O engines O supported O ( O Apache B-Language Spark I-Language , O Apache B-Application Flink I-Application , O Google O Dataflow B-Application etc O . O ) O The O term O λx B-Language . O λy B-Language . O In O Python B-Language , O use O the O list O method O " O extend O " O or O the O infix O operators O + O and O + O = O to O append B-Application lists O . O Apple O engineers O felt O the O exceptions O , O multiple B-Application inheritance I-Application , O templates O , O and O runtime B-Application type I-Application information I-Application features O of O standard O C++ B-Language were O either O insufficient O or O not O efficient O enough O for O use O in O a O high-performance O , O multithreaded O kernel O . O Part O of O the O effort O in O the O design O of O Raku B-Application ( O formerly O named O Perl B-Application 6 I-Application ) O is O to O improve O Perl B-Language 's O regex B-Language integration O , O and O to O increase O their O scope O and O capabilities O to O allow O the O definition O of O parsing B-Language expression O grammars O . O Vectors O 3 O through O 15 O are O used O to O report O various O errors O : O bus B-General_Concept error I-General_Concept , O address O error O , O illegal B-Language instruction I-Language , O zero B-Algorithm division I-Algorithm , O CHK O and O CHK2 O vector O , O privilege O violation O ( O to O block O privilege O escalation O ) O , O and O some O reserved O vectors O that O became O line O 1010 O emulator O , O line O 1111 O emulator O , O and O hardware O breakpoint O . O Leisure O Suit O Larry O : O Pocket O Party O Adventure O TKO O Software O Nokia O , O Vivendi O Universal O Games O Q1 O 2005 B-Application Concept O art O and O design O document O are O in O hands O of O Jody O Hicks O , O one B-Language of O the O game O 's O developers O . O C++ B-Language functions O can O be O called O from O the O C# O language O thanks O the O use O of O dedicated O wrappers O . O The O MUMPS B-Language term O globals O does O not O refer O strictly O to O unscoped O variables O , O as O in O the O C O tradition O . O According O to O the O official O feature O list O , O ArgoUML B-Language is O capable O of O the O following O : O On O April O 2 O , O 1997 O , O Sun O Microsystems O and O Netscape O Communications O Corporation O announced O their O intention O to O incorporate O IFC O with O other O technologies O to O form O the O Java B-Language Foundation I-Language Classes I-Language . O Less O has O a O special O type O of O ruleset O called O parametric O mixins B-Language which O can O be O mixed O in O like O classes O , O but O accepts O parameters O . O The O game O features O six O major O locationsMexico O , O Dover O , O Rome O , O Cairo B-Language , O Baghdad O and O Pekingeach O of O which O can O be O visited O in O various O years O ranging O from O 1361 O BC O to O 1940 O AD O ( O although O Mexico O , O Cairo B-Language and O Baghdad O cannot O be O visited O in O all O years O ) O . O Concepts O can O be O used O to O choose O function O template B-Application overloads O and O class B-Application template B-Application specializations O based O on O properties O of O their O template B-Application arguments O , O as O an O alternative O to O SFINAE B-Language and O tag O dispatching O . O OCL B-Language is O used O to O load O programs O into O the O system O 's O memory O and O start O them O ( O a O process O called O execution O ) O and O assign O resources O such O as O disk O files O , O printers O , O message O members O , O memory O , O and O disk O space O to O those O programs O . O Create O a O folder O called O " O Fonts O " O ( O the O name O is O case O sensitive O ) O under O the O " O CyBook O " O USB B-Protocol drive O and O add O your O TrueType O or O OpenType O fonts O to O it O ( O works O with O ePub O , O HTML B-Language , O FB2 O , O TXT B-General_Concept ) O . O AbiWord B-Language was O originally O started O by O SourceGear O Corporation O as O the O first O part O of O a O proposed O AbiSuite O but O was O adopted O by O open O source O developers O after O SourceGear O changed O its O business O focus O and O ceased O development O . O While O the O low-level O layer O was O written O manually O in O C B-Language , O the O high-level O layer O is O automatically O generated O from O a O description O of O the O elements O of O the O protocol O stored O in O XML B-Protocol format O . O Every O time O the O protocol O description O of O this O XML B-Protocol file O changes O , O the O C B-Language source O code O that O implements O such O protocol O can O be O regenerated O to O include O the O new O changes O , O allowing O a O very O flexible O , O extensible O and O error-proof O protocol O . O This O predated O the O evolution O from O the O Handel O language O to O Handel-C B-Language work O done O shortly O afterward O at O Oxford O University O Computing O Laboratory O . O In O July O 2012 O , O the O Angular B-Language team O built O an O extension O for O the B-Application Google I-Application Chrome B-Application browser I-Application called O Batarang O , O that O improved O the O debugging O experience O for O web B-Application applications I-Application built O with O Angular B-Language . O With O resume O parsers B-Language , O the O process O is O now O faster O and O candidates O have O an O improved O experience O . O The O command O ( O abbreviation O F O ) O implements O a O for B-Language loop I-Language . O Horizon O , O introduced O in O Laravel B-Language 5.5 O , O provides O a O visual O dashboard O and O code-driven O configuration O for O your O Laravel B-Language powered O Redis B-Operating_System queues O . O Machine O tool O manufacturer O 's O systems O utilize O elements O of O APT B-Language to O this O day O . O The O Whiley B-Language programming O language O also O provides O first-class O support O for O loop B-Application invariants I-Application . O It O also O declares O another O notation O for O a O vendor-specific O application O , O to O annotate O the O " O sgml B-Language " O root O element O in O the O document O . O Agora98 O , O the O latest O implementation O of O Agora B-Language , O is O done O in O Java B-Language and O allows O full O access O to O all O Java B-Language APIs B-Application , O including O the O ability O to O create O applets B-Application from O within O Agora98 O . O Lithium B-Language metal I-Language has O a O relatively O low O melting O point O of O 453K O and O a O low O activation O energy O for O self-diffusion O of O 50 O kJ/mol O , O indicating O its O high O propensity O to O significantly O creep O at O room O temperature O . O In O 1996 O , O Computer O Gaming O World O declared O Loom B-Language the O 81st-best O computer O game O ever O released O . O This O can O be O done O by O running O the O following O : O MacPorts B-Application supports O logical O operators O such O as O and O , O or O and O not O , O as O well O as O glob B-Language patterns I-Language ( O enabled O by O default O ) O and O regex B-Language ( O enabled O via O --regex O ) O . O Its O types O and O pattern B-Language matching I-Language make O it O well-suited O and O commonly O used O to O operate O on O other O formal O languages O , O such O as O in O compiler O writing O , O automated B-Application theorem I-Application proving I-Application , O and O formal O verification O . O Efficient O homogeneous O arrays O of O integers O , O floats O and O C B-Language structs O . O ZFS B-Application and O Btrfs B-Operating_System , O two O full O copy-on-write B-Language file B-Application systems I-Application . O Several O attempts O have O been O made O to O create O Turing-complete O versions O of O Malbolge B-Language : O The O OpenGL B-Application Architecture O Review O Board O ( O ARB B-Language ) O was O formed O in O 1992 O , O in O part O to O establish O standards O for O the O GPU B-Architecture industry O . O c B-Language = O a O * O b O ; O DROP O deletes B-Language an O object O in O the O database O , O usually O irretrievably O , O i.e. O , O it O cannot O be O rolled O back O , O e.g. O CSS B-Language version O 3.0 O provides O new O features O that O allow O CSS B-Language to O more O adequately O style O documents O for O paged O display O . O Varicode B-General_Concept Oct O Dec B-Application Hex O Abbr O Description1010101011 O 000 O 0 O 00 O NUL O Null O character1011011011 O 001 O 1 O 01 O SOH O Start O of O Header1011101101 O 002 O 2 O 02 O STX O Start O of O Text1101110111 O 003 O 3 O 03 O ETX O End O of O Text1011101011 O 004 O 4 O 04 O EOT O End O of O Transmission1101011111 O 005 O 5 O 05 O ENQ O Enquiry1011101111 O 006 O 6 O 06 O ACK B-Protocol Acknowledgment1011111101 O 007 O 7 O 07 O BEL O Bell1011111111 O 010 O 8 O 08 O BS B-Language Backspace11101111 O 011 O 9 O 09 O HT O Horizontal O Tab11101 O 012 O 10 O 0A O LF O Line O feed1101101111 O 013 O 11 O 0B O VT O Vertical O Tab1011011101 O 014 O 12 O 0C O FF O Form O feed11111 O 015 O 13 O 0D O CR O Carriage O return1101110101 O 016 O 14 O 0E O SO O Shift O Out1110101011 O 017 O 15 O 0F O SI O Shift O In1011110111 O 020 O 16 O 10 O DLE O Data O Link O Escape1011110101 O 021 O 17 O 11 O DC1 O Device O Control O 1 O ( O XON O ) O 1110101101 O 022 O 18 O 12 O DC2 O Device O Control O 21110101111 O 023 O 19 O 13 O DC3 O Device O Control O 3 O ( O XOFF O ) O 1101011011 O 024 O 20 O 14 O DC4 O Device O Control O 41101101011 O 025 O 21 O 15 O NAK B-Protocol Negative O Acknowledgement1101101101 O 026 O 22 O 16 O SYN O Synchronous O Idle1101010111 O 027 O 23 O 17 O ETB O End O of O Trans O . O SenseTalk B-Language is O a O high-level O English-like O scripting B-Language language I-Language in O the O XTalk O family O , O that O supports O both O procedural O and O object-oriented B-Language paradigms O . O The O official O SAPARi B-Language service O was O discontinued O on O January O 31 O , O 2003 O . O AgentSheets B-Language , O game O authoring O and O computational O science O authoring O tool O . O In O most O cases O , O a O POD-struct B-Language will O have O the O same O memory O layout O as O a O corresponding O struct B-Application declared O in O C O . O For O this O reason O , O POD-structs O are O sometimes O colloquially O referred O to O as O " O C-style O structs B-Application " O . O There O have O been O over O a O hundred O successful O applications O of O Cyc B-Language ; O listed O here O are O a O few O mutually O dissimilar O instances O : O GNOME B-Language Text I-Language Editor I-Language is O the O default O text B-Application editor I-Application for O the O GNOME B-Application desktop I-Application environment I-Application . O Raw O 2006 O Sports O Yuke O 's O Pro B-Application Evolution I-Application Soccer I-Application 2 I-Application Sports O Konami O Computer O Entertainment O Tokyo O Konami O Spider-Man B-Application Action-adventure O Treyarch O Activision O Madden B-Application NFL I-Application 07 I-Application Sports O EA O Tiburon O EA O Sports O SOCOM B-Application U.S. I-Application Navy I-Application SEALs I-Application Tactical O shooter O Zipper O Interactive O Sony O Computer O Entertainment O Crash B-Application Bandicoot I-Application : I-Application The I-Application Wrath I-Application of I-Application Cortex I-Application Platform O Traveller O 's O Tales O Universal O Interactive O Studios O Ace B-Application Combat I-Application 04 I-Application : I-Application Shattered I-Application Skies I-Application Combat O flight O simulator O Namco O Namco O Dragon B-Application Ball I-Application Z I-Application : I-Application Budokai I-Application Fighting O Dimps O The B-Application Simpsons I-Application : I-Application Hit I-Application & I-Application Run I-Application Radical O Entertainment O Need B-Application for I-Application Speed I-Application : I-Application Most I-Application Wanted I-Application Racing O Electronic O Arts O Medal B-Application of I-Application Honor I-Application : I-Application Rising I-Application Sun I-Application First-person O shooter O EA O Los O Angeles O EA O Games O Dynasty B-Application Warriors I-Application 4 I-Application Hack B-Application and I-Application slash I-Application Omega O Force O Koei O The B-Application Lord I-Application of I-Application the I-Application Rings I-Application : I-Application The I-Application Two I-Application Towers I-Application Stormfront O Studios O EA O Games O Lego B-Application Star I-Application Wars I-Application : I-Application The I-Application Video I-Application Game I-Application Action-adventure O Traveller O 's O Tales O Tekken B-Application Tag I-Application Tournament I-Application Fighting O Namco O Tony B-Application Hawk I-Application 's I-Application Underground I-Application Sports O Neversoft O Activision O Tony B-Application Hawk I-Application 's I-Application Pro I-Application Skater I-Application 3 I-Application Sports O Neversoft O Activision O O2 O Star B-Language Wars I-Language : I-Language Battlefront I-Language II I-Language Pandemic O Studios O LucasArts O Madden B-Application NFL I-Application 2002 I-Application Sports O Devil B-Application May I-Application Cry I-Application 3 I-Application : I-Application Dante I-Application 's I-Application Awakening I-Application Capcom O Capcom O Resident B-Application Evil I-Application 4 I-Application Capcom O Production O Studio O 4 O Capcom O Dynasty B-Application Warriors I-Application 3 I-Application Hack B-Application and I-Application slash I-Application Omega O Force O The B-Application Simpsons I-Application : I-Application Road I-Application Rage I-Application Vehicular O combat O Radical O Entertainment O Electronic O Arts O SOCOM B-Application II I-Application U.S. I-Application Navy I-Application SEALs I-Application Tactical O shooter O Zipper O Interactive O Sony O Computer O Entertainment O Everybody B-Application 's I-Application Golf I-Application 3 I-Application Sports O Clap O Hanz O Sony O Computer O Entertainment O Ratchet B-Application : I-Application Deadlocked I-Application Platform O Insomniac O Games O Sony O Computer O Entertainment O Devil B-Application May I-Application Cry I-Application Capcom O Production O Studio O 4 O Capcom O Max B-Application Payne I-Application Third-person O shooter O Remedy O Entertainment O Rockstar O Games O Need B-Application for I-Application Speed I-Application : I-Application Underground I-Application 2 I-Application Racing O EA O Black O Box O Electronic O Arts O Onimusha B-Application 2 I-Application : I-Application Samurai I-Application 's I-Application Destiny I-Application Capcom O Capcom O True B-Application Crime I-Application : I-Application Streets I-Application of I-Application LA I-Application Action-adventure O Luxoflux O Activision O Dragon B-Application Ball I-Application Z I-Application : I-Application Budokai I-Application 2 I-Application Fighting O Dimps O 007 B-Application : I-Application Agent I-Application Under I-Application Fire I-Application First-person O shooter O EA O Redwood O Shores O EA O Games O Onimusha B-Application : I-Application Warlords I-Application Capcom O Capcom O Pro B-Application Evolution I-Application Soccer I-Application 5 I-Application Sports O Konami O Konami O Tekken B-Application 4 I-Application Fighting O Namco O ESPN B-Application NFL I-Application 2K5 I-Application Sports O Visual O Concepts O Sega O WWE O SmackDown O ! O EvoSuite B-Language was O originally O created O in O 2010 O as O output O of O a O research O project O by O Dr. O Gordon O Fraser O and O Dr. O Andrea O Arcuri O . O In O computing O , O an O optimizing B-Application compiler I-Application is O a O compiler B-Language that O tries O to O minimize O or O maximize O some O attributes O of O an O executable B-Application computer B-Application program I-Application . O QuArK B-Language – O A O multipurpose O tool O for O Quake O engine-based O games O . O BuildStream O is O a O flexible O and O extensible O framework O for O the O modeling O of O build O and O CI O pipelines O in O a O declarative O YAML B-Protocol format O , O written O in O Python B-Language . O However O , O according O to O the O OLPC O , O the O XO B-Application breaks O from O the O desktop B-Application metaphor I-Application to O provide O a O UI O ( O Sugar B-Language ) O that O they O feel O is O more O suited O to O the O educational O needs O of O children O . O + O Italic O type O or O normal O emphasis O Code O AsciiDoc B-Language ATX B-Language Creole O Jira B-Protocol Markdown O MediaWiki B-Application Org-mode B-Operating_System PmWiki B-Language reST B-Language Setext B-Language Slack B-Protocol Textile B-Language Texy B-Application ! I-Application Graphic O models O and O their O underlying O information O are O created O and O stored O in O a O relational O database O in O latest O versions O of O Microsoft B-Application SQL I-Application Server I-Application or O SQL B-Language Server O Express O . O Cygnix O is O a O lightweight O UNIX B-Application simulation O environment O for O AmigaOS B-Application that O comes O with O an O X11 B-Operating_System server I-Operating_System Cygwin B-Language , O and O this O has O been O used O to O port O programs O such O as O AbiWord B-Language or O GIMP B-Application to O the O Amiga O . O Other O divisors O K(N ) O of O the O range O such O that O s B-Language ≈ O R/K O ( N O ) O are O available O for O other O values O of O N O and O for O non-normal O distributions O . O The O standard B-General_Concept deviation I-General_Concept is O invariant O under O changes O in O location O , O and O scales O directly O with O the O scale O of O the O random O variable O . O Baby B-Language Modula-3 I-Language influenced O this O work O according O to O Cardelli O , O and O guided O a O calculus O of O the O type O of O self B-Application in O Types O for O object O and O the O type O of O ' O self B-Application ' O . O Code O can O be O added O manually O to O achieve O similar O results O in O interpretive O languages O such O as O JavaScript B-Language . O One O modern O style B-Language sheet I-Language language I-Language with O widespread O use O is O Cascading B-Language Style I-Language Sheets I-Language ( O CSS B-Language ) O , O which O is O used O to O style O documents O written O in O HTML B-Language , O XHTML B-Language , O SVG B-Application , O XUL B-Application , O and O other O markup O languages O . O In O 2006 O , O JamVM B-Language was O used O by O Google B-Application 's I-Application Android I-Application team O during O development O of O the O application O framework O . O Spacewalk B-Language is O not O and O can O never O be O upstream B-General_Concept for O Red B-Application Hat I-Application Satellite I-Application 6 O released O in O September O 2014 O due O to O it O being O a O ground O up O rebuild O with O a O different O toolset O . O An O internationalized B-Language domain I-Language name I-Language ( O IDN O ) O is O an O Internet O domain O name O that O contains O at O least O one O label O displayed O in O software B-Application applications I-Application , O in O whole O or O in O part O , O in O non-latin O script O or O alphabet B-Application or O in O the O Latin O alphabet-based O characters O with O diacritics O or O ligatures O . O Fle3 B-Application is O a O Zope B-Language product O , O written O in O Python B-Language . O P-code B-Language can O also O be O considered O a O similar O but O earlier O implementation O with O origins O as O far O back O as O 1966 O . O Mimail B-Application is O written O in O the O C B-Language programming I-Language language I-Language . O In O some O cases O , O PhotoRec B-Language can O learn O the O original O file O size O from O the O file O header O , O so O the O recovered O file O is O truncated O to O the O correct O size O . O The O CycL B-Language and O SubL B-Language interpreter O ( O the O program O that O allows O users O to O browse O and O edit O the O database O as O well O as O to O draw O inferences O ) O was O released O free O of O charge O , O but O only O as O a O binary O , O without O source O code O . O is O a O meta-package O which O provides O packages O for O integrating O ROS B-Application with O the O Gazebo B-Language simulator I-Language . O AppFabric B-Application Caching I-Application stores O serialized B-Application managed O objects B-Language in O a O cache O cluster O . O The O smaller O number O of O vertical O lines O in O the O NTSC O signal O would O also O lead O to O black O bars O appearing O on O the O top O and O bottom O of O a O PAL B-Language television O . O This O had O the O benefit O of O helping O the O Ada B-Language community O at O large O , O and O at O the O same O time O , O allowed O Eurocontrol O to O enjoy O further O improvements O made O by O the O community O . O This O is O the O basic O mechanism O which O ensures O that O all O functions O are O first-order B-Language . O For O half O a O year O , O ePSXe B-Application was O developed O in O private O , O with O part O of O this O initial O development O being O carried O out O by O _Demo_ O , O previously O known O for O his O work O on O the O Super B-Application Nintendo I-Application emulator O ZSNES B-Language . O Lano O , O K.C. O , O Z++ B-Application , O an O Object-Oriented B-Language Extension O to O Z'' O . O This O is O straightforward O in O the O Algol O descendant O Pascal B-Application , O but O not O possible O in O the O other O major O Algol O descendant O C B-Language ( O without O manually O simulating O the O mechanism O by O using O C B-Language 's O address-of O operator O , O passing O around O pointers O to O local O variables O between O the O functions O ) O . O Later O versions O of O * B-Language Lisp I-Language , O involving O significant O upgrades O to O its O functions O and O performance O , O were O worked O on O by O Cliff O Lasser O , O Jeff O Mincy O , O and O J O . O P O . O Massar O through O 1989 O . O In O 2011 O with O the O introduction O of O the O Dart B-Language programming I-Language language I-Language , O Google B-Application reassured O the O GWT O community O that O GWT O would O continue O to O be O supported O for O the O foreseeable O future O but O also O hinted O at O a O possible O rapprochement O between O the O two O Google B-Application approaches O to O " O structured O web O programming O " O . O Nonetheless O , O there O are O still O many O instances O of O Wonka B-Language in O daily O use O , O for O example O in O Punch O Telematix O ' O CarCube O or O Kronos O ' O HirePort O recruitment O terminal O . O There O are O tools O like O SWIG B-Application or O Python B-Language 's O foreign O function B-Library library I-Library ctypes O which O can O be O used O for O this O task O without O requiring O much O additional O code O , O but O this O is O limited O to O making O an O external O library O available O in O Python B-Language code I-Language . O The O basic O colors O are O 16 O colors O defined O in O the O HTML B-Language 4.01 I-Language specification O , O ratified O in O 1999 O , O as O follows O ( O names O are O defined O in O this O context O to O be O case-insensitive O ) O : O These O 16 O were O labelled O as O sRGB O and O included O in O the O HTML B-Language 3.0 O specification O , O which O noted O they O were O " O the O standard O 16 O colors O supported O with O the O Windows O VGA B-Protocol palette. O " O They O submitted O the O famous O article O " O Design O and O implementation O of O a O diagnostic O compiler B-Language for O PL/I B-Language " O published O in O the O Communications O of O ACM O in O March O 1973 O . O Where O the O same O model O was O sold O in O countries O using O PAL B-Language or O NTSC O television O standards O , O sometimes O there O would O be O minor O variations O in O the O speed O of O the O processor O , O because O NTSC O and O PAL B-Language use O different O frequencies O for O the O color O information O and O the O crystal O for O the O video O system O was O often O also O used O for O the O processor O clock O . O ALGOL B-Language 68 I-Language 's O input B-General_Concept and I-General_Concept output I-General_Concept facilities O were O collectively O referred O to O as O the O transput B-General_Concept . O large O dimensional O linear B-Language algebra I-Language , O parallel B-Operating_System computation I-Operating_System , O partial O differential O equations O ) O , O licensing O , O readability O of O API B-Application , O portability O or O platform/compiler O dependence O ( O e.g. O A O Python B-Language implementation O using O the O memoization O decorator O from O the O standard O library O : O Functionality O is O embedded O within O some O of O Foxit B-Language ’s O PDF B-Application software O products O . O They O are O analogous O to O classes O in O objected-oriented B-Language programming I-Language languages I-Language . O The O first O release O as O KDE B-Application Frameworks O was O with O version O 5 O , O to O account O for O the O fact O that O the O code O base O was O that O of O KDE B-Language Platform I-Language version O 4 O ( O the O only O major O version O of O KDE B-Language Platform I-Language ) O . O The O transition O from O KDE B-Language Platform I-Language to O KDE B-Application Frameworks O began O in O August O 2013 O , O guided O by O top O KDE B-Application technical O contributors O . O Docky B-Language 2 O is O a O separate O application O from O GNOME B-Language Do I-Language . O The O logo O of O UC B-Language Browser I-Language was O redesigned O in O 2012 O , O from O a O cartoon O squirrel O to O a O more O abstract O and O stylized O squirrel O that O 's O more O in O line O with O American O designs O . O The O first O official O release O of O the O KOffice B-Language suite O was O on O 23 O October O 2000 O , O when O it O was O released O as O part O of O K B-Application Desktop I-Application Environment I-Application 2.0 O . O The O string O is O written O in O a O simple O template B-Language language I-Language : O characters O are O usually O copied O literally O into O the O function O 's O output O , O but O format B-Language specifiers I-Language , O which O start O with O a O character O , O indicate O the O location O and O method O to O translate O a O piece O of O data O ( O such O as O a O number O ) O to O characters O . O Users O then O began O to O explore O the O potential O of O such O features O as O freeform O skinning O , O titlebar O animation O , O and O scripting B-Language , O resulting O in O a O number O of O unique O skins B-Application . O The O pre-Office O 97 O macro O language O for O Microsoft O Word O is O known O as O WordBASIC B-Language . O Mercury B-Language Autocode I-Language had O a O limited O repertoire O of O variables O a-z O and O a'-z' O and O , O in O some O ways O resembled O early O versions O of O the O later O Dartmouth B-Language BASIC I-Language language O . O Virtual B-Application functions I-Application are O the O means O by O which O a O C++ B-Language class O can O achieve O polymorphic B-Application behavior O . O Chameleon B-Application is O written O in O the O PHP B-Application scripting O language O with O snippets O of O JavaScript B-Language code O to O handle O browser O functionality O . O Several O new O applications B-Application : O GNOME B-Application Calendar O and O GNOME B-Language Character I-Language Map I-Language . O As O a O result O of O initial O demonstration O of O capabilities O , O Dr. O Barnett O 's O proposal O to O NIH O in O 1967 O for O renewal O of O the O hospital O computer O project O grant O took O the O bold O step O of O proposing O that O the O system O be O built O in O MUMPS B-Language going O forward O , O rather O than O relying O on O the O BBN O approach O . O PostScript B-Language went O beyond O the O typical O printer O control O language O and O was O a O complete O programming O language O of O its O own O . O During O the O generation O of O method O implementations O all O reference B-Language types I-Language will O be O considered O one O type O , O as O reference B-Language types I-Language can O safely O share O the O same O implementations O . O nmbd B-Language , O which O provides O the O NetBIOS-to-IP-address O name O service O . O The O use O of O immutable B-Application state O has O become O a O rising O trend O in O JavaScript B-Language since O the O introduction O of O React B-Application , O which O favours O Flux-like O state O management O patterns O such O as O Redux B-Language . O Flix B-Language supports O uniform O function O call O syntax O which O allows O a O function O call O f(x, y, z ) O to O be O written O as O x.f(y, z ) O . O Visual B-Language Basic I-Language uses O statements O to O specify O actions O . O Used O by O some O OpenSSH B-Language configurations O when O PAM B-Application is O the O underlying O host-authentication O provider O to O effectively O provide O password O authentication O , O sometimes O leading O to O inability O to O log O in O with O a O client B-Protocol that O supports O just O the O plain O password O authentication O method O . O Resources B-Language of I-Language a I-Language Resource I-Language ( O ROR O ) O is O an O XML B-Protocol format O for O describing O the O content O of O an O internet O resource O or O website O in O a O generic O fashion O so O this O content O can O be O better O understood O by O search B-Application engines I-Application , O spiders O , O web B-Application applications I-Application , O etc O . O MediaWiki B-Application uses O an O extensible B-Architecture lightweight B-Protocol wiki B-Protocol markup O designed O to O be O easier O to O use O and O learn O than O HTML B-Language . O Since O December O 2008 O ( O until O 2018-10-09 O ) O the O only O active O branch O was O officially O amavisd-new B-Language , O which O was O being O developed O and O maintained O by O Mark O Martinec O since O March O 2002 O . O Sun O Microsystems O released O JDBC B-Language as O part O of O Java B-Language Development I-Language Kit I-Language ( O JDK B-Language ) O 1.1 O on O February O 19 O , O 1997 O . O Has O pre-ported O versions O for B-Language Windows B-Operating_System CE I-Operating_System , O VxWorks B-Operating_System , O Nucleus B-Operating_System PLUS I-Operating_System , O and O ThreadX B-Operating_System . O When O the O compiler B-Language encounters O an O s-expression B-Protocol in O the O program O , O it O first O checks O to O see O if O the O symbol O is O defined O as O a O syntactic O keyword O within O the O current O lexical O scope O . O The O intermediate O representation O is O a O simple O sequence O of O operations O which O can O be O used O by O an O optimizer O and O a O code B-Application generator I-Application which O produces O instructions O in O the O machine B-Language language I-Language of O the O target O processor O . O GNU O APL B-Language uses O Unicode O internally O and O can O be O scripted O . O Some O jurisdictions O have O passed O laws O to O restrict O lithium B-Language battery O sales O or O asked O businesses O to O make O voluntary O restrictions O in O an O attempt O to O help O curb O the O creation O of O illegal O meth O labs O . O It O provides O more O functionality O than O printf B-Language , O allowing O the O user O to O output O numbers O in O various O formats O ( O including O , O for O instance O : O hex O , O binary O , O octal O , O roman O numerals O , O and O English O ) O , O apply O certain O format B-Language specifiers I-Language only O under O certain O conditions O , O iterate O over O data O structures O , O output O in O a O tabular O format O , O and O even O recurse O , O calling O format O internally O to O handle O data O structures O that O include O their O own O preferred O formatting O strings O . O R O is O one O of O 5 O languages O with O an O Apache B-Language Spark I-Language API O , O along O with O Scala B-Application , O Java B-Language , O Python B-Language , O and O SQL B-Language . O Borland O only O wants O another O " O more O than O the O base O price O , O and O that O " O my O first O impression O of O Turbo B-Application is O that O it O 's O probably O worth O . O It O looks O to O do O everything O MT+ B-Language with O the O Speed O Programming O Package O does O , O and O maybe O even O do O it O faster O and O better O " O . O Jython B-Language was O initially O created O in O late O 1997 O to O replace O C B-Language with O Java B-Language for O performance-intensive O code O accessed O by O Python B-Language programs I-Language , O moving O to O SourceForge B-Application in O October O 2000 O . O Mimer B-Application SQL I-Application provides O support O for O multiple O database O application O programming O interfaces O ( O APIs O ) O : O ODBC B-Application , O JDBC B-Language , O ADO.NET B-Device , O Embedded B-Language SQL I-Language ( O C/C O ++ O , O Cobol O and O Fortran B-Application ) O , O Module O SQL B-Language ( O C/C O ++ O , O Cobol O , O Fortran B-Application and O Pascal O ) O , O and O the O native O API O 's O Mimer B-Application SQL I-Application C O API O , O Mimer B-Application SQL I-Application Real-Time O API O , O and O Mimer B-Application SQL I-Application Micro O C O API O . O The O project O signposted O plans O to O write O the O Icinga B-Protocol 2 O core O mainly O in O C++ B-Language , O design O a O new O component O loader O architecture O , O and O remodel O the O process O of O executing O monitoring O checks O . O The O term O is O sometimes O mistakenly O used O to O refer O to O the O curiously B-Language recurring I-Language template I-Language pattern I-Language ( O CRTP O ) O . O It O is O a O recurring O theme O in O the O seminal O MIT O textbook O Structure B-Language and I-Language Interpretation I-Language of I-Language Computer I-Language Programs I-Language , O which O uses O Scheme B-Language , O a O dialect O of O Lisp B-Language , O as O a O framework O for O constructing O new O languages O . O Embedded B-Language SQL I-Language is O implemented O using O preprocessor O . O SQL B-Language code O is O first O written O embedded O into O C B-Language code O . O As O mentioned O previously O , O Zope O page O templates O are O themselves O XHTML O documents O , O which O means O they O can O be O viewed O and O edited O using O normal O HTML B-Language editors O or O XHTML O compliant O tools O ( O a O big O advantage O compared O to O other O template O languages O used O for O Web O applications O ) O . O KStars B-Language is O distributed O with O the O KDE B-Language Software I-Language Compilation I-Language as O part O of O the O kdeedu B-Language " O Edutainment O " O module O . O In O mathematics O , O deconvolution B-Algorithm is O the O operation O inverse O to O convolution B-Language . O In O theoretical O computer B-General_Concept science I-General_Concept , O currying B-Application provides O a O way O to O study O functions O with O multiple O arguments O in O very O simple O theoretical O models O , O such O as O the O lambda B-Language calculus I-Language , O in O which O functions O only O take O a O single O argument O . O Italian O architect O Guarino O Guarini O was O also O a O pioneer O of O projective O and O descriptive B-Language geometry I-Language , O as O is O clear O from O his O Placita O Philosophica O ( O 1665 O ) O , O Euclides O Adauctus O ( O 1671 O ) O and O Architettura O Civile O ( O 1686 O — O not O published O until O 1737 O ) O , O anticipating O the O work O of O Gaspard O Monge O ( O 1746 O – O 1818 O ) O , O who O is O usually O credited O with O the O invention O of O descriptive B-Language geometry I-Language . O Like O its O fellow O framework B-Application Zope B-Language , O Pyramid B-Language also O allows O hierarchical O object O traversal O , O where O each O part O of O a O URL O is O an O object O containing O other O objects O , O in O a O way O that O is O similar O to O folders O in O a O filesystem O . O Qfusion B-Language is O free B-License and I-License open-source I-License software I-License subject O to O the O terms O of O the O GNU B-License GPL-2.0-or-later I-License . O The O first O stable O developer O preview O of O XULRunner B-Language was O released O in O February O 2006 O , O based O on O the O Mozilla B-Operating_System 1.8 O code O base O . O libc B-Language ) O to O make O the O call O for O them O . O SIGSYS O can O be O received O by O applications O violating O the O Linux B-Application Seccomp B-Application security O rules O configured O to O restrict O them O . O SIGSYS O can O also O be O used O to O emulate O foreign O system B-Operating_System calls I-Operating_System , O e.g. O emulate O Windows O system B-Operating_System calls I-Operating_System on O Linux B-Application . O The O SIGTERM O signal O is O sent O to O a O process B-Operating_System to O request O its O termination O . O Unlike O the O SIGKILL O signal O , O it O can O be O caught O and O interpreted O or O ignored O by O the O process B-Operating_System . O This O allows O the O process B-Operating_System to O perform O nice O termination O releasing O resources O and O saving O state O if O appropriate O . O An O equi-join O is O a O specific O type O of O comparator-based O join O , O that O uses O only O equality O comparisons O in O the O join-predicate O . O The O query B-Language shown O above O has O already O provided O an O example O of O an O equi-join O : O The O system O can O read O from O and O connect O to O multiple O sources O , O from O relational O databases O , O such O as O PostgreSQL B-Application and O MySQL B-Application , O to O graph B-Application databases I-Application , O such O as O Neo4j B-Language , O as O well O as O make O use O of O machine O learning O tools O ( O e.g. O , O Weka B-Language and O scikit-learn B-Application ) O , O and O a O web O data O extraction O tool O , O OXPath O . O Intel B-Language MKL I-Language The O Intel B-Language Math I-Language Kernel I-Language Library I-Language , O supporting O x86 B-Operating_System 32-bits O and O 64-bits O , O available O free O from O Intel O . O The O first O implementation O of O APL B-General_Concept using O recognizable O APL B-Language symbols I-Language was O APL B-General_Concept \360 O which O ran O on O the O IBM B-Application System/360 I-Application , O and O was O completed O in O November O 1966 O though O at O that O time O remained O in O use O only O within O IBM O . O By O 1999 O , O Ruby B-Language was O known O to O work O across O many O different O operating B-General_Concept systems I-General_Concept . O The O SPITBOL B-Application implementation O also O introduced O a O number O of O features O which O , O while O not O using O traditional O structured B-Language programming I-Language keywords O , O nevertheless O can O be O used O to O provide O many O of O the O equivalent O capabilities O normally O thought O of O as O " O structured B-Language programming I-Language " O , O most O notably O nested O if/then/else O type O constructs O . O J B-Language 's O arrays O are O homogeneously O typed O , O for O example O the O list O 1 O 2 O 3 O is O a O list O of O integers O despite O 1 O being O a O bit O . O National O CSS O ( O NCSS O ) O , O a O Time-sharing B-General_Concept vendor O , O licensed O rights O to O make O RAMIS B-Language available O on O its O VP/CSS B-Application system O . O By O this O time O RAMIS B-Language had O double O digits O of O client O companies O in O both O the O US O and O a O European O division O headquartered O in O London O and O so O Mathematica O decided O to O create O a O new O division O called O Mathematica O Products O Group O and O rename O the O product O RAMIS B-Language II O . O Garry B-Language 's I-Language Mod I-Language includes O the O functionality O to O modify O the O game O by O developing O scripts B-Language written O in O the O Lua B-Language programming I-Language language I-Language . O A O review O of O the O engine O in O the O beta O Windows B-Operating_System 10 I-Operating_System build O by O AnandTech O found O substantial O benchmark O improvements O over O MSHTML B-Application ( O Trident B-Application ) O , O particularly O its O new O Chakra B-Language JavaScript B-Language engine I-Language performance O , O which O had O come O up O to O par O with O that O of O Google B-Application Chrome I-Application . O Georgia O SoftWorks O ( O GSW O ) O ConnectBot B-Language on O Google B-Application Play I-Application . O MuseScore B-Language can O also O play O back O scores O through O the O built-in O sequencer O and O SoundFont B-Application sample O library O . O Flask B-Language , O For O non-supported O browsers B-Application , O an O API-compatible O JavaScript B-Language library O is O provided O by O Douglas O Crockford O . O This O allows O the O alchemist B-Language to O use O the O " O Spell B-Application of O Destruction O " O to O defeat O the O warlock O . O A O native B-Language method I-Language can O also O inspect O and O use O objects O created O by O Java B-Language application O code O . O Since O the O program O was O written O in O UCSD B-Language Pascal I-Language , O it O was O easy O to O port O to O different O platforms O , O but O did O so O at O the O expense O of O performance O , O which O was O critical O at O the O time O of O its O release O , O given O the O limited O amount O of O memory O , O processing O power O , O and O disk O I/O O available O on O a O desktop O computer O . O ClearTalk B-Language is O a O controlled B-General_Concept natural I-General_Concept language I-General_Concept — O a O kind O of O a O formal O language O for O expressing O information O that O is O designed O to O be O both O human-readable B-General_Concept ( O being O based O on O English O ) O and O easily O processed B-Language by I-Language a I-Language computer I-Language . O STELLA B-Language ( O short O for O Systems B-Language Thinking I-Language , I-Language Experimental I-Language Learning I-Language Laboratory I-Language with I-Language Animation I-Language ; O also O marketed O as O iThink B-Language ) O is O a O visual B-Language programming I-Language language I-Language for O system O dynamics O modeling O introduced O by O Barry O Richmond O in O 1985 O . O In O February O 2013 O , O a O group O of O Maldivian O hackers O , O hacked O the O website O " O UN-Maldives O " O using O SQL B-Language Injection I-Language . O Cate O and O Isako O engage O in O a O sword O fight O until O the O trailer O 's O ceiling O rips O off O , O sending O Isako O into O the O tornado B-Language . O As O a O consequence O , O the O variant B-Language record I-Language became O a O favourite O feature O to O breach O the O type O system O by O all O programmers O in O love O with O tricks O , O which O usually O turn O into O pitfalls O and O calamities O " O . O These O topics O are O : O structural O vs. O name O equivalence O , O subtyping O rules O , O generic B-Language modules B-Architecture , O and O parameter O modes O like O READONLY O . O Machine B-Language code I-Language using O those O extensions O will O only O run O on O implementations O that O support O those O extensions O . O Pereira O also O collaborated O with O Stuart O M O . O Shieber O on O a O book O called O " O Prolog B-Language and O Natural O Language O Analysis O " O , O that O was O intended O as O a O general O introduction O to O computational O linguistics O using O logic O programming O . O NLP B-Language can O also O be O used O to O identify O sentence O structure O and O categorize O text O strings O according O to O grammar O ( O for O example O , O categorizing O a O string O of O text O as O a O noun O based O on O a O preceding O string O of O text O known O to O be O an O article O ) O . O Despite O the O name O , O five O other O tracker B-Application formats O are O supported O besides O MOD O : O Scream B-Application Tracker I-Application 3 I-Application ( O S3M O ) O , O FastTracker O 2 O ( O XM O ) O , O Impulse B-Application Tracker I-Application ( O IT O ) O , O OpenMPT B-Language ( O MPTM O ) O and O MultiTracker O ( O MTM O ) O . O A O common O level O of O WebSphere B-Language Liberty O is O distributed O as O part O of O the O both O Version O 8.5 O and O Version O 9.0 O of O WebSphere B-Language Application I-Language Server I-Language . O Version O 7.02 O ( O now O reporting O itself O as O BDOS B-Operating_System 7.3 O ) O incorporated O improved O BIOS O and O BDOS B-Operating_System issues O , O developed O by O Paul O , O adding O many O new O boot B-Operating_System and O configuration O options O , O integrating O many O compatibility O enhancements O , O bug-fixes O and O optimizations O for B-Language size O and O speed O , O and O re-implementing O all O fixes O of O the O missing O Novell O DOS B-Device updates O . O The O BIOS O improved O the O coexistence O of O DR-DOS O with O Windows B-Application 9x O and O its O support O for B-Language third-party O disk O compression O drivers O such O as O Microsoft O 's O DriveSpace B-General_Concept . O It O introduced O a O diagnostics O mode O ( O activated O by O Scroll B-Device Lock I-Device ) O , O integrated O debugger O support O ( O with O DEBUG B-Device = I-Device ON I-Device and O a O debugger O loaded O before O or O from O within O CONFIG.SYS B-Device ) O and O more B-Device flexible O CONFIG.SYS B-Device tracing O capabilities O via O the O /// O hotkeys O and O the O TRACE B-Device and O TIMEOUT B-Device commands B-Application , O thereby O also O improving O the O integration O of O alternative O command B-Application line I-Application shells O such O as O 4DOS B-Application . O Together O with O LOADER O , O SYS B-Language /DR:ext O and O the O CHAIN B-Device directive O , O it O brought O enhanced O multi-configuration O support O for B-Language DR/D/CONFIG.ext B-Device files O and O came O with O enhancements O to O the O BASIC-like O CONFIG.SYS B-Device language O for B-Language more B-Device powerful O boot B-Operating_System menus I-Operating_System , O convenient O user O interaction O and O programmatical O acting O upon O conditions O ( O CPU386 B-Device ) O , O return O codes O and O error B-Device levels O ( O ERROR B-Device , O ONERROR B-Device ) O . O It O also O allowed O to O change O the O SCROLLOCK B-Device , O CAPSLOCK B-Device , O INSERT B-Device and O VERIFY B-Device settings O as O well O as O the O SWITCHAR B-Device , O YESCHAR B-Device , O NOCHAR B-Device and O RESUMECHAR B-Device characters O . O The O mismatch O between O what O the O interpreting O program O expects O , O and O what O the O file B-Application actually O contains O , O is O the O root O cause O of O the O vulnerability O . O SQL B-Language Injection I-Language is O a O trivial O form O of O polyglot O , O where O a O server O naively O expects O user-controlled O input O to O conform O to O a O certain O constraint O , O but O the O user O supplies O syntax O which O is O interpreted B-Application as O SQL O code O . O In O Java B-Language there O is O no O way O to O solve O this O problem O other O than O refactoring O one O or O more O of O the O interfaces B-Application to O avoid O name O clashes B-Application . O RAWGraphs B-Application is O a O web-based O open-source O data O visualization O software O made O in O JavaScript B-Language . O Ecasound B-Language , O audio O recorder O . O Thus O , O when O analyzing O itoa O , O the O Cyclone B-Language compiler O would O see O that O z O is O a O pointer O into O the O local O stack O , O and O would O report O an O error O . O Shaders O written O in O OpenGL B-Language Shading I-Language Language I-Language are O to O be O translated/compiled O into O TGSI B-Language , O then O optimizations O are O made O , O and O then O the O TGSI B-Language shaders O are O being O compiled O into O shaders O for O the O instruction B-General_Concept set I-General_Concept of O the O used O GPU B-Architecture . O Commercial O customers O have O instead O been O encouraged O to O transition O to O Oracle B-Application 's O alternative O product O , O Oracle B-Language WebLogic I-Language Server I-Language . O The O concept O of O virtual B-Application reality I-Application was O popularized O in O mass O media O by O movies O such O as O Tron B-Language ( O 1982 O ) O , O Brainstorm O ( O 1983 O ) O , O and O The O Lawnmower O Man O ( O 1993 O ) O . O All O OpenUI5 B-Language components O are O completely O free O , O and O there O are O no O paid O " O premium O " O or O " O commercial O " O widgets O : O Added O a O new O CI/CD O utility O that O integrates O with O Git/SVN O and O Jenkins O , O compiles O all O PowerBuilder B-Language projects O using O the O command-line O interface O . O This O simple O PDF B-Language editor I-Language was O specifically O designed O to O fill O and O sign O PDF B-Application documents I-Application such O as O agreements O and O forms O without O having O to O print O and O scan O them O . O Extended O globbing B-Language ( O extglob O ) O : O allows O other O pattern O matching O operators O to O be O used O to O match O multiple O occurrences O of O a O pattern O enclosed O in O parentheses O , O essentially O providing O the O missing O kleene O star O and O alternation O for O describing O regular B-General_Concept languages I-General_Concept . O That O was O solved O by O further O compiling B-Language the O bytecode O into O native O code O at O run O time O on O supported O machines O . O It O also O includes O a O sharing O mechanism O that O allows O an O applet B-Language to O explicitly O make O an O object O available O to O other O applets B-Language . O SQuirreL B-Language comes O with O predefined O example O bookmarks O for O the O most O common O SQL B-Language and O DDL O statements O . O Synaptic B-Language package I-Language manager I-Language is O still O installed O by O default O and O allows O users O to O manage O all O packages O in O the O system O . O It O may O be O used O to O create O an O identity B-Language column I-Language which O uniquely O identifies O each O record O of O a O table O . O Clarion B-Language also O can O generate O DLL O 's O that O can O be O consumed O by O external O non-Clarion O applications O , O taking O full O advantage O of O all O of O Clarion B-Language 's O 4GL B-Language abilities O and O simply O plugging O in O to O the O procedures O it O has O created O . O Satellite B-Application 5.3 O was O the O first O version O to O be O based O on O upstream B-General_Concept Spacewalk B-Language code O . O Sun B-Language ONE I-Language Web I-Language Server I-Language 4.1 O SP14 O . O In O the O initial O versions O of O SGML B-Language and O HTML B-Language , O numeric B-General_Concept character I-General_Concept references I-General_Concept were O interpreted O in O relationship O to O the O document O character B-General_Concept encoding I-General_Concept , O rather O than O Unicode O . O Thus O , O programmers B-General_Concept are O freed O from O tedious O repetitive O calculations O and O assembler B-Application programs O are O much O more O readable O than O machine B-Language code I-Language . O This O option O allows O you O to O see O how O often O each O branch O in O your O program B-Language was O taken O . O One O source O of O dialects O was O the O standard O itself O : O the O 1974 O standard O was O composed O of O one O mandatory O nucleus O and O eleven O functional O modules B-Architecture , O each O containing O two O or O three O levels O of O support O . O Jean O Sammet O , O a O short-range O committee O member O , O noted O that O " O little O attempt O was O made O to O cater O to O the O professional O programmer O , O in O fact B-Language people O whose O main O interest O is O programming O tend O to O be O very O unhappy O with O COBOL O " O which O she O attributed O to O COBOL O 's O verbose O syntax O . O By O 1985 O , O there O were O twice O as O many O books O on O FORTRAN B-Application and O four O times O as O many O on O BASIC O as O on O COBOL O in O the O Library B-Library of O Congress O . O Another O article O similarly O found O R B-Language moving O up O , O in O this O case O to O third O place O , O but O also O reported O Epi B-Application Info I-Application consistently O in O the O top O 10 O at O three O different O time O periods O . O The O β-reduction O rule O states O that O an O application B-Algorithm of O the O form O reduces O to O the O term O . O The O lambda B-General_Concept calculus O may O be O seen O as O an O idealized O version O of O a O functional B-Language programming I-Language language I-Language , O like O Haskell B-Language or O Standard B-Language ML I-Language . O As O the O market O for O computers O and O software O shifted O away O from O IBM O mainframes O and O MVS B-Application , O IBM O recanted O and O has O offered O the O current O versions O of O PL/S B-Language to O select O customers O ( O ISVs O through O the O Developer O Partner O program O . O ) O It O is O not O possible O to O call O any O placement O operator B-Language delete I-Language function O using O a O delete B-Language expression O . O The O language O C* B-Language adds O to O C O a O " O domain O " O data O type O and O a O selection O statement O for O parallel B-Operating_System execution O in O domains O . O BigPicture B-Language is O a O project O management O and O portfolio O management O app O for O Jira B-Protocol environment O . O In O addition O , O the O user O interface O for O UnrealEd O was O rewritten O in O C++ B-Language using O the O wxWidgets B-Language toolkit O , O which O Sweeney O said O was O the O " O best O thing O available O " O at O the O time O . O With O Unreal B-Application Tournament I-Application 2004 I-Application , O vehicle-based O gameplay O was O successfully O implemented O , O enabling O large-scale O combat O . O Some O programming O languages O ( O or O compilers B-Language for O them O ) O provide O a O built-in O ( O primitive O ) O or O library B-Library decimal B-Algorithm data I-Algorithm type I-Algorithm to O represent O non-repeating O decimal O fractions O like O 0.3 O and O -1.17 O without O rounding O , O and O to O do O arithmetic O on O them O . O SLD B-Application resolution I-Application is O sound O and O complete O for O Datalog B-Language programs O . O It O contains O a O set O of O HTML B-Language files I-Language , O a O hyperlinked O table O of O contents O , O and O an O index O file O . O The O A2000 O shipped O with O a O Motorola B-Device 68000 I-Device CPU B-General_Concept , O running O at O 7.16MHz O ( O NTSC O ) O or O 7.09MHz O ( O PAL B-Language ) O . O The O CPU B-General_Concept can O be O upgraded O to O a O 68010 B-Device by O direct O replacement O . O One O unique O distinction O between O HyperCard B-Application 's O programming O language O HyperTalk B-Language and O seemingly O similar O languages O like O AppleScript B-Application was O that O HyperTalk B-Language scripts O were O more O lenient O in O what O input O they O accepted O . O Though O there O may O be O plain O text O in O a O text B-General_Concept file I-General_Concept , O control O characters O within O the O file O ( O especially O the O end-of-file B-Language character O ) O can O render O the O plain O text O unseen O by O a O particular O method O . O In O addition O to O its O role O as O a O tool O for O building O GUI B-Application applications O , O Yoix B-Language technology O supports O several O modes O of O data B-Application visualization I-Application . O Unit.js B-Language : O The O first O version O of O C B-Language appeared O in O 1972 O . O The O project O has O successfully O implemented O AWT O widgets O using O Java2D B-Language . O 2009-12-16 O Kdcom O rewrite O ; O Chinese/Korean O fonts O ; O compatibility O updates O ; O sound O system O improvements O 2010-10-20 O Trap O handler O rewrite O ; O timer O and O message O handling O rewrite O ; O NMI B-General_Concept support O ; O SxS O support O ; O partial O EMS O support O 2011-03-22 O Heap O manager O rewrite O , O improved O SATA O support O , O fixed O graphics O issues O 2012-02-07ACPI O enabled O by O default O , O WiFi O support O ( O unencrypted O and O WEP B-Protocol ) O , O theme O support O , O new O TCP/IP O driver O ( O LwIP B-Application ) O , O MSVC B-Application compatibility O , O Scatter/Gather B-General_Concept DMA B-General_Concept operations O supported O , O shell32 O rewrite O 2013-05-30USB O support O for B-Language mice O , O keyboard O , O and O storage O devices O ; O rewritten O session O management O ; O AHCI O support O with O updated O UniATA O driver O ; O alternate O ReactOS B-Application Memory O Management O Module O has O taken O over O all O memory O management O responsibilities O except O for B-Language sections O ; O preliminary O support O for B-Language debugging O ReactOS B-Application components O using O WinDbg B-Application ; O improvements O based O on O results O from O the O AutoHotkey B-Language application O functionality O test O suite O ; O Bugfixes O based O on O running O Driver O Verifier O on O several O bundled O drivers O ReactOS B-Application review O | O LinuxBSDos.com O 2014-02-06CSRSS O rewrite O ; O theme O support O improved O ; O network O card O driver O for B-Language the O RTL8139 O , O allowing O ReactOS B-Application to O support O newer O versions O of O QEMU B-Application out O of O the O box O DistroWatch O Weekly O , O Issue O 593 O , O 19 O January O 2015 O 2014-11-05 O Inclusion O of O an O NTVDM O ; O font O improvements O ; O bug O fixes O DistroWatch O Weekly O , O Issue O 652 O , O 14 O March O 2016 O 2016-02-16 O Improved O USB B-Protocol support O , O new O file B-Protocol explorer I-Protocol shell B-Operating_System and O theming O , O improved O VirtualBox B-Operating_System and O Virtual B-Application PC I-Application support O , O ext2 B-Application read/write O support O , O NTFS B-Application read O support O and O improved O networking O support O ReactOS B-Application 0.4.1 O review O — O Cold O fusion O , O Dedoimedo O 2016-05-17 O Improved O Activation O Context O , O Btrfs B-Operating_System support O , O improved O Shell B-Operating_System , O USB B-Protocol bug O fixes O , O support O for B-Language Virtual O Machine O Shared O Folders O 2016-08-16 O Improved O Btrfs B-Operating_System and O extended B-Application file I-Application system I-Application support O , O ReiserFS B-Application and O UFS/FFS B-Operating_System , O introduced O .NET B-Application Framework I-Application 2.0 O and O 4.0 O support O , O Shell B-Operating_System fixes O and O improvements O 2016-11-16 O New O Winsock B-Application library B-Library , O initial O sections O support O , O usual O bug O fixes O 2017-02-16 O Initial O print O stack O support O , O minor O font O fixes O , O usual O improvements O and O bug O fixes O 2017-05-18 O Improved O rendering O of O fonts O and O font O metrics O , O major O fixes O in O kernel B-Operating_System and O drivers O , O Microsoft B-Operating_System Office I-Operating_System 2010 I-Operating_System tested O as O functioning O 2017-09-01 O Several O fixes O for B-Language dual-boot B-Operating_System issues O , O improved O theming O support O , O NFS B-Protocol driver O added O , O several O kernel B-Operating_System and O filesystem O fixes O 2017-12-06 O Improved O version O of O the O applications O manager O RAPPS O , O implementation O of O the O " O Quick-Launch O " O toolbar O in O the O explorer O ; O various O bug O fixes O in O the O filesystem O drivers O , O improvements O in O the O RDBSS/RXCE O and O NFS B-Protocol support.2018-04-14 O Balloon O notifications O , O notification O tray O , O shell B-Operating_System autocompletion O , O a O new O NTFS B-Application driver O , O crash O dump O reporting O and O experimental O support O for B-Language NT6+ O software.2018-07-23 O ReactOS B-Application is O ( O again O ) O self-hosting.2018-11-06 O Supports O BTRFS B-Operating_System booting.2019-03-04 O Drivers O for B-Language battery O management O ( O its O icon O is O located O in O the O taskbar O , O in O the O bottom O right O of O the O screen O , O next O to O the O clock O ) O . O In O object-oriented O languages O , O string B-Language functions I-Language are O often O implemented O as O properties O and O methods O of O string O objects O . O T'Challa O attempts O to O use O Wakanda B-Language 's O Kimoyo O network O to O locate O Klaue O , O but O the O latter O hijacks O and O damages O it O before O capturing O and O killing O Shuri O 's O research O team O . O On O December O 9 O , O 2010 O , O the O Apache O Software O Foundation O resigned O from O the O Java B-Language Community I-Language Process I-Language Executive O Committee O , O in O protest O over O the O difficulty O in O obtaining O a O license O acceptable O to O Apache O for O use O with O the O Harmony O project O . O In O addition O to O calling O functions O written O in O the O native O PL/pgSQL B-Language , O triggers B-Language can O also O invoke O functions O written O in O other O languages O like O PL/Python O or O PL/Perl O . O Brackets B-Application integrates O Theseus O , O an O open-source B-Application JavaScript B-Language debugger I-Language that O enables O developers O to O set O break O points O , O step O through O code O , O and O inspect O the O value O of O variables O in O real O time O . O Filetab B-Language was O marketed O by O the O National O Computing O Centre O ( O NCC O ) O , O set O up O by O the O British O Government O in O Manchester O . O The O product O was O first O known O as O NITA O ( O Nineteen O Hundred O Tabulator O ) O and O later O became O known O as O TABN B-Language ( O Tabulator O Nineteen O Hundred O ) O . O It O would O run O on O the O ICL B-Device 1900 I-Device Series I-Device of O machines O , O and O later O on O both O the O 2900 O Series O and O 3900 O Series O computers O . O Provide O interoperability O between O enterprise B-Language Beans I-Language and O Java B-Language EE I-Language components O as O well O as O non-Java O programming O language O applications O . O For O example O , O is O not O a O valid O infix O expression O , O but O would O be O parsed B-Language as O . O Conversely O , O all O iterative B-Algorithm functions O and O procedures O that O can O be O evaluated O by O a O computer O ( O see O Turing B-Algorithm completeness I-Algorithm ) O can O be O expressed O in O terms O of O recursive O functions O ; O iterative B-Algorithm control O constructs O such O as O while O loops O and O for B-Language loops I-Language are O routinely O rewritten O in O recursive O form O in O functional B-Language languages I-Language . O However O , O in O practice O this O rewriting O depends O on O tail B-Language call I-Language elimination I-Language , O which O is O not O a O feature O of O all O languages O . O C B-Language , O Java B-Language , O and O Python B-Language are O notable O mainstream O languages O in O which O all O function O calls O , O including O tail B-Language calls I-Language , O may O cause O stack B-General_Concept allocation I-General_Concept that O would O not O occur O with O the O use O of O looping O constructs O ; O in O these O languages O , O a O working O iterative B-Algorithm program O rewritten O in O recursive O form O may O overflow B-Error_Name the I-Error_Name call I-Error_Name stack I-Error_Name , O although O tail B-Language call I-Language elimination I-Language may O be O a O feature O that O is O not O covered O by O a O language O 's O specification O , O and O different O implementations O of O the O same O language O may O differ O in O tail B-Language call I-Language elimination I-Language capabilities O . O Unlike O series O such O as O Skylanders O , O Disney B-Application Infinity I-Application , O and O Amiibo B-Device , O the O minifigures O , O vehicles O , O and O the O USB O toy O pad O are O all O made O from O real O Lego B-Language pieces O and O can O be O freely O built O and O customized O . O Many O implementations O ( O including O , O e.g. O , O the O C B-Language compilers B-Language by O GNU O , O Intel O , O Microsoft O and O IBM O ) O provide O a O non-standard O directive O to O print O out O a O warning O message O in O the O output O , O but O not O stop O the O compilation B-Language process O . O The O following O example O demonstrates O a O scenario O where O the O implementation O may O eliminate O one O or O both O of O the O copies O being O made O , O even O if O the O copy B-Language constructor I-Language has O a O visible O side O effect O ( O printing O text O ) O . O A O large O number O of O Tcl B-Operating_System scripts O are O available O to O expand O the O bot O 's O functionality O , O most O of O them O written O by O Eggdrop B-Language users O . O For O example O , O when O the O range O of O quantification B-Language is O the O non-negative O natural O number O ( O viz O . O The O design O and O philosophy O of O SP/k B-Language was O a O strong O influence O on O the O Turing B-Language programming I-Language language I-Language . O Rather O than O defining O an O ordinal B-Language as O an O equivalence O class O of O well-ordered O sets O , O it O will O be O defined O as O a O particular O well-ordered O set O that O ( O canonically O ) O represents O the O class O . O Because O a O parser O combinator-based O program O is O generally O slower O than O a O parser O generator-based O program O , O Parsec B-Language is O normally O used O for O small O domain-specific B-Language languages I-Language , O while O Happy B-Language is O used O for O compilers O such O as O GHC B-Application . O HiLog B-Language is O a O programming O logic O with O higher-order O syntax O , O which O allows O arbitrary O terms O to O appear O in O predicate O and O function O positions O . O This O creates O an O instrumented O executable B-Application which O contains O additional O instructions O that O record O the O number O of O times O each O line O of O the O program B-Language is O executed O . O Peter O Deutsch O defined O a O byte-coded O instruction O set O for O Interlisp B-Language , O and O implemented O it O as O a O microcode B-Device emulator O for O the O Xerox B-Device Alto I-Device . O An O ISA O can O be O extended O by O adding O instructions B-Language or O other O capabilities O , O or O adding O support O for O larger O addresses O and O data O values O ; O an O implementation O of O the O extended O ISA O will O still O be O able O to O execute O machine B-Language code I-Language for O versions O of O the O ISA O without O those O extensions O . O Below O is O an O example O of O a O simple O Rake B-Application script O to O build O a O C B-Language Hello O World O program O . O Use O the O standard O OS O X O system O preferences O to O set O Parallels B-Language Desktop I-Language application O shortcuts O . O Where O there O is O a O Swing B-Language version O of O an O AWT O component O it O will O begin O with O J O - O and O should O be O used O exclusively O , O replacing O the O AWT O version O . O Along O with O its O parallel-programming O extensions O , O MultiLisp B-Language also O had O some O unusual O garbage B-General_Concept collection I-General_Concept and O task O scheduling O algorithms O . O Delphi B-Language 's O object B-Language orientation I-Language features O only O class O - O and O interface-based O polymorphism B-Application . O The O BIRT B-Language project I-Language also O includes O a O charting O engine O that O is O both O fully O integrated O into O the O report O designer O and O can O be O used O standalone O to O integrate O charts O into O an O application O . O It O has O a O collection O of O syntax O and O features O from O prior O , O popular O languages O but O it O is O internally O compiled B-Language , O unlike O a O Shell B-Language script I-Language . O 2003 O ( O latest O version O 2009 O ) O Compass B-Language COmparison O of O Multiple O Protein B-Algorithm sequence I-Algorithm Alignments I-Algorithm with O assessment O of O Statistical O Significance O Protein O Global O R.I. O Sadreyev O , O et O al O . O The O latter O is O based O on O Josef O Templ O 's O Oberon B-Application to O C B-Language language I-Language source-to-source B-Language compiler I-Language ( O transpiler B-Language ) O named O Ofront O , O which O in O turn O is O based O on O the O OP2 O Compiler O developed O by O Regis O Crelier O at O ETHZ O . O The O battle O with O Hades B-Language done O , O Loki B-Device , O the O Olympians O , O and O the O Mystics O bid O the O heroes O farewell O before O returning O them O back O to O their O world O . O Kexi B-Language ( O visual O database O applications O creator O ) O uses O MDB B-Language tools I-Language for O importing O MDB O databases O . O These O assemblers B-Language are O a O standard O part O of O OS/360 B-Application ; O the O version O that O was O generated O was O specified O at O system B-Application generation I-Application ( O SYSGEN O ) O . O The O engine O is O also O better O suited O to O multi-core O processing O , O which O addresses O some O of O the O issues O known O to O InnoDB B-Language . O It O was O released O after O Petz B-Language 5 I-Language , O and O is O therefore O part O of O the O second O Petz B-Language series O . O For O instance O , O a O hello O world O program O in O Java B-Language may O look O like O : O Solve O example O Linear B-Algorithm Programming I-Algorithm ( O LP O ) O problems O through O MATLAB B-Language , O Python O , O or O a O web-interface.CPLEX O Popular O solver O with O an O API B-General_Concept for O several O programming O languages O , O and O also O has O a O modelling O language O and O works O with O AIMMS B-Application , O AMPL B-Language , O GAMS B-Application , O MPL O , O OpenOpt O , O OPL B-Application Development I-Application Studio I-Application , O and O TOMLAB B-Application . O LLDB B-Language is O free B-License and I-License open-source I-License software I-License under O the O University B-License of I-License Illinois/NCSA I-License Open I-License Source I-License License I-License , O a O BSD-style B-Operating_System permissive B-License software I-License license I-License . O Qt B-Language Quick I-Language is O a O free B-Application software I-Application application B-Application framework I-Application developed O and O maintained O by O the O Qt B-Language Project I-Language within O the O Qt B-Language framework I-Language . O Esri O promotes O Python B-Language as O the O best O choice O for O writing O scripts O in O ArcGIS B-Application . O With O the O release O of O eric B-Application version O 5.5.0 O both O variants O had O been O merged O into O one O , O so O that O all O versions O as O of O eric B-Application version O 5.5.0 O support O writing O software O in O Python B-Language 2 O as O well O as O in O Python B-Language 3 O , O making O the O separate O development O lanes O of O eric B-Application version O 4 O and O 5 O obsolete O . O Quicksort B-Algorithm is O a O well-known O sorting O algorithm O . O A O working O implementation O using O the O functional B-Language programming I-Language paradigm O can O be O succinctly O written O in O Raku O : O Nekketsu O Hockey-bu O : O Subete O Koronde O DairantōN/A2006Million O Co. O , O Ltd.AtlusJPKurohige O no O Golf O ShiyouyoN/A2002Inti O CreatesTomy O CorporationJPKurohige O no O Kurutto O JintoriN/A2002Happy O -SmileTomy O CorporationJPKuru O Kuru O KururinYes O ( O VS O , O SPM O ) O 2001EightingNintendoJP O , O PALKururin O ParadiseYes O ( O SPM O ) O 2002EightingNintendoJPLady O SiaNo2001RFX O InteractiveTDK O MediactiveNA O , O PALThe O Land O Before O Time O NA O , O PAL• O Le O Petit O Dinosaure O FR• O In O Einem O Land O Vor O Unserer O Zeit O DE• O Alla O Ricerca O della O Valle O Incantata O ITN/A2002Full O FatConspiracy O EntertainmentNA O , O PALThe O Land O Before O Time O : O Into O the O Mysterious O Beyond O NA O , O PAL• O La O Vallée O du O Petit O Dinosaure O : O Aventures O vers O l'inconnu O FRN/A2006Sirius O GamesThe O Game O FactoryNA O , O PALLegend O of O Dynamic O Goushouden O : O Houkai O no O RondoN/A2003WillBanprestoJPThe O Legend O of O Spyro O : O A O New O BeginningN/A2006Krome O StudiosVivendi O GamesNA O , O PALThe O Legend O of O Spyro O : O The O Eternal O NightN/A2007Amaze O EntertainmentVivendi O GamesNA O , O PALThe O Legend O of O Zelda O : O A O Link O to O the O Past O and O Four O SwordsNA O , O PAL• O Zelda O no O Densetsu O : O Kamigami O no O Triforce O & O Yotsu O no O Tsurugi O JPYes2003NintendoNintendoNA O , O JP O , O PALThe O Legend O of O Zelda O : O The O Minish O CapNA O , O PAL• O Zeruda O no O Densetsu O Fushigi O no O Bōshi O JPNo2004CapcomNintendoNA O , O JP O , O PALLegends O of O Wrestling O IIN/A2002Powerhead O GamesAcclaim O EntertainmentNA O , O PALLegendz O : O Yomigaeru O Shiren O no O Shima O JP• O Legendz O : O Buhwarhaneun O Siryeonui O Seom O KRN/A2004BecBandaiJP O , O KOLegendz O : O Sign O of O Nekuromu( Legendz O : O Sign O of O Necrom O ) O N/A2005BandaiJPLego O BionicleN/A2001SaffireLego O MediaNA O , O PALLego O Island O 2 O : O The O Brickster O 's O RevengeN/A2001Silicon O DreamsLego O SoftwareNA O , O PALLego O Knights O ' O KingdomN/A2004Razorback O DevelopmentsTHQNA O , O PALLego O Racers O 2Yes2001Pocket O StudiosLego O MediaNA O , O PALLego O Star O Wars O : O The O Video O Game O NA O , O PAL B-Language , O JP• O Lego B-Application Star I-Application Wars I-Application : O Das O Videospiel O DENo2005Griptonite O GamesEidos O InteractiveNA O , O JP O , O PALLego O Star O Wars O II O : O The O Original O Trilogy O NA O , O PAL• O LEGO B-Application Star I-Application Wars I-Application II I-Application : O La O Trilogie O Originale O FR• O Lego B-Application Star I-Application Wars I-Application II I-Application : O Die O Klassische O Trilogie O DE• O Lego B-Application Star I-Application Wars I-Application II I-Application : O La O Trilogía O Original O ES• O Lego B-Application Star I-Application Wars I-Application II I-Application : O La O Trilogia O Classica O ITNo2006Amaze O EntertainmentLucasArtsNA O , O PALLemony O Snicket O 's O A B-Application Series I-Application of I-Application Unfortunate I-Application Events I-Application NA O , O PAL• O Les O Désastreuses O aventures O des O orphelins O Baudelaire O d'après O Lemony O Snicket O FR• O Lemony O Snicket O : O Räetselhafte O Ereignisse O DE• O Una O Serie O De O Catastróficas O Desdichas O de O Lemony O Snicket O ES• O Lemony O Snicket O : O Una O Serie O di O Sfortunati O Eventi O ITN/A2004Griptonite O GamesActivisionNA O , O PALLet O 's O Ride O ! O Seed7 B-Language supports O introducing O new O syntax O elements O and O their O semantics O into O the O language O , O and O allows O new O language O constructs O to O be O defined O and O written O in O Seed7 B-Language . O Examples O include O Watfor B-Language , O Watfiv B-Language , O PUFFT O , O and O on O a O smaller O scale O , O FORGO O , O Wits O Fortran B-Application , O and O Kingston O Fortran B-Application 2 O . O The O game O is O based O on O the O Disney B-Language ride I-Language of I-Language the I-Language same I-Language name I-Language , O rather O than O the O eponymous O film O , O which O was O released O shortly O after O the O game O . O Here O , O both O calls O to O b O and O c B-Language are O in O tail O position O . O The O LXDE B-Language project O aims O to O provide O a O fast O and O energy-efficient O desktop O environment O . O Two O Java O User O Groups O , O SouJava B-Language and O the O London O Java O Community O also O hold O seats O , O as O does O the O Eclipse O Foundation O . O Examples O include O Tron B-Language and O its O sequel O , O and O also O many O sci-fi O military O films O . O String O representation O Object O copy O Value O equality O Object O comparison O Hash O code O Object O ID O Human-readable O Source-compatible O ABAP O Objects O colspan O = O 7 O APL B-Language ( O Dyalog O ) O ⍕x O ⎕SRC O x O ⎕NS O x O x O = O y O colspan O = O 2 O C++ B-Language ( O STL B-Application ) O x O == O yassuming O that O " O x O " O and O " O y O " O are O the O objects O ( O and O not O a O pointer O ) O . O It O is O entirely O written O in O an O upward-compatible O dialect O of O the O programming O language O Oberon B-Language named O Active B-Language Oberon I-Language . O Low O memory O foot O print O Axis2 B-Language was O designed O to O consume O a O low O amount O of O memory O . O Generally O , O compilers B-Language examine O the O entire O program O in O a O multi-step O process O and O produce O a O second O file O that O is O directly O executable O in O the O host O computer O 's O underlying O machine B-Language language I-Language without O reference O to O the O source O code O . O OS/2 B-Application designers O hoped O for B-Language source O code O conversion O tools O , O allowing O complete O migration O of O Windows O application O source O code O to O OS/2 B-Application at O some O point O . O Bogus B-Language simplifies O it O further O by O creating O duck B-Application types I-Application automatically O when O more O than O one O class O are O returned O from O fake O . O Version O 3.0 O of O Morfik B-Language FX I-Language adds O a O new O set O of O visual O design O objects O which O represent O individual O pages O within O an O application O . O Several O entities O offer O commercial O support O for O the O AGPL O " O Bacula B-Language community O version O " O while O Bacula B-Language Systems O sells O various O levels O of O annual O support O contracts O for O " O Bacula B-Language Enterprise O Edition O " O , O which O contains O various O non-GPL O components O developed O in-house O . O The O Logic B-Language Server O API O allows O both O the O extension O and O embedding O of O Prolog B-Language in O C O , O C++ O , O Java B-Device , O VB O , O Delphi O , O .NET O and O any O language/environment O which O can O call O a O .dll O or O .so O . O New O OEM O contract O with O OKI O Europe O Limited O on O equipping O MFPs O OKI O FAX O 4100 O and O OKI O FAX O 5200 O MFD O 's O , O imported O into O Russia O with O the O CuneiForm B-Language system O ; O Kivio B-Language Stencil O Builder O : O A O separate O product O that O creates O custom O stencils O . O , O C# B-Application bindings O for O the O Qt B-Language framework I-Language . O Resco O MobileCRM O , O a O cross-platform O developer O solution O for O mobile O clients O synchronized O with O Microsoft B-Application Dynamics I-Application CRM I-Application . O Golo B-Language is O largely O interoperable O with O the O programming O language O Java B-Language and O other O JVM B-Language languages I-Language ( O e.g. O , O numeric O types O are O boxing O classes O from O java.lang O , O and O collection O literals O leverage O java.util O classes O ) O , O that O runs O on O the O JVM B-Language . O Users O can O open O PDF B-Application files I-Application and O use O Xournal B-Language to O highlight O in O color O , O type O text O , O and O draw O diagrams O . O The O Yoix B-Language distribution O also O includes O a O Yoix B-Language package O , O called O Byzgraf O , O for O rendering O basic O data B-Application plots I-Application such O as O line O charts O , O histograms O and O statistical O box O plots O . O Ming B-Operating_System library I-Operating_System , O to O create O SWF O files O programmatically O , O has O interfaces O for O C B-Language , O PHP B-Application , O C++ B-Language , O Perl B-Language , O Python B-Language , O and O Ruby B-Language . O JMP B-Language 9 O in O 2010 O added O a O new O interface O for O using O the O R B-Language programming I-Language language I-Language from O JMP B-Language and O an O add-in O for O Excel B-Application . O The O standard O class-based B-Application programming I-Application model O does O not O specify O a O mechanism O by O which O to O manipulate O objects O : O where O Smalltalk B-Application uses O message O passing O , O Lithe B-Language uses O syntax-directed B-Application translation I-Application ( O SDT O ) O . O OMPL B-Language is O written O in O C++ O but O also O offers O Python O bindings O . O These O principles O can O be O seen O as O a O generalized O form O of O the O basic O operations O of O the O Lambda B-Language calculus I-Language . O PARC O was O unable O to O commercialize O Interpress B-Language . O Python B-Language supports O normal O floating B-Algorithm point I-Algorithm numbers I-Algorithm , O which O are O created O when O a O dot O is O used O in O a O literal O ( O e.g. O Cassandra B-Application introduced O the O Cassandra B-Application Query B-Language Language O ( O CQL O ) O . O SafeTSA B-Language ( O Safe O Typed O Single O Assignment O ) O is O a O static O single O assignment O form O ( O SSA O ) O intermediate O representation O capable O of O representing O all O of O the O type O safety O of O the O Java B-Language programming I-Language language I-Language and O the O standard O Java B-Language Virtual O Machine O ( O JVM O ) O byte-code O . O The O code O can O also O be O run O untranslated O for O testing O and O analysis O , O which O provides O a O nice O test-bed O for O research O into O dynamic B-Language languages I-Language . O JAMA B-Language is O a O software B-Library library I-Library for O performing O numerical O linear B-Language algebra I-Language tasks O created O at O National O Institute O of O Standards O and O Technology O in O 1998 O similar O in O functionality O to O LAPACK B-Application . O The O implementation O , O MSJVM O , O did O not O pass O Sun O Microsystems O ' O compliance O tests O leading O to O a O lawsuit O from O Sun O , O Java B-Language 's O creator O . O The O original O recipe O for O WorldWind B-Language was O restricted O to O Windows O , O relying O on O the O .NET B-Application libraries O and O DirectX B-Application . O LINGO B-Language is O a O mathematical O modeling B-Language language I-Language designed O for O formulating O and O solving O optimization O problems O , O including O linear B-Algorithm , O integer B-Algorithm , O and O nonlinear B-Algorithm programming I-Algorithm problems O . O It O had O a O strong O influence O on O the O later O Haskell B-Language language I-Language . O They O include O compression O and O decompression O of O data O block O by O block O using O zlib B-Language , O and O support O for O protocols O such O as O ssh B-Protocol and O stunnel B-Protocol . O The O XCAP B-Language addressing O mechanism O is O based O on O XPath B-Language , O that O provides O the O ability O to O navigate O around O the O XML B-Protocol tree O . O Plugins O can O be O written O in O Lua B-Language or O C++ B-Language . O User-defined B-Language functions I-Language in O SQL B-Language are O declared O using O the O CREATE O FUNCTION O statement O . O Most O APL B-Language symbols I-Language are O present O in O Unicode O , O in O the O Miscellaneous O Technical O range O , O although O some O APL B-Language products O may O not O yet O feature O Unicode O , O and O some O APL B-Language symbols I-Language may O be O unused O or O unavailable O in O a O given O vendor O 's O implementation O . O MMAPI B-Language was O developed O under O the O Java B-Language Community I-Language Process I-Language as O JSR B-Language 135 I-Language . O Until O the O introduction O of O Gmax B-Application , O and O a O similar O ' O game O modeler O ' O version O of O Maya B-Language soon O after O , O amateur O modelers O had O extremely O limited O access O to O the O tools O needed O for O 3D O artwork O . O Afterwards O there O were O talks O of O the O two O programs O merging O , O but O the O developers O decided O they O were O targeting O different O user O segments O , O with O PyChess B-Language aiming O towards O more O advanced O users O . O Tru B-Language App O supported O a O range O of O calling O methods O : O calls O over O wired O or O wireless O internet O on O Windows O , O Mac B-Device and O Linux B-Application . O Solr B-Language is O supported O as O an O end O point O in O various O data O processing O frameworks O and O Enterprise B-Architecture integration I-Architecture frameworks O . O Provides O support O for O Java B-Language Business I-Language Integration I-Language ( O JBI O ) O . O Syntax O highlighting O is O available O in O Atom B-Application , O Coda B-Operating_System , O Emacs B-Application , O TextMate B-Application , O Vim B-Application and O Visual B-Language Studio I-Language Code I-Language . O Gnumeric B-Language is O a O spreadsheet B-Application program I-Application that O is O part O of O the O GNOME B-Application Free B-Application Software I-Application Desktop O Project O . O Tools O such O as O high-level B-Language programming I-Language languages I-Language and O techniques O such O as O programming O in O the O large O , O code O refactoring O and O test-driven O development O , O exist O to O make O it O easier O to O maintain O large O , O complicated O programs O . O Maurice O Naftalin O and O Philip O Wadler O , O Java B-Language Generics O and O Collections B-Application , O 2006 O , O O'Reilly O Media O , O Inc O . O Peter O Sestoft O , O Java B-Language Precisely O , O Second O Edition O , O '' O 2005 O MIT O Press O . O It O can O save O as O portable O web O archives O ( O a O ZIP B-General_Concept archive I-General_Concept containing O HTML B-Language , O images O and O other O files O ) O , O or O as O individual O files O on O the O local O hard O drive O . O GRNN O has O been O implemented O in O many O computer O languages O including O MATLAB B-Language , O R B-Language - I-Language programming I-Language language I-Language , O Python B-Language ( O programming O language O ) O and O Node.js B-Language . O After O contributing O to O JSHint B-Language , O Zakas O decided O to O create O a O new O linting O tool O , O ESLint B-Language , O where O all O rules O are O configurable O , O and O additional O rules O can O be O defined O or O loaded O at O run-time B-Library . O BASIC B-Language interpreters I-Language were O not O just O an O American/British O development O . O While O WTL O is O a O template O library B-Library and O therefore O code-based O , O the O original O license O was O similar O to O the O one O used O for O the O Microsoft B-Language Foundation I-Language Class I-Language Library I-Language ( O MFC O ) O source O code O , O although O it O contained O no O usage O or O distribution O restrictions O . O Ubuntu B-Operating_System created O Ubiquity B-Language edition O for O servers O named O Subiquity O . O It O could O also O only O develop O applications O using O Qt B-Language and O was O more O oriented O towards O the O development O of O applications O for O KDE B-Application . O When O Steve O Wozniak O wrote O Integer B-Language BASIC I-Language for O the O Apple B-Device II I-Device , O he O did O not O implement O support O for O floating-point B-Algorithm arithmetic I-Algorithm because O he O was O primarily O interested O in O writing O games O , O a O task O for O which O integers O alone O were O sufficient O . O This O notation O is O in O conflict O with O the O use O of O in O lambda B-Language calculus I-Language , O where O lambda O is O used O to O denote O bound O variables O . O kit O ( O for B-Language Machine O Readable O Sources O ) O in O May O 1997 O , O but O with O license B-License terms O mostly O incompatible O with O existing O open-source B-Application licenses O . O The O source O was O then O closed B-Application again O as O Gross O felt O this O would O undermine O the O commercial O aspirations O of O the O system O . O After O beta O releases O in O September O and O November O 1997 O , O the O next O official O release O came O in O December O 1997 O , O with O the O name O changed O to O Caldera O DR-OpenDOS B-Operating_System 7.02 O , O soon O followed O by O a O further O release O in O March O 1998 O , O when O the O DR-DOS O name O returned O as O Caldera O DR-DOS O 7.02 O , O now O for B-Language the O first O time B-Device written O with O a O hyphen O . O A O simple O report O generation O language O in O the O RPG B-Language vein O , O much O used O on O the O small O 1901 O replacing O card B-Architecture tabulator O systems O . O JEAN B-Language – O a O dialect O of O JOSS B-Language , O a O conversational O language O similar O in O capabilities O to O BASIC O . O SOBS B-Language – O the O Southampton B-Language BASIC I-Language System I-Language . O POP-2 B-Language – O from O the O University O of O Edinburgh O , O a O stack-based O list-processing O language O . O ALGOL B-General_Concept 68R I-General_Concept – O the O Royal O Radar O Establishment O wrote O one O of O the O first O Algol B-Language 68 I-Language compilers O for O the O 1900 O . O Pascal B-Application – O Queen O 's O University O Belfast O initially O ported O the O CDC O Pascal B-Application compiler O to O the O 1900 O , O then O wrote O a O completely O new O and O well-engineered O replacement O . O FORTRAN O 77 O – O the O University O of O Salford O produced O a O FORTRAN O 77 O compiler O for O George B-General_Concept 3 I-General_Concept . O The O Ren'Py B-Language visual O novel O Digital B-Application : I-Application A I-Application Love I-Application Story I-Application uses O an O Amiga B-Operating_System Workbench I-Operating_System 1.0 O design O ( O known O as O Amie O Workbench B-Operating_System within O the O game O ) O . O Opera B-Application 50 O was O released O on O January O 4 O , O 2018 O , O based O on O Chromium B-Language 63 O . O The O CONTU O decision O plus O court O decisions O such O as O Apple B-Device v I-Device . I-Device Franklin I-Device in O 1983 O for O object B-Language code I-Language , O clarified O that O the O Copyright O Act O gave O computer O programs O the O copyright O status O of O literary O works O and O started O the O licensing B-License of I-License software I-License . O This O capability O was O considered O to O be O critical O to O the O ability O to O generate O code O that O optimized O both O a O MUMPS B-Language global O database O and O multiple O commercial O RDMS B-Application 's O from O the O same O PSL O source O . O Due O to O the O early O adoption O by O Delphi B-Language developers O , O VSoft O initially O focused O on O developing O support O for O Delphi B-Language tools O . O Over O the O years O , O the O expression O language O has O evolved O to O include O more O advanced O functionality O and O it O was O included O in O the O JSP B-Language 2.0 O specification O . O Example O ( O C B-Language program I-Language ) O : O Display O " O Hello O , O world. O " O Such O extended O patterns O essentially O force O the O implementation O of O regex B-Language in O most O programming O languages O to O use O backtracking O . O See O regular B-Language expression I-Language for O syntax O and O semantics O of O regular B-Language expressions I-Language . O ns B-Language ( O from O network O simulator O ) O is O a O name O for O a O series O of O discrete B-General_Concept event I-General_Concept network O simulators O , O specifically O ns-1 O , O ns-2 O , O and O ns-3 B-Language . O Mapnik B-Language now O also O has O a O Cairo B-Language rendering O backend O . O It O is O covered O by O a O dual O GPL/commercial O license O . O JUCE B-Language and O Raw O Material O Software O were O acquired O in O November O 2014 O by O London-based O hardware O manufacturer O ROLI O for O an O undisclosed O amount O . O In O addition O , O some O open O source O wiki B-Protocol applications I-Protocol also O describe O themselves O as O enterprise B-Application solutions O , O including O XWiki B-Application , O Foswiki B-Language , O TWiki B-Language , O and O BlueSpice B-Protocol . O Although O Agda B-Language has O no O separate O tactics O language O , O it O is O possible O to O program O useful O tactics O within O Agda B-Language itself O . O It O was O released O on O July O 6 O , O 2021 O , O and O contains O three O short O stories O : O " O The O Puppet O Carver O " O , O " O Jump O for O Tickets O " O , O and O " O Pizza B-Language Kit O " O . O " O Pizza B-Language Kit O " O is O about O a O girl O named O Payton O grieving O the O loss O of O her O friend.Five O Nights O at O Freddy O 's O : O Fazbear O Frights O #10 O : O Friendly O Face O ( O 2021 O ) O Fazbear O Frights O #10 O : O Friendly O Face O is O the O tenth O volume O of O the O Fazbear O Frights O series O and O was O co-written O by O Waggener O with O Cawthon O . O " O You O 're O the O Band O " O is O about O a O woman O named O Sylvia O who O buys O her O son O a O Freddy B-Application Fazbear I-Application mask O . O Bryan O Lunduke O of O Network O World O lauded O Loki O 's O performance O , O usability O , O polish O , O and O easy O installation O , O but O considered O it O a O better O fit O for O new O Linux B-Operating_System users O than O for O those O already O established O . O The O update O brings O changes O to O the O AppCenter B-Language pay-what-you-want O system O , O as O well O a O Night O Light O feature O for O changing O the O screen O color O at O night O , O and O adjustable O window O tiling O as O well O as O several O other O new O features O for O the O Pantheon B-Language desktop O and O elementary O OS O applications O . O However O , O more O research O is O needed O to O improve O the O EFD O technique O in O such O a O way O that O formal O mappings O to O UML B-Language can O be O made O . O It O shows O the O " O Mega O Pizzaplex O " O , O a O large O shopping O mall O containing O a O laser O tag B-Protocol arena O , O an O arcade O , O a O cinema O and O a O Freddy O Fazbear B-Application 's O Pizza B-Language restaurant O ; O in O the O main O square O , O ' O 80s-style O versions O of O Freddy O , O Chica O , O and O four O completely O new O animatronics O can O be O seen O playing O for O an O excited O crowd O . O C++ B-Language C++11 B-Language closures B-Language can O capture O non-local O variables O by O copy O construction O , O by O reference O ( O without O extending O their O lifetime O ) O , O or O by O move O construction O ( O the O variable O lives O as O long O as O the O closure B-Language does O ) O . O The O game O 's O 3D O engine O and O the O random O maze B-Application creation O code O is O written O in O Z80 B-General_Concept machine B-Language code I-Language , O produced O with O an O assembler O . O Impromptu B-Language is O built O around O the O Scheme B-Language language I-Language , O which O is O a O member O of O the O Lisp B-Language family O of O languages O . O Classes O have O factory O objects O , O containing O class O methods B-Language and O variables O , O and O instance O objects O , O containing O instance B-Language methods I-Language and O variables O . O Inheritance O and O interfaces B-Application provide O polymorphism B-Application . O Support O for O generic B-Language programming I-Language is O provided O through O parameterized O classes O , O which O can O be O instantiated O to O use O any O class O or O interface O . O COBOL O does O not O provide O a O way O to O hide O methods B-Language . O Method B-Language overloading I-Language was O added O in O COBOL O 2014 O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O s[ i O , O j ] O = O k O // O Record O which O k O to O split O on O , O i.e. O So O far O , O we O have O calculated O values O for O all O possible O , O the O minimum O number O of O calculations O to O multiply O a O chain O from O matrix O i O to O matrix O j B-Language , O and O we O have O recorded O the O corresponding O " O split O point O " O . O Applications O in O RISC B-Operating_System OS I-Operating_System and O the O ROX B-Language Desktop I-Language for O Linux B-Application use O application B-Application directories I-Application , O which O work O in O much O the O same O way O : O programs O and O their O dependencies B-Application are O self-contained O in O their O own O directories B-Application ( O folders O ) O . O July O 2011Symfony O blog O - O Symfony2 B-Language release O ≥ O 5.3.2 O March O 2013 O Last O 2.0.x O release O was O Symfony B-Language 2.0.252.0.23 O released O . O Might B-Language and I-Language Magic I-Language Mobile I-Language is O an O action-adventure O video O game O developed O by O Gameloft O Beijing O and O published O by O Gameloft O . O The O JPA O 2.0 O specification O was O released O 10 O December O 2009 O ( O the O Java B-Language EE I-Language 6 I-Language platform O requires O JPA O 2.0 O ) O . O OpenVPN B-Language 's O use O of O common O network O protocols O ( O TCP O and O UDP O ) O makes O it O a O desirable O alternative O to O IPsec B-Protocol in O situations O where O an O ISP O may O block O specific O VPN B-Application protocols O in O order O to O force O users O to O subscribe O to O a O higher-priced O , O " O business O grade O " O service O tier O . O Aspose.Words B-Language 21.3 O expanded O rendering O and O reporting O options O , O improved O interaction O with O styles O and O child O nodes O of O the O Structured O Document O Tag O . O The O initial O estimate O was O to O have O this O revision O completed O by O 1997 O , O and O an O ISO B-General_Concept Committee O Draft O ( O CD O ) O was O available O by O 1997 O . O Some O vendors O ( O including O Micro O Focus O , O Fujitsu O , O and O IBM O ) O introduced O object-oriented B-Language syntax O based O on O drafts O of O the O full O revision O . O The O final O approved O ISO B-General_Concept standard O was O approved O and O published O in O late O 2002 O . O SQLite B-Language or O PostgreSQL B-Application ) O which O unify O a O NULL O boolean O with O Unknown O but O fails O to O parse O in O others O ( O e.g. O Version O 7.0 O - O Introduced O the O ability O to O compile B-Language for O Apple O iPhone B-Device and O iPod O Touch O devices O . O These O two O languages O provide O storage-class O specifiers O for O indicating O external O or O internal B-Language linkage I-Language , O in O addition O to O providing O other O features O . O In O May O 2011 O , O the O firm O launched O Globals O as O a O free O database O based O on O the O multi-dimensional O array O storage O technology O used O in O Caché B-Language . O It O could O run O CP/M B-Application or O Microsoft B-Language BASIC I-Language applications O , O depending O on O the O cartridge B-Protocol used O . O Another O complication O with O this O approach O is O that O , O in O languages O with O both O reference B-Language types I-Language and O unboxed O value O types O , O the O garbage B-General_Concept collector I-General_Concept needs O to O somehow O be O able O to O distinguish O which O variables O on O the O stack O or O fields O in O an O object O are O regular O values O and O which O are O references O : O in O memory O , O an O integer O and O a O reference O might O look O alike O . O Further O , O it O removed O limits O on O the O number O of O applications O running O concurrently O due O to O its O more B-Device efficient O use O of O KOSPOOL O . O To O support O Java B-Language , O IBM B-Language 4690 I-Language OS I-Language Version O 2 O added O support O for O long O filenames O by O means O of O a O virtual B-Application filesystem I-Application ( O VFS O ) O architecture O and O it O introduced O FAT32 B-Application volumes O . O XSLT B-Application 1.0 O appeared O as O a O Recommendation O in O 1999 O , O whereas O XQuery B-Language 1.0 O only O became O a O Recommendation O in O early O 2007 O ; O as O a O result O , O XSLT B-Application is O still O much O more O widely O used O . O By O 1987 O , O development O of O EPOC B-Language was O underway O : O It O was O a O single-user O , O preemptive O multitasking O operating B-General_Concept system I-General_Concept designed O to O run O in O read-only B-Device memory I-Device ( O ROM B-Device ) O . O SpatiaLite B-Language Spatial B-Algorithm extensions I-Algorithm for O the O open O source O SQLite B-Language database O , O allowing O geospatial B-General_Concept queries O . O Several O tone B-Language mapping I-Language operators I-Language were O developed O to O map B-Algorithm high B-General_Concept dynamic I-General_Concept range I-General_Concept ( O HDR O ) O images O to O standard O displays O . O The O simplest O results O are O those O in O the O differential B-Language geometry I-Language of O curves O and O differential B-Language geometry I-Language of O surfaces O . O A O software B-Architecture framework I-Architecture based O on O convention B-Application over I-Application configuration I-Application often O involves O a O domain-specific B-Language language I-Language with O a O limited O set O of O constructs O or O an O inversion B-Language of I-Language control I-Language in O which O the O developer B-Application can O only O affect O behavior O using O a O limited O set O of O hooks O , O both O of O which O can O make O implementing O behaviors O not O easily O expressed O by O the O provided O conventions O more O difficult O than O when O using O a O software B-Library library I-Library that O does O not O try O to O decrease O the O number O of O decisions O developers B-Application have O to O make O or O require O inversion B-Language of I-Language control I-Language . O Other O systems O such O as O the O Unix-likes B-Operating_System , O however O , O tend O to O retain O the O 8-bit O " O narrow O string O " O convention O , O using O a O multibyte B-Language encoding O ( O almost O universally O UTF-8 O ) O to O handle O " B-Language wide I-Language " I-Language characters I-Language . O Clients O do O n't O know O whether O they O work O with O a O target O class O directly O or O through O an O adapter O with O a O class O that O does O not O have O the O target O interface B-Language . O Because O the O class B-Application hierarchy I-Application is O sealed O , O the O compiler O can O check O that O all O cases O are O handled O in O a O pattern B-Language match I-Language : O Mythbuntu B-Operating_System uses O the O Xfce B-Language desktop O interface O by O default O , O but O users O can O install O ubuntu-desktop B-Application , O kubuntu-desktop B-Application , O or O xubuntu-desktop B-Language through O the O Mythbuntu B-Operating_System Control O Centre O , O allowing O users O to O get O the O default O interfaces O from O those O flavors O of O Ubuntu B-Operating_System . O In O contrast O to O other O event-driven O servers O , O Node.js B-Language ' O s O event B-General_Concept loop I-General_Concept does O not O need O to O be O called O explicitly O . O This O and O subsequent O releases O through O J2SE5.0 O were O rebranded O Java B-Language 2 O and O the O version O name O " O J2SE B-Language " O ( O Java B-Language 2 I-Language Platform I-Language , I-Language Standard I-Language Edition I-Language ) O replaced O JDK B-Language to O distinguish O the O base O platform O from O J2EE B-Language ( O Java B-Language 2 I-Language Platform I-Language , I-Language Enterprise I-Language Edition I-Language ) O and O J2ME B-Language ( O Java B-Language 2 I-Language Platform I-Language , I-Language Micro I-Language Edition I-Language ) O . O ZooKeeper B-Language was O developed O in O order O to O fix O the O bugs O that O occurred O while O deploying O distributed O big-data O applications O . O Web O instead O supports O Web B-Application Inspector I-Application offered O by O the O WebKit B-Language engine O , O which O has O similar O functionality O . O Besides O Palantir O 's O Gotham O software O , O other O similar O ( O numerical O analysis O software O ) O used O by O police O agencies O ( O such O as O the O NCRIC O ) O include O SAS B-Language . O GATE B-Language supports O NER O across O many O languages O and O domains O out O of O the O box O , O usable O via O a O graphical B-Application interface I-Application and O a O Java B-Language API O . O EDK O is O the O abbreviation O for O EFI O Development O Kit O and O is O developed O by O the O TianoCore B-Language community O . O Forty O percent O of O Photoshop O Lightroom B-Operating_System is O written O in O the O scripting O language O Lua B-Language . O On O 13 O January O 2016 O , O openDesktop.org B-Language founder O Frank B-Language Karlitschek I-Language announced O that O his O company O hive01 B-Operating_System GmbH O along O with O openDesktop.org B-Language and O related O web O sites O has O been O bought O by O Blue B-Operating_System Systems I-Operating_System . O RIF-CS B-Language is O used O in O Australian O universities O and O industry O as O a O format O for O submitting O metadata O to O the O Australian O National O Data O Service O ( O ANDS O ) O Research O Data O Australia O service O . O OEM O agreement O with O a O leading O global O manufacturer O of O office O equipment O Xerox O on O equipping O the O multifunctional O devices O Xerox O 3006 O and O Pro-610 O with O the O CuneiForm B-Language recognition O system O . O 2017 O , O on O version O 5.1 O the O ZK B-Language framework I-Language was O updated O to O version O 8.0.2.2 O and O Oracle B-General_Concept was O successfully O tested O for O Oracle B-General_Concept 12C O . O This O criterion O requires O that O every O point B-Language of I-Language entry I-Language and I-Language exit I-Language in O the O program B-Application has O been O invoked O at O least O once O , O and O every O decision O in O the O program B-Application has O taken O on O all O possible O outcomes O at O least O once O . O Plasticized O polymer B-Language electrolyte O is O a O polymer B-Language matrix I-Language with O incorporated O plasticizers O that O enhance O their O ion O conductivity O by O weakening O intra O - O and O interchain O interactions O that O compete O with O ion-polymer O interactions O . O Some O frameworks O , O such O as O Drupal B-Application and O Django B-Language , O match O the O provided O URL O against O pre-determined O patterns O using O regular B-Language expressions I-Language , O while O some O others O use O rewriting O techniques O to O translate O the O provided O URL O into O one O that O the O underlying O engine O will O recognize O . O Another O strategy O , O when O suspecting O a O small O set O of O classes O , O is O to O temporarily O make O all O their O member O functions O virtual B-Application : O after O the O class O instance O has O been O destructed/freed O , O its O pointer O to O the O Virtual B-Language Method I-Language Table I-Language is O set O to O NULL O , O and O any O call O to O a O member O function O will O crash O the O program O and O it O will O show O the O guilty O code O in O the O debugger O . O Using O the O plain O text O output O of O Antiword B-Operating_System , O a O Word O document O can O be O processed O and O filtered O using O shell B-Language scripts I-Language traditional O text O tools O such O as O diff B-Application and O grep B-Application . O In O the O SQL:2011 B-Language standard O , O natural O joins O are O part O of O the O optional O F401 O , O " O Extended O joined O table O " O , O package O . O Polymer B-Language or O polymer B-Language composite O materials O have O shown O excellent O photorefractive O properties O of O 100% O diffraction O efficiency O . O UML B-Language diagrams I-Language to O represent O process O view O include O the O sequence O diagram O , O communication O diagram O , O activity O diagram O . O This O setup O allows O varying O hardware O devices O to O be O added O to O the O Microwindows B-Language system O without O affecting O the O way O the O entire O system O works O . O Nested O classes O are O also O a O feature O of O the O D B-Application programming I-Application language I-Application , O Visual B-Language Basic I-Language .NET I-Language , O Ruby O , O C++ B-Language and O C# O . O Some O other O languages O like O Ada B-Language use O the O keyword O exception O to O introduce O an O exception B-General_Concept handler I-General_Concept and O then O may O even O employ O a O different O keyword O ( O when O in O Ada B-Language ) O for O the O pattern B-Language matching I-Language . O The O Yoix B-Language interpreter B-Application is O implemented O using O standard O Java B-Language technology I-Language without O any O add-on O packages O and O requires O only O a O Sun-compliant O JVM B-Language to O operate O . O There O are O three O limitations O associated O with O the O use O of O the O factory B-Language method I-Language . O x264 B-Language has O won O awards O in O the O following O codec O comparisons O : O It O is O mostly O used O to O save O a O recordset B-Application in O an O XML B-Protocol format O , O to O send O commands O to O an O OLE B-Language DB I-Language provider I-Language as O an O alternative O to O the O CommandText O object B-Language and O to O contain O the O contents O of O a O binary O or O text O file O . O The O NES B-Language version O of O the O game O was O included O in O The B-Application Disney I-Application Afternoon I-Application Collection I-Application compilation O for O PC O , O PlayStation B-Operating_System 4 I-Operating_System , O and O Xbox B-Device One I-Device in O April O 2017 O . O The O service O was O first O introduced O by O Nokia O in O 2011 O as O Nokia B-Language Music I-Language for O Windows B-Protocol Phone I-Protocol , O serving O as O a O successor O to O Nokia O 's O previous O Nokia B-Language Music I-Language Store/Comes O with O Music/Ovi O Music O Store O initiatives O , O which O was O based O on O the O LoudEye/OD2 O platform O . O DAX O is O primarily O a O formula O language O and O is O also O a O query B-Language language I-Language . O Viewing O the O directory B-Application with O a O command O overwrites O the O BASIC B-Language program O in O memory O . O An O example O of O the O application O of O marker B-Language interfaces I-Language from O the O Java B-Language programming I-Language language I-Language is O the O interface:A O class O implements O this O interface B-Application to O indicate O that O its O non-transient O data O members O can O be O written O to O an O . O The O first O three O are O the O normal O regional O releases O in O Japan O , O North O America O , O and O PAL B-Language regions O , O which O only O differ O nominally O in O content O editing O and O localization O . O These O use O JNI O methods O implemented O in O the O OS O or O C B-Language libraries I-Language to O provide O the O functionality O to O the O JVM O . O Its O main O focus O is O to O make O mobile O development O easier O by O using O the O Swift B-Application language I-Application on O both O sides O of O the O client B-Operating_System – I-Operating_System server I-Operating_System model I-Operating_System , O the O client B-Protocol mobile O device O , O and O the O server B-Application , O where O it O competes O with O other O server-side O development O tools O such O as O Node.js B-Language and O Python B-Language . O PascalABC.NET B-Language : O An O Object O Pascal-based O language O implemented O on O the O .NET B-Application Framework I-Application . O EADK O can O be O freely O downloaded O from O the O Intel O 's O TianoCore B-Language UDK O / O EDK2 B-Language SourceForge B-Application project O . O As O an O example O , O a O port O of O the O Python B-Language interpreter O is O made O available O as O a O UEFI B-Architecture application O by O using O the O EADK O . O Between O evaluation O of O the O left O and O right O operands O of O the O && O ( O logical O AND O ) O , O || O ( O logical O OR O ) O ( O as O part O of O short-circuit O evaluation O ) O , O and O comma B-Language operators I-Language . O SPICE B-Protocol is O integrated O into O oVirt B-Language private-cloud O management O software O , O allowing O users O to O connect O to O virtual O machines O through O SPICE B-Protocol . O NoSQL B-General_Concept queries B-Language are O often O faster O than O traditional O SQL B-Language queries B-Language so O the O cost O of O additional O queries B-Language may O be O acceptable O . O In O the O von O Neumann O definition O of O ordinals B-Language , O the O successor O of O α O is O since O its O elements O are O those O of O α O and O α O itself O . O For O instance O , O to O handle O a O missing O file O in O the O Java B-Language code I-Language , O one O might O see O : O Machine O Learning O : O Libraries O like O scikit-learn B-Application and O Tensorflow B-Language have O increased O the O accessibility O of O machine O learning O to O developers O . O Programs O ( O MBASIC B-Language is O a O notable O example O ) O were O able O to O create O filenames O containing O lower-case O letters O , O which O then O could O not O easily O be O referenced O at O the O command B-Application line I-Application . O Additionally O , O programs O have O been O developed O to O emulate O other O terminal B-Application emulators I-Application such O as O xterm B-Language and O assorted O console B-General_Concept terminals I-General_Concept ( O e.g. O , O for O Linux B-Application ) O . O At O the O time O , O it O was O the O only O SQL B-Language server O that O ran O on O the O Macintosh B-Device . O AICCU B-Language has O won O the O Award O of O Excellence O in O the O Implementation O Category O of O the O 2004 O Edition O of O the O IPv6 B-Protocol Application O Contest O . O APL B-Language symbols I-Language also O operate O on O lists B-Language ( O vector B-Data_Structure ) O of O items O using O data O types O other O than O just O numeric O , O for O example O a O 2-element O vector B-Data_Structure of O character O strings O { O " O Apples O " O " O Oranges O " O } O could O be O substituted O for O numeric O vector B-Data_Structure { O 45 O 67} O above O . O Apart O from O text O , O there O is O a O wide O range O of O animated O objects O and O textures O that O can O be O added O to O a O sequence O , O and O there O are O a O number O of O templates O - O such O as O title O themes O and O lower O thirds O - O in O both O PAL B-Language and O NTSC O formats O that O can O be O opened O . O Designing O the O application O in O the O manner O of O inversion B-Language of I-Language control I-Language would O hand O over O the O control O completely O to O the O DAO O object B-Language . O All O logical O operators O exist O in O C B-Language and O C++ B-Language and O can O be O overloaded O in O C++ B-Language , O albeit O the O overloading O of O the O logical O AND O and O logical O OR O is O discouraged O , O because O as O overloaded O operators O they O behave O as O ordinary O function O calls O , O which O means O that O both O of O their O operands O are O evaluated O , O so O they O lose O their O well-used O and O expected O short-circuit O evaluation O property O . O Decidable O subsets O of O first-order O logic O are O also O studied O in O the O framework O of O description B-Language logics I-Language . O PhpGedView B-Language previously O had O an O integration O module O for O Joomla B-Protocol which O has O since O been O discontinued O . O In O addition O to O the O style O in O which O the O program O was O written O , O Bourne O reused O portions O of O ALGOL B-Language 68 I-Language 's O if O ~ O then O ~ O elif O ~ O then O ~ O else O ~ O fi O , O case O ~ O in O ~ O esac O and O for/while O ~ O do O ~ O od O " O ( O using O done O instead O of O od O ) O clauses O in O the O common O Unix B-Application Bourne B-Device shell I-Device syntax O . O Description O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O opcode O Miscellaneous O instructions O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O NOP O NOP O No O operation O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O ( O reserved O ) O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O x O ( O reserved O ) O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O 0 O x O ( O reserved O ) O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O 1 O 0 O LDSPTL O — O A O ← O ROM[[SP]], O load O low/high O byte O of O ROM O word O using O 16-bit O pointer O on O top O of O stack O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O 1 O 1 O LDSPTH O — O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O — O ( O reserved O ) O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O opcode O One-operand O instructions O on O accumulatorSame O as O one-operand O instructions O on O memory O ( O below O ) O except O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O 0 O 1 O 1 O 1 O PCADD O A O ≈ADDWF O PCL O , O 1 O PC O ← O PC O + O A O , O add O to O program B-General_Concept counter I-General_Concept ( O not O ) O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 1 O 1 O 1 O 1 O 0 O SWAP O A O — O A O ← O Axxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx1 O 1 O , O rotate O right O through O carry O 0 O 1 O 0 O 1 O 1 O 0 O 1 O address O SLC O addr O RLF O addr O , O 1 O C B-Language [ addr ] O ← O [ addr ] O << O 1 O C B-Language , O rotate O left O through O carry O 0 O 1 O 0 O 1 O 1 O 1 O 0 O address O CEQSN O addr O — O C B-Language Z O Compute O A O − O [addr], O then O skip O if O zero O 0 O 1 O 0 O 1 O 1 O 1 O 1 O address O ( O reserved O for O CNEQSN O ) O 0 O 1 O 1 O opc O bit O address O Bit O operations O with O I/O O 0 O 1 O 1 O 0 O 0 O bit O address O T0SN O ioaddr.b O BTFSC O ioaddr O , O b O Skip O if O bit O b O of O [ ioaddr ] O is O clear O 0 O 1 O 1 O 0 O 1 O bit O address O T1SN O ioaddr.b O BTFSS O ioaddr O , O b O Skip O if O bit O b O of O [ ioaddr ] O is O set O 0 O 1 O 1 O 1 O 0 O bit O address O SET0 O ioaddr.b O BCF O ioaddr O , O b O Clear O bit O b O of O [ ioaddr ] O 0 O 1 O 1 O 1 O 1 O bit O address O SET1 O ioaddr.b O BSF O ioaddr O , O b O Set O bit O b O of O [ ioaddr ] O 1 O 0 O opcode O literal O Literal O operations O : O A O ← O OP(A,k ) O 1 O 0 O 0 O 0 O 0 O k O ADD O A O , O k O ADDLW O k O C B-Language Z O A O ← O A O + O k O 1 O 0 O 0 O 0 O 1 O k O SUB O A O , O k O ≠SUBLW O k O C B-Language Z O A O ← O A O − O k O 1 O 0 O 0 O 1 O 0 O k O CEQSN O A O , O k O — O C B-Language Z O Compute O A O − O k O , O then O skip O if O zero O 1 O 0 O 0 O 1 O 1 O k O ( O reserved O for O CNEQSN O ) O 1 O 0 O 1 O 0 O 0 O k O AND O A O , O k O ≈ANDLW O k O Z O A O ← O A O & O k O 1 O 0 O 1 O 0 O 1 O k O OR O A O , O k O ≈IORLW O k O Z O A O ← O A O k O 1 O 0 O 1 O 1 O 0 O k O XOR O A O , O k O ≈XORLW O k O Z O A O ← O A O ^ O k O 1 O 0 O 1 O 1 O 1 O k O MOV O A O , O k O MOVLW O k O A O ← O k O 1 O 1 O c B-Language k O Control O transfers O : O PC O ← O k O 1 O 1 O 0 O k O GOTO O k O GOTO O k O PC O ← O k O 1 O 1 O 1 O k O CALL O k O CALL O k O Push O PC O , O then O PC O ← O k O 12 O 11 O 10 O 9 O 8 O 7 O 6 O 5 O 4 O 3 O 2 O 1 O 0 O Mnemonic O PICequivalent O C B-Language ? O PeachPie B-Language : O A O compiler O of O PHP B-Application to O .NET B-Application and O .NET B-Application Core I-Application . O It O can O be O accessed O via O LDAP B-Protocol , O DSML B-General_Concept , O SOAP B-Application , O ODBC B-Application , O JDBC B-Language , O JNDI B-Language , O and O ADSI B-Protocol . O Meadow B-Operating_System utilizes O Netinstaller O , O similar O to O one O used O for O Cygwin B-Language installation O . O These O included O commonly O used O applications O not O part O of O the O Microsoft O installation O such O as O OpenSSH B-Language , O Git B-Application , O Python B-Language and O bash B-Operating_System . O Players O race O though O various O racing O maps O in O an O effort O to O finish O the O map O and O collect O money O , O experience O points O , O Alchemy B-Language Cards O , O and O various O items O . O Similarly O , O Yoccoz O first O proved O the O local O connectivity O of O Julia B-Language sets I-Language , O before O establishing O it O for O the B-Algorithm Mandelbrot I-Algorithm set I-Algorithm at O the O corresponding O parameters O . O At O this O time O Riemann O began O to O introduce O the O systematic O use O of O linear B-Language algebra I-Language and O multilinear O algebra O into O the O subject O , O making O great O use O of O the O theory O of O quadratic O forms O in O his O investigation O of O metrics O and O curvature O . O In O 2005 O , O an O Ohio-based O company O , O Metavore O , O Inc. O , O trading O as O LibLime O , O was O established O to O support O Koha B-Language and O added O many O new O features O , O including O support O for O Zebra O sponsored O by O the O Crawford O County O Federated O Library O System O . O The O standard B-Library library I-Library for O Mirah B-Language , O then O , O is O whatever O the O standard B-Library library I-Library for O the O current O backend B-Architecture is O , O and O emphasis O is O placed O on O writing O compiler O plugins B-Application rather O than O libraries O to O extend O and O enhance O the O language O . O The O macro O defgeneric O defines O generic B-Language functions O . O Future O versions O could O make O use O of O libinput B-Language . O There O is O a O prefers-color-scheme O media O feature O on O CSS B-Language , O to O detect O if O the O user O has O requested O light O or O dark O color O scheme O and O serve O the O requested O color O scheme O . O These O features O of O the O original O Objective-C B-Language implementation O are O not O supported O by O the O Java B-Language implementation O . O Character O Description O ( O minus O ) O Left-align O the O output O of O this O placeholder B-Language . O The O initial O shipment O was O for O OS/2 B-Application and O included O most O ANSI-G O features O and O many O new O PL/I B-Language features O . O The O elevated O rail O is O cheaper O than O the O monorail B-Language and O can O connect O to O the O city O 's O subway O system O . O MultiNet B-Language is O supported O by O a O set O of O software B-Application tools I-Application and O has O been O used O to O build O large O semantically O based O computational O lexicons O . O OS/2 B-Application was O used O as O part O of O the O Satellite O Operations O Support O System O ( O SOSS O ) O for B-Language NPR O 's O Public O Radio O Satellite O System O . O The O name O of O the O language O is O an O in-joke O , O indicating O that O C-- B-Language is O a O reduced O form O of O C B-Language , O in O the O same O way O that O C++ B-Language is O basically O an O expanded O form O of O C B-Language . O ( O in O C B-Language , O -- O and O ++ O mean O " O decrement O " O and O " O increment O , O " O respectively O . O ) O Dart B-Language 2.6 O introduced O a O new O extension O , O dart2native O , O which O extends O native O compilation B-Language to O the O Linux B-Application , O macOS B-Application , O and O Windows B-Application desktop O platforms O . O The O successor O to O the O 1983 O arcade O game O Mario B-Application Bros I-Application . I-Application and O the O first O game O in O the O Super B-Application Mario I-Application series O , O it O was O first O released O in O 1985 O for O the O Famicom O in O Japan O . O Following O a O limited O US O release O for O the O NES O , O it O was O ported O to O international O arcades O for O the O Nintendo B-Application Vs. I-Application System I-Application in O early O 1986 O . O The O NES O version O received O a O wide O release O in O North O America O that O year O and O in O PAL B-Language regions O in O 1987 O . O The O creation O of O UML B-Language was O originally O motivated O by O the O desire O to O standardize O the O disparate O notational O systems O and O approaches O to O software O design O . O It O will O for O instance O construct O the O Ruby B-Language proxy O classes O for O the O C B-Language structures O and O also O create O the O functions O . O IcedTea B-Language also O includes O some O addon O libraries O : O IcedTea-Web O is O a O free B-Application software I-Application implementation O of O Java B-Application Web I-Application Start I-Application and O the O Java B-Language web O browser O applet B-Language plugin O . O The O version O of O GNOME B-Language Panel I-Language available O in O the O repository O for O Ubuntu O 12.04 O offers O a O modified O version O of O Fallback O Mode O with O the O addition O of O a O custom O theme O and O ports O of O Ubuntu O 's O own O Indicators O from O their O old O GNOME B-Application 2.x O desktop O . O Unless O the O processor O can O give O effect O to O the O branch O in O a O single O time O cycle O , O the O pipeline B-General_Concept will O continue O fetching O instructions B-Language sequentially O . O With O these O compilers B-Language came O associated O tools O such O as O assemblers B-Application , O linkers B-Application , O runtime B-Device systems I-Device , O simulators B-Application , O and O symbolic B-Application debuggers I-Application . O Arguments O are O passed O to O opcode B-Language and O returned O from O opcode B-Language using O the O argument O stack O . O JsSIP B-Language implements O the O following O SIP B-Application specifications O : O For O instance O , O a O Java B-Device program O has O to O be O written O to O use O the O Java B-Language virtual I-Language machine I-Language ( O JVM B-Language ) O and O associated O libraries O as O a O platform O but O does O not O have O to O be O adapted O to O run O for O the O Windows O , O Linux B-Application or O Macintosh O OS O platforms B-Device . O INSPIRE-HEP O – O The O INSPIRE O High-Energy O Physics O literature O database O provides O BibTeX B-Language format O citations O for O over O one O million O high-energy O physics O papers O . O A O C B-Language compiler O was O also O written O and O made O available O for O the O European O market O through O Tandy O Europe O , O by O Micro O Business O products O . O HTML B-Application 5.1 I-Application , O HTML B-Application 5.2 I-Application and O HTML B-Language 5.3 O were O all O retired O on O 28 O January O 2021 O , O in O favour O of O the O HTML B-Language living O standard O . O Scripting B-Language languages I-Language can O be O categorized O into O several O different O types O , O with O a O considerable O degree O of O overlap O among O the O types O . O The O unixODBC B-Language project O was O first O started O in O the O early O months O of O 1999 O ( O by O Peter O Harvey O ) O and O was O created O as O at O that O time O the O developers O of O iODBC B-Language ( O another O open O source O ODBC B-Application implementation O ) O were O not O then O willing O to O LGPL B-Application the O code O , O expand O the O API B-General_Concept to O include O the O current O ODBC B-Application 3 O API B-General_Concept specification O , O and O did O not O consider O the O addition O of O GUI O based O configuration O tools O worthwhile O . O Unlike O most O other O database O systems O which O store O rows O of O a O database B-Application table I-Application in O one O place O ( O row-oriented O architecture O ) O Metakit B-Language stores O individual O columns O separately O ( O column-oriented B-General_Concept architecture I-General_Concept ) O . O Another O type O is O a O local B-Language class I-Language , O which O is O a O class O defined O within O a O procedure O or O function O . O The O Model O A O was O anticipated O to O benefit O from O the O availability O of O software O for O the O " O entry O level O cassette-based O version O of O the O IBM B-Device PC I-Device " O that O had O been O sold O in O the O US O , O and O the O Model O A O was O provided O with O the O same O IBM B-Language Cassette I-Language BASIC I-Language as O such O early O IBM B-Device PC I-Device models O . O The O input O of O a O parser B-Language generator I-Language is O a O grammar O file O , O typically O written O in O Backus O – O Naur O form O ( O BNF O ) O or O extended O Backus O – O Naur O form O ( O EBNF O ) O that O defines O the O syntax B-Application of O a O target O programming O language O . O By O default O , O each O computer O 's O Avahi B-Language daemon I-Language will O respond O to O mDNS B-Protocol hostname.local O queries O , O and O most O shell O commands O and O application O program O calls O that O attempt O to O resolve O such O names O are O routed O to O that O daemon O by O the O default O hosts O : O line O in O the O Name B-Protocol Service I-Protocol Switch I-Protocol configuration O file O . O This O led O to O the O creation O of O the O KDE B-Application Free O Qt B-Language foundation O , O which O guarantees O that O Qt B-Language would O fall O under O a O BSD-style B-Operating_System license I-Operating_System should O no O free/open O source O version O of O Qt B-Language be O released O during O 12 O months O . O Because O the O product O is O written O in O RPG B-Language ILE O and O comes O with O complete O source O , O end O users O have O also O been O able O to O contribute O enhancements O to O the O package O and O modify O it O for O their O specific O requirements O . O The O student O projects O helped O develop O the O interface O and O statistical O modules O of O the O upcoming O LimeSurvey B-Language 2.0 O . O A O " O database B-Application instance I-Application " O refers O to O the O processes O and O memory B-Language structures O of O the O running O database B-General_Concept engine I-General_Concept . O Byte O recommended O SICP B-Language " O for O professional O programmers O who O are O really O interested O in O their O profession O " O . O Java B-Language CAPS I-Language was O originally O a O product O of O Software O Technologies O Corporation O , O which O later O became O SeeBeyond O Technology O Corporation O . O In O StarLogo B-Language Nova O , O any O command O can O be O run O by O any O agent O , O but O each O breed O has O its O own O program O and O can O have O its O own O set O of O breed-specific O traits O . O Quote O from O homepage O of O Gwyddion B-Language : O ' O Gwyddion B-Language uses O a O fairly O general O physical O unit O system O , O there O are O no O principal O limitations O on O the O types O of O physical O quantities O data O ( O and O lateral O dimensions O ) O can O represent O . O Music B-Language on I-Language Console I-Language ( O MOC O ) O is O an O ncurses-based O console O audio O player O . O JUNG B-Language ( O the O Java B-Language Universal O Network/Graph O Framework O ) O is O an O open-source B-Application graph B-Application modeling O and O visualization B-Application framework O written O in O Java B-Language , O under O the O BSD B-Operating_System license I-Operating_System . O The O final O program O does O not O include O the O whole O library B-Library , O only O those O objects B-Language from O it O that O are O needed O . O Most O looping O constructs O in O urbiscript B-Language come O in O several O " O flavors O " O , O which O are O based O on O the O four O statement O separators O : O ; O , O | O , O ,, O and O & B-Operating_System . O The O adversaries O attempt O to O throw O Moses B-Language into O the O Nile O . O which O searches O for O printf B-Language in O section O 3 O of O the O man B-Protocol pages I-Protocol . O Thus O , O if O a O function O is O proven O to O be O strict O ( O using O strictness B-Application analysis I-Application ) O at O compile B-Language time O , O it O can O be O compiled B-Language to O use O a O more O efficient O calling O convention O without O changing O the O meaning O of O the O enclosing O program O . O Further O skins O include O , O " O Kobuyashi O Maru O " O , O Starfleet B-Application Cadet O ( O Kirk O ) O , O Starfleet B-Application Officer O Dress O Uniform O ( O Spock B-Language ) O , O stealth O outfits O , O and O those O from O the O USS O Kelvin O . O Other O object-oriented B-Language notions O such O as O polymorphism B-Application and O inheritance B-Language are O also O supported O . O Delphi B-Language and O Free B-Operating_System Pascal I-Operating_System example O : O Gareth O Thomas O and O Don O Grainger O IDL B-Language The O Sub-Department O of O Atmospheric O Oceanic O and O Planetary O Physics O in O the O University O of O Oxford O maintains O an O archive O of O Mie O scattering O routines O for O both O single O spheres O and O populations O of O particles O in O which O sizes O follow O a O log-normal O distribution O . O PCSX B-Language supports O network O play O and O external O plugins B-Application as O used O by O ePSXe B-Application . O A O new O class O of O solid-state B-Algorithm electrolyte I-Algorithm developed O by O the O Oak O Ridge O National O Laboratory O , O Lithium B-Language phosphorus O oxynitride O ( O LiPON O ) O , O emerged O in O the O 1990s O . O After O Lucid O filed O for O bankruptcy O , O Lucid B-Language Emacs I-Language was O renamed O XEmacs B-Language and O remains O the O second O most O popular O variety O of O Emacs B-Application , O after O GNU B-Application Emacs I-Application . O Depending O on O the O perspective O , O VTD-XML B-Language can O be O viewed O as O one O of O the O following O : O This O concept O is O an O important O part O of O the O ( O runtime B-Library ) O polymorphism B-Application portion O of O object-oriented B-Language programming I-Language ( O OOP O ) O . O " O Medusa B-Application Engine O License B-License " O , O retrieved O January O 22 O , O 2010.PalestarDarkSpace O ' O s O game O engine O called O Medusa B-Application released O by O Palestar O under O multiple O licenses.Drafell O . O Metapad B-Application was O distributed O as O freeware B-License for O the O first O ten O years O of O its O existence O . O A O GPL B-License clone O of O BBC B-Language BASIC I-Language named O Brandy O , O written O in O portable O C B-Language , O is O also O available O . O Build O 292 O , O the O current O stable O build O is O available O for O download O as O freeware B-License . O It O is O debated O whether O some O loadable B-Application kernel I-Application modules I-Application ( O LKMs O ) O are O to O be O considered O derivative O works O under O copyright O law O , O and O thereby O whether O or O not O they O fall O under O the O terms O of O the O GPL B-License . O In O accordance O with O the O license O rules O , O LKMs O using O only O a O public O subset O of O the O kernel B-Operating_System interfaces O are O non-derived O works O , O thus O Linux B-Application gives O system O administrators O the O mechanisms O to O load O out-of-tree O binary O objects O into O the O kernel B-Operating_System address O space O . O There O are O some O out-of-tree O loadable O modules B-Application that O make B-Application legitimate O use O of O the O dma_buf O kernel B-Operating_System feature O . O It O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License version O 2 O as O published O by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System . O It O was O originally O released O as O freeware B-License in O 2000 O , O but O moved O to O a O shareware B-License model O starting O with O version O 2 O . O Here O it O is O more O precise O than O the B-License MIT I-License license I-License , O which O does O not O distinguish O between O redistributions O in O source O code O or O object O form O . O Carburetta O DFA B-General_Concept C B-Language , O C++ B-Language , O Apache B-Application 2.0 O CookCC O DFA B-General_Concept Java B-Language , O Apache B-Application 2.0 O DFA B-General_Concept DFA B-General_Concept compressed O matrix O C B-Language , O C++ B-Language Windows B-Application , O Visual B-Application Studio I-Application BSD B-Operating_System Dolphin O DFA B-General_Concept C++ B-Language Flex B-General_Concept DFA B-General_Concept table O driven O C B-Language , O C++ B-Language , O BSD B-Operating_System gelex O DFA B-General_Concept Eiffel B-Language , O MIT B-License golex O DFA B-General_Concept Go B-Application , O BSD-style O gplex O DFA B-General_Concept C# B-Application , O BSD-like O JFlex O DFA B-General_Concept Java B-Language , O BSD B-Operating_System JLex O DFA B-General_Concept Java B-Language , O BSD-like O lex B-General_Concept DFA B-General_Concept C B-Language , O proprietary B-Application , O CDDL B-Application lexertl O DFA B-General_Concept C++ B-Language ? O The O MIT B-License X I-License Consortium O produced O several O significant O revisions O to O X11 B-Operating_System , O the O first O ( O Release O 2X11R2 O ) O in O February O 1988 O . O Cho B-Application Ren I-Application Sha I-Application 68K I-Application was O first O made O for O the O X68000 B-Device due O to O its O popularity O in O the O dōjin O and O freeware B-License development O scenes O , O being O influenced O by O several O shoot O ' O em O up O games O in O arcades O that O also O played O part O with O its O design O process O . O Clementine B-Language is O released O under O the O terms O of O the O GPL-3.0-or-later B-License . O OpenFX B-Application is O a O modelling O and O animation O studio O , O distributed O under O the O GPL B-License . O The O tools O are O themselves O written O in O the O Charm B-Device language O , O and O the O source O code O is O available O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O Around O 1996 O , O a O group O of O free B-License and I-License open-source I-License software I-License developers O started O a O project O called O FreeWin95 B-Application to O implement O a O clone B-General_Concept of O Windows B-Application 95 I-Application . O FOSS B-License software B-Application applications I-Application released O under O a O free B-License license I-License may O be O perpetual O and O also O royalty-free O . O KDE O is O an O international O free B-Application software I-Application community O that O develops O free B-License and I-License open-source I-License software I-License . O It O is O free B-Application software I-Application released O under O GNU B-License General I-License Public I-License License I-License 2.0 O , O runs O on O Windows O , O and O is O implemented O as O a O Video B-Device for I-Device Windows I-Device ( O VFW B-Device ) O codec B-General_Concept and O a O DirectShow O filter O . O 11 O years O later O , O the O game O was O made O available O under O the O GPL B-License License I-License and O was O free O to O download O after O this O point O . O ThreadX B-Operating_System is O distributed O using O a O marketing O model O in O which O source O code O is O provided O and O licenses B-License are O royalty-free O . O The O source O code O was O made O available O via O GitHub B-Application under O GPL B-License 2.0 I-License or I-License later I-License and O the O game O 's O assets O under O the O CC O BY-SA O 4.0 O license O . O The O goal O is O for O OpenNMS B-Language to O be O a O truly O distributed O , O scalable O management O application O platform O for O all O aspects O of O the O FCAPS O network O management O model O while O remaining O 100% O free B-License and I-License open I-License source I-License . O This O was O the O only O major O security O flaw O found O and O exploited O in O bitcoin B-Protocol 's O history O . O Based O on O bitcoin B-Protocol 's O open-source B-License code O , O other O cryptocurrencies O started O to O emerge O . O The O Spinal B-Algorithm Cord I-Algorithm Toolbox I-Algorithm ( O SCT O ) O is O the O first O comprehensive O and O open-source B-License software O for O processing O MR O images O of O the O spinal O cord O . O The O freeware B-License video O game O is O about O managing O an O ice B-Application hockey I-Application team O . O OpenHarmony O is O an O open-source B-License version O of O HarmonyOS B-Operating_System developed O and O donated O by O Huawei O to O the O OpenAtom O Foundation O . O The O game O was O made O available O by O the O developer O ( O together O with O the O other O games O of O his O career O ) O for O download O free B-License of I-License charge I-License in O 2003 O . O Subtitle B-Language Edit I-Language ( O also O known O as O SE O ) O is O a O free B-License and I-License open-source I-License subtitle B-Application editor I-Application to O create O , O edit O , O adjust O or O synchronize O subtitles O for O videos O . O the O Perl B-Language community O maintains O DBI O as O a O CPAN B-Language module O in O accordance O with O the O open-source B-License model I-License . O Unlambda B-Language is O free B-License and I-License open-source I-License software I-License distributed O under O a O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O 2.0 O or O later O . O Many O projects O relying O on O XFree86 O found O the O new O license O unacceptable O , O and O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System considers O it O incompatible O with O the O version O 2 O of O the O GNU B-License General I-License Public I-License License I-License , O though O compatible O with O version O 3 O . O Asunder B-Language is O free B-Application software I-Application released O under O the O GNU B-License General I-License Public I-License License I-License version O 2 O . O On O June O 26 O , O Stallman O spoke O against O DADVSI B-License at O a O free B-Application software I-Application business O meeting O organized O by O the O City O of O Paris O ( O Paris O , O capitale O du O Libre O ) O ; O on O June O 28 O , O he O met O presidential O candidate O Ségolène O Royal O . O An O important O legal O milestone O for O the O open B-License source I-License / O free B-Application software I-Application movement O was O passed O in O 2008 O , O when O the O US O federal O appeals O court O ruled O that O free B-License software I-License licenses I-License definitely O do O set O legally O binding O conditions O on O the O use O of O copyrighted O work O , O and O they O are O therefore O enforceable O under O existing O copyright O law O . O As O KARL O attracted O interest O , O the O OSF O took O steps O to O move O KARL1 O off O of O the O Windows O platform O , O in O preparation O for O making O an O open B-License source I-License version O . O KornShell B-Language 1982 O 2000 O custom O ; O now O CPL O Le B-Language Lisp I-Language 1981 O 2020 O BSD-2-Clause B-Operating_System LightZone B-Language 2005 O 2012 O BSD-3-Clause B-Operating_System Company O went O out O of O business O Lugaru B-Application 2005 O 2010 O – O 2016 O GPL-2.0-or-later/CC O BY-SA O 3.0 O Source O code O released O by O Wolfire O Games O upon O the O success O of O the O original O Humble O Indie O Bundle O under O the O GPL-2.0-or-later B-License license O . O This O ruling O was O important O because O it O was O the O first O time O that O a O court O had O confirmed O that O violating O terms O of O the O GPL B-License could O be O a O copyright O violation O and O established O jurisprudence O as O to O the O enforceability O of O the O GPLv2 O under O German O law O . O H2 O is O dual O licensed O and O available O under O a O modified O version O of O the O MPL B-License 1.1 I-License ( O Mozilla B-License Public I-License License I-License ) O or O under O the O ( O unmodified O ) O EPL O 1.0 O ( O Eclipse O Public O License O ) O . O The O library O is O available O under O MIT B-License license I-License . O THIRRA B-Application was O released O under O the O Mozilla B-License Public I-License License I-License version O 1.1 O . O is O a O free O and O open-source B-License error B-General_Concept propagation I-General_Concept calculator O and O library B-Library . O ZTerm B-Operating_System is O a O shareware B-License terminal B-Application emulator I-Application for O Macintosh B-Operating_System operating I-Operating_System system I-Operating_System . O The B-License Unlicense I-License is O a O public O domain O equivalent O license O for O software O which O provides O a O public O domain O waiver O with O a O fall-back O public-domain-like O license O , O similar O to O the O CC O Zero O for O cultural O works O . O lorcon B-Protocol ( O acronym O for O Loss O Of O Radio O CONnectivity O ) O is O an O open B-License source I-License network O tool O . O + O Software O Example(s ) O Interface O Licence(s ) O Initial O Release O Year O Latest O Release O Operating O system O Distinguishing O features O License O Open O Source O ( O yes/no O ) O KstGUI O , O CLIGPLYes20042021 O , O v O 2.0.xLinux O , O Windows B-Application , O Macfast O real-time B-General_Concept large-dataset O plotting O and O viewing O tool O with O basic O data B-General_Concept analysis I-General_Concept functionality O AIDA B-Application LGPL B-Application 2001 O / O 3.2.1 O Open O interfaces B-Application and O formats O for O particle O physics O data O processing O Algebrator B-Application GUI B-Application Proprietary B-Application 1999 O / O 4.2 O Linux B-Application , O , O Sugar O , O Windows B-Application 2D O graphs O Archim B-Application drawing O 2D O and O 3D O graphs O freeware B-License 2007 O Windows B-Application Graphs O in O polar O ( O or O other O ) O coordinates O become O specific O cases O of O parametric O graphs O . O BisQue B-Operating_System is O a O free O , O open B-License source I-License web-based O platform O for O the O exchange O and O exploration O of O large O , O complex O datasets O . O Springs O source O code O , O licensed O under O the O GNU B-License GPL-2.0-or-later I-License , O is O primarily O written O in O the O programming O language O C++ O , O as O is O springlobby O . O Modern O video O games O have O migrated O to O online O product B-License activation I-License as O part O of O their O distribution O process O . O A O freeware B-License version O is O released O as O well O , O under O the O name O of O SoftMaker B-Application FreeOffice I-Application . O It O consists O of O the O GPL B-License licensed O community O edition O plus O a O custom-licensed O " O Enterprise O Plugin O " O containing O the O additional O features O . O It O was O originally O written O by O Timo O Sirainen O , O and O released O under O the O terms O of O the O GNU B-License GPL-2.0-or-later I-License in O January O 1999 O . O .io B-General_Concept domains O are O often O used O for O open B-License source I-License projects O , O application O programming O interfaces O ( O " O APIs O " O ) O , O startup O companies O , O browser B-Protocol games I-Protocol , O and O other O online O services O . O In O 2007 O Rohrer O released O the O game O 's O source O code O and O assets O into O the O public O domain O , O while O asking O for O voluntary O donations O ( O Donationware B-License ) O and O selling O the O game O on O the O iOS B-Application appstore O for O $0.99 O . O This O license B-License ensures O the O availability O of O the O licensed O program O 's O source O code O , O whilst O the O redistribution O of O the O program O in O commercial O activities O is O prohibited O . O Copyleft B-License is O a O distinguishing O feature O of O some O free B-License software I-License licenses I-License , O while O other O free-software B-License licenses I-License are O not O copyleft B-License licenses I-License because O they O do O not O require O the O licensee O to O distribute O derivative O works O under O the O same O license O . O GPL B-License usage O statistics O from O 2009 O to O 2013 O was O extracted O from O Freecode O data O by O Walter O van O Holst O while O analyzing O license B-License proliferation I-License . O Application O Creator O Software B-License license I-License Ashampoo B-Application Burning I-Application Studio I-Application Ashampoo O Software O Alcohol B-Application 120% I-Application Alcohol B-Application Soft I-Application CDBurnerXP B-Application Stefan O Haglund O , O Fredrik O Haglund O cdrtools B-Language Jörg B-Language Schilling I-Language ( O CDDL B-Application parts O are O GPL B-License ) O DeepBurner B-Application Astonsoft B-Application ImgBurn B-Application LIGHTNING B-Application UK I-Application ! I-Application It O was O the O first O shareware B-License game O to O feature O music O for O the O AdLib O sound O card O . O Server O 5.7 O ( O released O September O 28 O , O 2018 O ) O stopped O bundling O open B-License source I-License services O such O as O Calendar B-Application Server I-Application , O Contacts O Server O , O the O Mail B-Protocol Server I-Protocol , O DNS B-Protocol , O DHCP B-Protocol , O VPN B-Application Server I-Application , O and O Websites O . O Included O services O are O now O limited O to O Profile O Manager O , O Open B-Operating_System Directory I-Operating_System and O Xsan B-Application . O The O player O may O move O in O all O directions O while O facing O in O a O separate O one O , O similar O to O the O way O a O first-person O shooter O is O controlled O , O and O similar O to O the O shareware B-License PC B-Device shooter O Crimsonland B-Application . O On O July O 27 O , O 2017 O , O Microsoft O Research O changed O the O license B-License from O MSR O shared B-License source I-License license B-License to O MIT B-License license I-License , O due O to O the O community O 's O initiative O to O bring O Allegiance B-Application to O Steam B-Application . O Shortly O thereafter O , O a O separate O , O unrelated O initiative O in O the O United O States O yielded O the O Creative O Commons O license O , O available O since O 2001 O in O several O different O versions O ( O only O some O of O which O can O be O described O as O copyleft B-License ) O and O more O specifically O tailored O to O U.S. O law O . O P B-Language is O open B-License source I-License , O licensed O under O MIT B-License License I-License , O and O available O on O GitHub B-Application . O Communalizing O the O maintenance O burden O distributes O the O cost O across O more O users O ; O free B-License riders O can O also O benefit O without O undermining O the O creation O process O . O Tiano B-Architecture runs O on O Intel O 's O XScale B-Application , O Itanium B-General_Concept , O x86-32 B-Device and O x86-64 B-Device processors O , O and O is O proprietary O software O , O although O a O portion O of O the O code O has O been O released O under O the O BSD B-Operating_System license I-Operating_System or O Eclipse B-License Public I-License License I-License ( O EPL O ) O as O TianoCore B-Language EDK I-Language II I-Language . O Multi-licensing B-License is O also O used O by O distributors O of O non-free B-Application software I-Application . O The O layout O program O PCB B-Language of O the O gEDA B-Application suite I-Application includes O a O similar O topological O autorouter B-Algorithm named O Toporouter B-Algorithm , O which O was O written O by O Anthony O Blake O in O a O Google-funded O open B-License source I-License project O mentored O by O DJ B-Application Delorie I-Application in O 2008 O . O MythTV B-Application is O a O free B-License and I-License open-source I-License home O entertainment O application O with O a O simplified O " O 10-foot B-General_Concept user I-General_Concept interface I-General_Concept " O design O for O the O living O room O TV O . O The O Arena B-Application browser I-Application served O as O the O W3C B-License 's O testbed O browser B-Application from O 1994 O to O 1996 O when O it O was O succeeded O by O the O Amaya B-Language project O . O It O is O also O used O by O the O SNEeSe O emulator B-Application , O which O was O formerly O licensed O under O the O Clarified B-License Artistic I-License License I-License . O Numerous O free B-License and I-License open-source I-License implementations O of O existing O algorithms O for O the O ( O usually O lossy O ) O compression O and O decompression O of O audio O or O video O data O , O called O codecs B-General_Concept , O are O available O . O Meld B-Language is O free B-License and I-License open-source I-License software I-License subject O to O the O terms O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL-2.0-or-later B-License ) O . O Product B-License activation I-License where O there O is O no O straightforward O way O to O transfer O the O license B-License to O another O person O to O activate O on O their O computer O has O been O widely O criticised O as O making O second-hand O sales O of O products O , O particularly O games O , O very O difficult O . O VPSKeys B-Application is O a O freeware B-License input B-General_Concept method I-General_Concept editor I-General_Concept developed O and O distributed O by O the O Vietnamese O Professionals O Society O ( O VPS O ) O . O FontForge B-Application is O a O FOSS B-License font O editor O which O supports O many O common O font O formats O . O Zenoss B-Protocol Community O Edition O was O a O free B-License and I-License open-source I-License application B-Application , O server B-Application , O and O network O management O platform O based O on O the O Zope B-Language application B-Application server B-Application . O The O network O is O directed O at O the O individual O researcher O OSU:pro O OSU:pro O Ohio O State O University O ( O but O can O be O licensed O ) O Ohio O State O University O Pivot O Pivot O ProQuest B-Library , I-Library LLC I-Library 100 O university O campuses O and O research O organizations O globallyPortfolio O & O Showroom O Portfolio O & O Showroom O University O of O Applied O Arts O Vienna O ( O Apache B-Application License I-Application ) O University O of O Applied O Arts O Vienna O , O Academy O of O Fine O Arts O Vienna O , O Bertha O von O Suttner O Privatuniversität O , O Catholic O Private O University O of O Linz O , O Mozarteum O University O Salzburg O ( O testing O ) O , O ( O source O code O ) O Profiles O Research O Networking O Software O Profiles O Harvard O University O ( O BSD B-Operating_System license I-Operating_System ) O Harvard O , O UCSF O , O and O many O others O ( O see O Profiles O users O ) O REACH O NC O Life O Science O Experts O Visualization O Tool O REACH O NC O RENCI O ( O Renaissance O Computing O Institute O , O a O collaboration O between O University O of O North O Carolina O at O Chapel O Hill O , O Duke O University O and O North O Carolina O State O University O ) O Duke O Research O Triangle O Institute O , O University O of O North O Carolina O General O Administration O ( O but O free O to O the O public O ) O Appalachian O State O University O Duke O University O East O Carolina O University O Elizabeth O City O State O University O Fayetteville O State O University O NC O A&T O North O Carolina O Central O University O North O Carolina O State O University O RTI O International O UNC-Asheville O University O of O North O Carolina O at O Chapel O Hill O UNC-Charlotte O UNC-Greensboro O UNC-Pembroke O UNC-Wilmington O Western O Carolina O University O Winston-Salem O State O University O Research O Accelerator O YCCI O Research O Accelerator O ResearchAccelerator.org O Unknown O Yale O University O ResearcherID O ResearcherID O Clarivate O Analytics O ( O but O ResearcherID O network O is O free O to O access O and O use O by O individual O users O ) O N/A O ( O Platform O is O directed O toward O individual O researcher O use O ) O ScholarBridge O ScholarBridge O ScholarBridge O LLC O 14 O university O members O and O free O access O for O any O individual O student O or O researcher O SciENcv O SciENcv O A O pilot O program O sponsored O by O the O Federal O Demonstration O Partnership O and O the O National O Science O and O Technology O Council O ( O NSTC O ) O supported O by O the O STAR O METRICS O program O Sponsored O by O the O Federal O Demonstration O Partnership O and O the O NSTC O 's O interagency O groups O : O Research O Business O Model O ( O RBM O ) O and O Science O of O Science O Policy O ( O SoSP O ) O Symplectic O ElementsSymplectic O ElementsDigital O Science O ( O However O , O an O open B-License source I-License is O available O . O ) O QGLE O , O the O GLE O user O interface O , O is O licensed O under O the O GPL B-License license I-License . O Internet O connection O and O registration O are O required O for O software B-License activation I-License , O validation O of O subscriptions O , O and O access O to O online O services O . O System O requirement O : O macOS B-Operating_System v10.13 O . O The O patent O action O termination O clause O , O described O above O , O is O a O further O significant O difference O between O the O OSL O and O GPL B-License . O On O March O 28 O , O 2020 O the O release O date O of O TEW O 2020 O was O announced O as O April O 23 O for O the O trial B-License version I-License , O and O April O 30 O for O the O full O retail O version O . O In O the O Dot-com O bubble O time O , O Netscape O Communications O ' O step O to O release O its O webbrowser O under O a O FOSS B-License license O in O 1998 O , O inspired O many O other O companies O to O adapt O to O the O FOSS B-License ecosystem O . O As O a O part O of O the O acquisition O they O would O also O relicense O Mono B-Application completely O under O the B-License MIT I-License License I-License and O would O release O all O other O Xamarin B-Application SDK O software O through O the O .NET B-Application Foundation O also O under O the B-License MIT I-License License I-License . O Because O the O defendant O did O not O comply O with O the O GPL B-License , O it O had O to O cease O use O of O the O software O . O Title O Original O author O Original O release O Source O code O availability O OpenSource B-License compatible O Freeware B-License ( O data O and O software O ) O Complete O Free B-Application software I-Application ( O DFSG B-License compatible O ) O New O license B-License Notes O Amazon B-Application Lumberyard I-Application Amazon B-Application 2002 O 2016 O proprietary B-Application license I-Application On O 16 O August O 2017 O , O the O source O code O of O the O game O engine O was O made O freely O available O under O proprietary B-Application license I-Application terms O via O GitHub.Lumberyard O & O Amazon B-Application GameLift O : O Now O Available O – O Lumberyard O on O GitHub B-Application by O Todd O Gilbertsen O on O 15 O August O 2017license O on O github.com/aws/Lumberyard O Apple B-Operating_System DOS I-Operating_System Apple O Inc O . O 1986 O 2015 O non-commercial O license B-License The O Apple B-Operating_System DOS I-Operating_System source O code O was O released O by O the O Computer O History O Museum O after O Paul O Laughton O , O the O creator O of O the O code O , O donated O it O . O Discontinued O fork O of O Songbird B-Application , O with O Linux B-Application supportGPL O v2 O , O MPL B-License , O BSD B-Operating_System 32px|Quod O Libet O Quod B-Language Libet I-Language 4.3.0 O GTK B-Application Python B-Language Pickle B-Library noGPL-2.0-or-later O 32px|qmmp O qmmp B-Language Qt O C++ B-Language no O database O GPL-2.0-or-later B-License 32px|Rhythmbox O Rhythmbox B-Language GTK B-Application C B-Language not O GNU O Data O AccessGPL-2.0-or-later O Sayonara B-Language Player I-Language Qt O C++ B-Language GPL-3.0-or-later B-License 32px|Songbird O Songbird B-Application XULRunner B-Language C++ B-Language SQLite B-Language ? O Unofficial O Unofficial O Abandoned O ( O Last O release O on O February O 4 O , O 2013 O ) O GPL B-License v2 I-License with O exceptions O , O FarmBot B-Device is O an O open B-License source I-License precision O agriculture O CNC O farming O project O consisting O of O a O Cartesian O coordinate O robot O farming O machine O , O software O and O documentation O including O a O farming O data O repository O . O Konqueror O is O a O free B-License and I-License open-source I-License web B-Application browser I-Application and O file B-Application manager I-Application that O provides O web O access O and O file-viewer B-Application functionality O for O file O systems O ( O such O as O local O files O , O files O on O a O remote O FTP B-Protocol server I-Protocol and O files O in O a O disk O image O ) O . O FUSE B-Application is O free B-Application software I-Application originally O released O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License and O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application . O ( O 2003 O ) O [ stella ] O Source O code O for O Dragonfire B-Application from O Bob O Smith O on O biglist.com O Many O more O Atari O games O got O disassembled O and O commented O by O the O Atari O community.minidig O on O qotile.netDuelyst20162023CCGMIT/CC0 O CC0Counterplay O GamesAlmost O three O years O later O after O the O severs O were O shut O down O , O Counterplay O Games O released O the O entire O game O ( O source O code O and O assets O ) O , O built O on O top O of O Backbone.js B-Language , O to O the O public B-Application domain I-Application under O the O CC0 O license B-License on O GitHub.Eat O The O Whistle O - O France O 9819982004Sports O gameGPL-2.0-onlyEat O The O Whistle O goes O GPL B-License ! O The O word O " O gEDA B-Application " O is O a O conjunction O of O " O GPL B-License " O and O " O EDA O " O . O GNU B-Protocol Wget I-Protocol and O climm B-Protocol both O use O such O exceptions O . O Some O packages O ( O like O Deluge B-Language ) O explicitly O modify O the O GPL B-License license I-License by O adding O an O extra O section O at O the O beginning O of O the O license O documenting O the O exception O . O This O lack O of O documentation O along O with O the O threat O of O a O patent O infringement O lawsuit O , O as O happened O previously O when O Microsoft O sued O various O companies O over O the O VFAT B-Application long O file O name O patent O ( O before O it O expired O ) O , O hampered O the O development O of O free B-License and I-License open-source I-License drivers O for O exFAT B-Application , O and O led O to O a O situation O where O Linux B-Application distributions O could O not O even O tell O users O how O to O get O an O exFAT B-Application driver B-Application . O Rewritten O from O scratch O in O 1998 O , O it O was O released O under O GNU B-License General I-License Public I-License License I-License on O February O 1 O , O 2001 O , O with O authorization O from O the O headmaster O of O the O École O Centrale O Paris O . O The O functionality O of O the O server-program O , O VideoLan B-Application Server B-Application ( O VLS O ) O , O has O mostly O been O subsumed O into O VLC O and O has O been O deprecated O . O This O is O a O version O of O the O Microsoft B-License Reciprocal I-License License I-License in O which O rights O are O only O granted O when O developing O software O for O a O Microsoft B-Application Windows I-Application platform O . O Like O the O Ms-LPL O , O this O license O is O not O open O source O because O it O is O not O technology-neutral O due O to O its O restriction O that O licensed O software O must O be O used O on O Windows O , O and O is O also O not O considered O free B-License by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System due O to O this O restriction O . O This O is O the O most O restrictive O of O the O Microsoft O Shared B-License Source I-License licenses I-License . O Sweep B-Language is O a O free B-License and I-License open-sourced I-License digital B-Application audio I-Application editor I-Application and O live O playback O tool O for O Unix-like B-Operating_System systems I-Operating_System such O as O Linux B-Application and O Berkeley B-Operating_System Software I-Operating_System Distribution I-Operating_System ( O BSD B-Operating_System ) O . O The O Server O app O was O discontinued O on O April O 21 O , O 2022 O , O and O Apple O said O that O later O versions B-Operating_System of I-Operating_System macOS I-Operating_System would O drop O support O for O it O . O Mac B-Application OS I-Application X I-Application Server O is O based O on O an O open B-License source I-License foundation O called O Darwin B-Operating_System and O uses O open O industry O standards O and O protocols O . O Various O models O are O available O as O open B-License source I-License . O 2002 O ) O , O is O a O ruling O at O the O United O States O Court O of O Appeals O for O the O Second O Circuit O regarding O the O enforceability O of O clickwrap O software B-License licenses I-License under O contract O law O . O Surespot B-Protocol was O donationware B-License . O The O compiler B-Language is O free B-License and I-License open-source I-License software I-License , O and O is O being O developed O by O a O community O of O volunteers O working O with O Andreas O Rumpf O . O This O license O has O been O superseded O by O the O Common B-Application Development I-Application and I-Application Distribution I-Application License I-Application , O which O is O also O derived O from O the O MPL B-License . O Intel O Atom O family O GPU B-Architecture video O accelerationVED O ( O Video O Encode O / O Decode O ) O H.265/HEVC B-Algorithm H.264/MPEG O -4 O AVC O MPEG-4 B-Application Visual I-Application H.263 B-Algorithm H.262(MPEG-2 ) O VC-1/WMV9 O JPEG/MJPEG O VP8 B-Algorithm VP9Bay O Trail-T O Decode O Profile O rowspan O = O " O 6 O " O Main O , O High O Main O 0rowspan O = O " O 6 O " O Level5.1HighMax O . O Intel O releases O programming O manuals O for O most O of O Intel O HD O Graphics O devices O via O its O Open B-License Source I-License Technology I-License Center O . O This O allows O various O open B-License source I-License enthusiasts O and O hackers O to O contribute O to O driver O development O , O and O port O drivers O to O various O operating O systems O , O without O the O need O for O reverse O engineering O . O Datastorm O became O the O first O company O to O sue O a O vendor O for O infringement O of O its O software O using O the O shareware B-License model O . O Avast O launched O a O freeware B-License business O product O , O Avast O for O Business O , O in O February O 2015 O . O ranger B-Device is O a O free B-License and I-License open-source I-License file B-Application manager I-Application with O text-based B-Application user I-Application interface I-Application for O Unix-like B-Operating_System systems I-Operating_System . O Cardware O is O similar O to O beerware B-License . O On O October O 17 O , O 2021 O L0phtCrack B-Application version O 7.2.0 O was O released O open-source B-License , O with O different O portions O of O the O software O being O published O under O different O licenses O . O Name O Parsing B-Language algorithm O Input O grammar O notation O Output O languages O Grammar O , O code O Lexer B-Application Development O platform O IDE B-Application License B-License ACCENT O Earley B-Algorithm Yacc B-Application variant O C B-Language external O , O GNU B-License GPL I-License APaGeD O GLR B-Application , O LALR(1 ) O , O LL(k ) O ? O It O is O possible O to O use O the O GPL B-License for O text O documents O instead O of O computer B-Application programs I-Application , O or O more O generally O for O all O kinds O of O media O , O if O it O is O clear O what O constitutes O the O source O code O ( O defined O as O " O the O preferred O form O of O the O work O for O making O changes O in O it O " O ) O . O webOS B-Operating_System is O an O open B-License source I-License mobile B-Operating_System operating I-Operating_System system I-Operating_System running O on O the O Linux B-Operating_System kernel I-Operating_System , O initially O developed O by O Palm O , O which O launched O with O the O Palm B-Application Pre I-Application . O Debian O accepts O the O original O Artistic B-License License I-License as O being O a O free B-License software I-License license I-License , O but O FSF O disagrees O . O After O complaints O from O FreeDOS B-Application developers O ( O including O the O suggestion O to O provide O the O source O code O , O and O hence O comply O with O the O GPL B-License ) O , O DRDOS O , O Inc O . O instead O withdrew O version O 8.1 O , O and O also O the O unaffected O 8.0 O , O from O its O website O . O APPEND O , O ASSIGN O , O BATCH O , O DBG O , O DELQ B-Device , O ERA B-Device , O ERAQ B-Device , O MORE B-Device and O SUBST O have O been O among O the O internal O commands B-Application supported O since O DRDOS O 3.31 O . O GOSUB O , O IDLE O , O RETURN O and O SWITCH O were O added O as O internal O commands B-Application with O DRDOS O 6.0 O . O ASSIGN O and O SUBST O were O changed O to O become O external O commands B-Application with O DRDOS O 6.0 O . O Openswan B-Protocol , O begun O as O a O fork B-Application of O the O now-defunct O FreeS/WAN B-Protocol project O , O continues O to O use O the O GNU B-License General I-License Public I-License License I-License . O There O are O programs O available O both O commercially O , O as O shareware B-License and O as O free O open B-Application source I-Application software I-Application ( O for O example O OpenLP B-Language ) O . O The O game O engine O is O free B-License and I-License open-source I-License software I-License , O subject O to O the O terms O of O the O GNU B-License General I-License Public I-License License I-License v2.0 I-License or I-License later I-License . O Replicant B-Application 's O SDK B-Application was O discontinued O on O April O 28 O , O 2017 O in O favour O of O the O free B-License SDK B-Application packaged O by O Debian O . O The O NBC O compiler O is O released O under O the O Mozilla B-License Public I-License License I-License . O SUMO B-Language is O open B-License source I-License . O Not O available O since O Firefox B-Application 4 O . O about:license O Shows O the O Mozilla B-License Public I-License License I-License ( O and O the O Netscape B-Application Public I-Application License I-Application ) O for O the O piece O of O software O ( O Gecko B-Language 1.8 I-Language + O ) O about:logo O Shows O the O logo O used O on O the O about B-Protocol : I-Protocol screen O about:memory O Shows O memory O usage O ( O Firefox B-Application 3.6 O + O ) O about:mozilla B-Application Easter O egg O , O shows O a O verse O from O The B-Application Book I-Application of I-Application Mozilla I-Application about:neterror O Shows O the O error O page O used O when O the O browser B-Application could O not O access O the O requested O pathabout:newaddonThis O URI B-Protocol is O not O registered O . O RozoFS B-Application Rozo O Systems O GNU B-License GPL I-License v2 O Linux B-Operating_System A O POSIX O DFS B-Protocol focused O on O fault-tolerance B-General_Concept and O high-performance O , O based O on O the O Mojette B-Algorithm erasure O code O to O reduce O significantly O the O amount O of O redundancy O ( O compared O to O plain O replication B-Architecture ) O . O Nmap B-Language was O originally O distributed O under O the O GNU B-License Public I-License License I-License ( O GPL B-License ) O . O The O source O code O is O also O released O as O freeware B-License . O All O of O the O Boost B-Language libraries I-Language are O licensed B-License under O the O Boost B-Language Software B-License License I-License , O designed O to O allow O Boost B-Language to O be O used O with O both O free B-Application and O proprietary B-Application software I-Application projects O . O CP2K B-Application is O a O freely O available O ( O GPL B-License ) O quantum O chemistry O and O solid O state O physics O program O package O , O written O in O Fortran B-Application 2008 O , O to O perform O atomistic O simulations O of O solid O state O , O liquid O , O molecular O , O periodic O , O material O , O crystal O , O and O biological O systems O . O Enea O is O a O member O of O various O collaborative O projects O and O open B-License source I-License communities O : O In O the O process O , O it O was O reported O they O violated O the O program O 's O license O , O the O GNU B-License GPL I-License ; O the O breach O , O which O was O reported O as O an O oversight O , O was O promptly O resolved O . O It O was O written O by O Andrew O Fluegelman O in O late O 1982 O , O and O helped O created O shareware B-License 's O sales O and O marketing O methodology O . O It O is O used O at O workshops O or O meetings O to O demonstrate O the O capabilities O of O one O or O more O GIS B-Application applications O or O data O sets O or O results O of O projects O that O applied O FLOSS B-License GIS B-Application . O An O open B-License source I-License AmigaOS B-Application 4 I-Application port O was O released O on O June O 28 O , O 2008 O . O Archim B-Application is O a O freeware B-License program O for O making O graphs O in O two O or O three O dimensions O . O In O 2002 O , O Mr O Tebby O released O all O of O his O source O code O ( O which O does O n't O include O most O QPC O specific O parts O ) O , O albeit O under O a O license O which O is O not O Open B-License Source I-License under O the B-License Open I-License Source I-License Definition I-License . O The O language O uses O a O popular O open-source B-License scripting O engine O called O Delphi B-Language Web O Script O ( O DWScript O ) O for O syntax O verification O and O parsing O . O Initially O UltraISO B-Application was O shareware B-License however O since O 2006 O it O has O turned O into O commercial B-Application software I-Application . O Campcaster B-Application is O a O free B-License and I-License open I-License source I-License radio O management O application O for O live O broadcasting O , O remote O broadcast O automation O ( O via O web-based O scheduler O ) O , O and O program O exchange O between O radio O stations O . O CGIDEV2 B-Application is O a O free B-License and I-License open I-License source I-License IBM B-Application i I-Application ( O formerly O known O as O AS/400 B-Device ) O based O program O development O toolkit O that O facilitates O the O development O of O interactive O web-based O programs O using O RPG B-Language ILE O or O Cobol B-Application ( O using O the O older O CGIDEV O version O ) O as O the O back-end O Common B-Language Gateway I-Language Interface I-Language language O . O Alternative O implementation O packages O are O available O in O the O FOSS B-License ecosystem O , O with O a O slightly O different O scope O and O focus O , O or O license O . O It O is O written O in O Common B-Language Lisp I-Language and O available O under O the O Mozilla B-License Public I-License License I-License . O Single/Multiplayer.OpenArena O OpenArena B-Application team O 2005-08-19 O 2012-02-20 O ( O 0.8.8 O ) O Linux B-Application , O OS B-Operating_System X I-Operating_System , O Windows B-Application ioquake3 B-Application id B-Application Tech I-Application 3 I-Application GNU B-License GPL I-License Free O software O content O remake O of O Quake B-Application III I-Application Arena I-Application . O Altacast B-Application ( O formerly O known O as O Edcast B-Application and O Oddcast O ) O is O a O free O and O open-source B-License audio B-Algorithm encoder I-Algorithm that O can O be O used O to O create O Internet O streams O of O varying O types O . O Violation O of O basic O FOSS B-License principles O , O especially O when O coupled O with O the O SugarCRM B-Operating_System Trademark O Policy O . O It B-Application is I-Application free I-Application and I-Application open I-Application source I-Application software I-Application , O licensed O under O the O terms O of O the O GPL B-License . O Development O ceased O at O the O end O of O 2000 O , O when O Qt B-Language was O released O under O the O GPL B-License , O removing O the O perceived O need O for O the O Harmony B-Library Project O to O exist O . O PAQ B-Application is O free B-Application software I-Application distributed O under O the O GNU B-License General I-License Public I-License License I-License . O It O was O distributed O as O freeware B-License , O and O was O one O of O the O most O used O graphics O editor O in O the O demoscene O . O AWStats B-Protocol is O licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O C++ B-Language generated O , O GNU B-License GPL I-License kmyacc O LALR(1 ) O ? O This O unusual O licensing O arrangement O made O qmail B-Application non-free O according O to O some O guidelines O ( O such O as O the O DFSG B-License ) O , O and O was O a O cause O of O controversy O . O Krita B-Application ( O ) O is O a O free B-License and I-License open-source I-License raster B-Application graphics I-Application editor I-Application designed O primarily O for O digital O art O and O 2D O animation O . O Pash B-Language was O created O by O Igor O Moochnick O , O written O in O C# B-Application and O was O released O under O the O GNU B-License General I-License Public I-License License I-License . O Torvalds O has O described O licensing O Linux B-Application under O the O GPLv2 O as O the O " O best O thing O I O ever O did O " O . O The O Linux B-Application kernel B-Operating_System is O licensed O explicitly O under O GNU B-License General I-License Public I-License License I-License version I-License 2 I-License only I-License ( O GPL-2.0-only B-License ) O with O an O explicit O syscall B-Operating_System exception O ( O Linux-syscall-note O ) O , O without O offering O the O licensee O the O option O to O choose O any O later O version O , O which O is O a O common O GPL B-License extension O . O It O is O open B-License source I-License and O GPL B-License , O based O on O Debian O GNU/Linux B-Application and O draws O much O of O its O graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O , O frameworks B-Architecture , O and O libraries B-Library from O the O GNOME B-Application project O . O Free O public O archives O such O as O Info-Mac B-Operating_System were O often O the O only O means O for O shareware B-License authors O to O deliver O their O product O over O the O Internet O . O Hardware O developers O have O an O incentive O to O deliver O Linux B-Application drivers I-Application for O their O hardware O but O , O due O to O competition O , O no O incentive O to O make O these O drivers O free B-License and I-License open-source I-License . O A O competing O emulator B-Application , O PearPC B-Operating_System been O released O the O year O before O under O the O GNU B-License General I-License Public I-License License I-License , O which O allows O commercial O products O to O use O the O software O for O profit O under O " O certain O conditions O , O such O as O acknowledging O previous O work. O " O Most O of O the O Polyhedra O products O are O made O available O for O purchase O under O a O proprietary B-Application license I-Application , O but O in O 2012 O Enea O released O Polyhedra O Lite O under O a O freeware B-License license O . O Ralph O made O the O game O as O charityware B-License and O asked O for O people O to O donate O to O an O AIDS O charity O of O their O choice O instead O of O paying O for O the O game O . O Through O generous O use O of O artistic B-License licence I-License , O he O has O been O transformed O into O a O " O flower O child O " O , O or O " O hippie O " O . O The O FSF O permits O people O to O create O new O licenses O based O on O the O GPL B-License , O as O long O as O the O derived O licenses O do O not O use O the O GPL B-License preamble O without O permission O . O Li-Chen O Wang O , O author O of O Palo O Alto O Tiny B-Language BASIC I-Language , O coined O the O term O " O copyleft B-License " O to O describe O this O concept O . O At O the O time O of O the O announcement O , O the O initial O release O of O the O .NET B-Application Core I-Application project O had O been O seeded O with O a O subset O of O the O libraries O ' O source O code O and O coincided O with O the O relicensing O of O Microsoft O 's O existing O .NET B-Application reference O source O away O from O the O restrictions O of O the O Ms-RSL B-License . O It O is O now O provided O as O careware B-License . O There O are O many O free B-License and I-License open-source I-License video O games O as O well O as O commercially O distributed O proprietary B-Application video O games O that O run O natively O on O Linux B-Application . O The O community O edition O is O released O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License , O is O free O software O , O and O can O be O downloaded O from O the O SourceForge O and O opensis.com O websites O . O Unlike O the O older O analog O set-top O boxes O , O the O digital O set-top O box O will O not O function O until O the O cable O company O activates O it O by O sending O it O a O unique O activation B-License key I-License through O the O cable O , O which O is O sent O only O after O the O subscriber O signs O up O . O The O FSF O adds O that O it O 's O not O possible O to O combine O software O obtained O under O the O license O with O software O obtained O under O the O GPL B-License . O The O Roslyn B-Application .NET B-Application Compiler I-Application Platform I-Application which O ASP.NET B-Application Core I-Application employs O also O has O no O ECMAScript B-Language support.ChakraCoreChakra O Standalone O or O as O JS B-Language engine I-Language in O Node.js B-Language JavaScript B-Language engine I-Language originally O developed O by O Microsoft O for O use O in O its O Edge B-Application browser I-Application . O Released O source O under O MIT B-License License I-License in O January O 2016.CouchDBSpiderMonkey O Standalone O HTTP B-Protocol Used O in O MapReduce B-Operating_System and O update O validation O functions O as O well O as O to O transform O JSON B-General_Concept documents O and O view O results O into O HTML B-Language or O other O content-types B-Application . O There O are O several O organizations O in O the O FOSS B-License domain O who O give O out O guidelines O and O definitions O regarding O software B-License licenses I-License . O Ultimate B-Application Custom I-Application Night I-Application is O a O freeware B-License point-and-click O survival O horror O video O game O developed O and O published O by O Scott O Cawthon O . O They O were O made O available O as O open B-License sourced I-License Metasploit B-Application modules O . O This O erased O one O of O the O chief O distinctions O of O shareware B-License , O as O it O was O now O most O often O downloaded B-Application from O a O central O " O official O " O location O instead O of O being O shared O samizdat-style O by O its O users O . O EnfuseGUI O , O an O open B-License source I-License multi-processor O GUI O for O enfuse B-Language mainly O focused O on O HDR O merging O . O The O converted O adventures B-Application and O latest O updates O remain O non-commercial O freeware B-License and O can O be O downloaded O from O the O Eamon B-Application Adventurers O Guild O Online O . O ODPi O ( O Open O Data O Platform O initiative O ) O hosts O open B-License source I-License projects O that O accelerate O the O development O and O delivery O of O big O data O solutions O . O The O libpng B-Language library O uses O a O similar O license O sometimes O referred O interchangeably O as O zlib/libpng B-License license I-License . O In O 2012 O , O Russian O music O composer O , O scientist O and O Russian O Pirate O Party O member O Victor O Argonov O presented O detailed O raw O files O of O his O electronic O opera O " O 2032 O " O under O free B-License license I-License CC O BY-NC O 3.0 O ( O later O relicensed O under O CC O BY-SA O 4.0 O ) O . O Content O still O proprietary B-Application and O game O being O sold.Eldritch-Source-2014-04-14.zip O on O eldritchgame.comFlotilla201020203d O tactic O gameMs-PL/zlib O Blendo O GamesIndie O game O developer O Blendo O games O released O the O source O code O to O Flotilla B-Application on O its O 10th O release O anniversary.flotilla_source_release O on O blendogames.com O ( O 2020-02-27 O ) O blendo-games-have-open-sourced-their-strategic-space-adventure-flotilla O on O gamingonlinux.com O ( O 2020 O ) O The O source O code O is O Zlib B-License licensed O on O GitHub B-Application , O but O assets O are O not O included.flotilla O on O github.comGish20042010ActionGPL-2.0-or-laterCryptic O SeaSource O opened O with O Humble O Indie O Bundle O by O Wolfire O Games.Glypha O III1990s2016ArcadeMITJohn O CalhounOn O 27 O Jan O 2016 O , O the O source O code O , O graphics O , O and O sound O data O for O Glypha O III O were O released O on O GitHub B-Application with O the O source O code O being O licensed O under O the B-License MIT I-License License I-License . O Bombus B-Protocol is O a O GPL B-License instant B-Application messaging I-Application client B-Protocol for O the O XMPP B-Protocol protocol I-Protocol . O In O 2001 O , O the O term O received O broader O public O attention O when O Craig O Mundie O , O Microsoft O Senior O Vice O President O , O described O the O GPL B-License as O being O " O viral O " O . O Examples O of O broader O clauses O are O those O of O the O Apache B-Application License I-Application and O the O Mozilla B-License Public I-License License I-License . O Simple B-Protocol Groupware I-Protocol is O free B-Application software I-Application released O under O the O GNU B-License General I-License Public I-License License I-License . O In O July O 2007 O , O 4Front O Technologies O released O sources O for O OSS O under O CDDL-1.0 B-Application for O OpenSolaris B-Operating_System and O GPL-2.0-only B-License for O Linux B-Application . O Key O code O in O the O physics O library O ( O SUMO O ) O did O not O become O open-source B-License when O the O rest O of O Blender B-Application did O , O which O prevented O the O game O engine O from O functioning O until O version O 2.37a O . O " O As O a O special O exception O , O if O you O create O a O document O which O uses O this O font O , O and O embed O this O font O or O unaltered O portions O of O this O font O into O the O document O , O this O font O does O not O by O itself O cause O the O resulting O document O to O be O covered O by O the O GNU B-License General I-License Public I-License License I-License . O Rights O granted O Public B-Application domain I-Application Permissive B-License FOSSlicense O ( O e.g. O In O addition O , O psql O provides O a O number O of O meta-commands O and O various O shell-like O features O to O facilitate O writing O scripts O and O automating O a O wide O variety O of O tasks O ; O for O example O tab O completion O of O object O names O and O SQL B-Language syntax O . O pgAdmin B-Language The O pgAdmin B-Language package O is O a O free B-License and I-License open-source I-License graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O administration O tool O for O PostgreSQL O , O which O is O supported O on O many O computer O platforms O . O PeerBlock B-Application is O a O free B-License and I-License open-source I-License personal B-Protocol firewall I-Protocol that O blocks O packets O coming O from O , O or O going O to O , O a O maintained O list O of O black O listed O hosts O . O In O June O 2016 O , O an O analysis O of O Fedora O Project O 's O packages O revealed O the O GNU O GPLv2 O or O later O as O the O most O popular O license O , O and O the O GNU B-License GPL I-License family O as O the O most O popular O license O family O ( O followed O by O the O MIT B-License , O BSD B-Operating_System , O and O GNU B-Application LGPL I-Application families O ) O . O Some O controls O that O ship O with O Silverlight B-Application are O available O under O the O Microsoft B-License Public I-License License I-License as O a O part O of O a O separate O project O known O as O the O Silverlight B-Application Toolkit O . O This O model O can O be O compared O to O shareware B-License . O Components O result O from O software O coding O , O as O well O as O the O integration O of O the O source O code O from O external O components O : O Open B-License source I-License , O 3rd O party O components O , O or O frameworks B-Architecture . O RISC B-Architecture architectures I-Architecture have O become O popular O in O open B-License source I-License processors O and O soft B-Device microprocessors I-Device since O they O are O relatively O simple O to O implement O , O which O makes O them O suitable O for O FPGA B-Architecture implementations O and O prototyping O , O for O instance O . O They O did O not O care O if O the O game O was O released O commercially O or O as O freeware B-License , O but O after O seeing O an O advert O by O Vochozka O in O Excalibur O , O the O only O Czech O game O magazine O at O the O time O , O they O joined O Vochozka O under O the O Pterodon O Software O brand O . O It O is O Free B-Application Software I-Application and O is O licensed O under O the O GNU B-License GPL I-License . O and O added O MontaVista B-Operating_System benefits O including O higher O quality O ( O fewer O bugs O ) O , O integration O with O open B-License source I-License tools O for O a O given O hardware O architecture O , O and O support O . O — O A O small O Open B-License source I-License GPL-ed O interpreter B-Application . O EMCO B-Application MoveOnBoot I-Application is O a O freeware B-License utility O for O managing O locked B-Application file I-Application system I-Application resources I-Application on O the O Windows O platform O . O The O Community O Health O Analytics O Open B-Application Source I-Application Software I-Application ( O CHAOSS O ) O project O was O announced O at O the O 2017 O Open B-License Source I-License Summit O North O America O in O Los O Angeles O . O Privacy B-Operating_System Badger I-Operating_System is O a O free B-License and I-License open-source I-License browser B-Protocol extension I-Protocol for O Google B-Application Chrome I-Application , O Mozilla B-Application Firefox I-Application , O Opera B-Application , O and O Firefox B-Application for I-Application Android I-Application created O by O the O Electronic O Frontier O Foundation O ( O EFF O ) O . O " O CommercialSpellbound O EntertainmentOn O 24 O March O 2015 O Airline B-Application Tycoon I-Application Deluxe I-Application was O re-released O on O the O digital O distribution O platform O gog.com, O including O the O source O code.Alien O 319922019Run O and O gunProbe O SoftwareOn O May O 19 O , O 2019 O , O Michael O J O . O Archer O uploaded O the O source O code O for O the O Commodore O 64 O version O of O the O game O to O GitHub.Alien O Breed O 3D O II O : O The O Killing O Grounds19961997FPS O ? O Team17In O March O 1997 O Team17 O made O the O source O code O of O Alien B-Application Breed I-Application 3D I-Application and O Alien B-Application Breed I-Application 3D I-Application II I-Application freely B-License available I-License on O the O cover O CD O of O Amiga B-Device Format O magazine O issue O 95.Alien O Breed O 3D O by O John O Girvin O " O In O March O 1997 O , O Team17 O released O the O source O code O to O AB3D O 's O sequel O , O " O Alien B-Application Breed I-Application 3D I-Application II I-Application : I-Application The I-Application Killing I-Application Grounds I-Application " O ( O known O as O TKG O ) O , O on O the O cover O CD O of O Amiga B-Device Format O issue O 95 O . O CS-Script B-Language is O a O free B-License and I-License open-source I-License scripting O platform O that O enables O creating O scripts O in O ECMA-compliant O C# B-Application syntax O . O Since O the O BSD B-Operating_System license I-Operating_System restricts O the O right O of O developers O to O have O changes O recontributed O to O the O community O , O neither O it O nor O the O GPL B-License is O " O free O " O in O the O sense O of O " O lacking O any O restrictions. O " O MuPDF B-Language is O a O free B-License and I-License open-source I-License software I-License framework B-Architecture written O in O C B-Language that O implements O a O PDF B-Application , O XPS B-Device , O and O EPUB O parsing O and O rendering O engine O . O Starting O with O Alien B-Application Dalvik I-Application 8.1 O ( O also O called O " O Android B-Application App O Support O " O since O then O ) O , O it O uses O LXC B-Application to O improve O security O by O better O isolation O , O in O the O same O way O the O open B-License source I-License Android B-Application compatibility O layer O Anbox B-Application is O doing O . O Jamulus B-Application is O open B-License source I-License ( O GPL B-License ) O networked B-Protocol music I-Protocol performance I-Protocol software O that O enables O live O rehearsing O , O jamming O and O performing O with O musicians O located O anywhere O on O the O internet O . O Since O 2005 O , O every O 1 O – O 2 O years O the B-License Blender I-License Foundation I-License has O announced O a O new O creative O project O to O help O drive O innovation O in O Blender B-Application . O Lavalys O distributed O a O freeware B-License version O of O Everest O up O until O version O 2.20 O , O which O is O still O available O via O freeware B-License distribution O websites O . O As O part O of O this O work O , O he O wrote O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O It O is O noteworthy O for O being O the O only O keyboard O playable O synthesizer O for O the O Commodore B-Device PET I-Device that O supports O MIDI O , O stereo O sound O , O and O is O released O under O a O GPL B-License license I-License . O The O GCW B-Application Zero I-Application is O a O Linux-based O open-source B-License handheld B-Application video I-Application game I-Application console I-Application created O by O a O start O up O , O Game O Consoles O Worldwide O . O DOSBox B-Application is O a O free B-License and I-License open-source I-License emulator B-Application which O runs O software O for O MS-DOS B-Device compatible I-Device disk O operating B-General_Concept systems I-General_Concept — O primarily O video O games O . O Both O the O software O as O well O as O the O open B-License source I-License development O tools O are O available O on O a O server O of O Fraunhofer O Society O . O WebRTC B-Protocol ( O Web O Real-Time B-Protocol Communication I-Protocol ) O is O a O free B-License and I-License open-source I-License project O providing O web B-Application browsers I-Application and O mobile B-Application applications I-Application with O real-time B-Protocol communication I-Protocol ( O RTC O ) O via O application B-Application programming I-Application interfaces I-Application ( O APIs B-Application ) O . O To O ensure O code O remained O free B-Application and O provide O it O to O the O public O , O Stallman O created O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O which O allowed O software O and O the O future O generations O of O code O derived O from O it O to O remain O free B-Application for O public O use O . O It O is O free B-License and I-License open-source I-License software I-License released O under O a O 3-clause O BSD O license O . O 2002 O ported O to O Linux B-Application and O hosted O on O SourceForge B-Application as O " O G2ex O " O .software O ( O 2002 O ) O g2ex O on O sourceforge.netH-Craft O Championship20072015science O fiction O racing O gamezlib O licenseIrrgheistH-Craft O Championship O was O developed O by O the O independent O game O studio O Irrgheistcontact O on O irrgheist.com O ( O archived O ) O and O released O by O Manifesto O GamesH-Craft O Championship O Purchase O " O In O order O to O purchase O H-Craft B-Application Championship I-Application please O visit O our O reseller O Manifestogames.com O " O ( O 2007 O ) O /Akella O in O 2007.H-Craft O Championship O CDnavigator.ru O In O 2014 O , O the O developers O released O the O game O as O freewareH-Craft O Championship O Freeware B-License release O announcement O in O Reddit B-Application and O the O source O code O under O the O zlib B-License license I-License in O February O 2015.H-Craft O Championship O Irrgheist O News O , O February O 25 O , O 2015H-Craft O Championship O - O H-Craft O Source O Code O on O irrgheist.comHaunts O : O The O Manse O Macabre20122012turn O based O strategyBSD-3-Clauseabout O on O Mobrulesgames.com O " O content O CC O BY-NC-SA O , O code O BSD B-Operating_System " O ( O archived O 2013 O ) O CC O BY-NC-SARick O DakanThe O 2012 O with O $ O 29,000 O crowdfundedhaunts O on O kickstarter.com O and O in O Go B-Application programmed O game O was O put O on O GitHub B-Application after O the O money O for O further O development O run O out.Troubled-Haunts-Kickstarter-Goes-Open-Source O on O the O Escapisthaunts O on O github.com/MobRulesGames O While O a O volunteer O keeps O updating O the O almost O finished O prototype O , O haunts O on O github.com/losinggeneration O the O against O the O Go B-Application 1.0 O API O build O game O fails O to O compile B-Language with O newer O compilers B-Language and O Go B-Application versions.Hypercycles19952017ShooterGPL-3.0-onlyBob O HaysReleased O in O January O 2017 O on O GitHub.Hypercycles O on O freegamedev.nethypercycles O on O github.com B-Application As O August O 16 O , O 2020 O , O the O repository O was O removed O from O GitHub B-Application . O It O is O free B-License and I-License open-source I-License software I-License released O under O Apache B-Application License I-Application 2.0 I-Application . O Maqetta B-Operating_System is O a O free B-License and I-License open-source I-License , O web-based B-Application WYSIWYG B-Application HTML B-General_Concept editor I-General_Concept designed O to O edit O HTML5 B-Application documents O and O web B-Application applications I-Application . O In O 2002 O , O members O of O the O KDE B-Operating_System on I-Operating_System Cygwin I-Operating_System project O began O porting O the O GPL B-License licensed O Qt/X11 O code O base O to O Windows B-Application . O 2018 O : O Jahia B-Application donated O its O open B-License source I-License CDP O to O The O Apache O Software O Foundation O . O is O a O turn-based O strategy O , O science O fiction O 4X B-Application video I-Application game I-Application ( O eXplore O , O eXpand O , O eXploit O , O eXterminate O ) O , O originally O developed O by O Jeff O Johnson O and O Jeff O McBride O with O help O from O Jeffrey O Krauss O ( O " O the O Jeffs O " O ) O for O personal O use O , O initially O released O as O shareware B-License for O Microsoft B-Application Windows I-Application in O 1995 B-Application . O UniKey B-Language is O free O and O the O source O code O for O the O UniKey B-Language Vietnamese O Input B-General_Concept Method I-General_Concept is O distributed O under O GNU B-License General I-License Public I-License License I-License . O Concerning O software O freedom O , O OpenBSD B-Operating_System prefers O the O BSD B-Operating_System or O ISC B-License license I-License , O with O the O GPL B-License acceptable O only O for O existing O software O which O is O impractical O to O replace O , O such O as O the O GNU B-Application Compiler I-Application Collection I-Application . O The O Fourth O Edition O was O released O in O 2002 O under O the O LPL-1.02 B-License license O , O a O free B-Application and O open-source B-Application software I-Application license O , O and O relicensed O to O the O GPL-2.0-only B-License license O on O February O 8 O , O 2014 O , O by O the O University O of O California O , O Berkeley O with O the O permission O of O Alcatel-Lucent O , O the O copyright O holders O at O the O time O . O Packrat O Java B-Language , O GNU B-Application LGPL I-Application Rekex O Recursive B-Application descent I-Application Java B-Language , O Apache B-Application 2.0 O Spirit2 O Recursive B-Application descent I-Application C++ B-Language , O Boost O Treetop O Recursive B-Application descent I-Application Ruby B-Language , O MIT B-License Yard O Recursive B-Application descent I-Application C++ B-Language , O MIT B-License or O public O domain O Waxeye O Parsing B-Language machine O C B-Language , O Java B-Language , O JavaScript B-Language , O Python B-Language , O Racket B-Operating_System , O Ruby B-Language , O MIT B-License PHP B-Application PEG O PEG O Parser O ? O Purchasing O the O registered O version O allowed O the O player O to O use O the O triple-turreted O tank O as O well O as O removing O the O shareware B-License reminders O . O It O is O distributed O under O the O GNU B-License GPL I-License v.3.0 O and O MIT B-License licences I-License . O Project B-Application Verona I-Application is O open O source O released O under O MIT B-License License I-License and O is O under O active O development O on O GitHub B-Application . O This O product O provides O support O and O allows O companies O to O use O the O Amazon B-Application FreeRTOS B-Operating_System kernel B-Operating_System and O libraries O without O the O a:FreeRTOS O MIT B-License license I-License . O MPlayer B-Application GPL B-License MPlayer B-Application can O play O .avs O files O Nero B-Application Multimedia I-Application Suite I-Application Proprietary O , O commercial O Nero B-Application Showtime I-Application can O play O avs O files O SUPER B-Application Proprietary O , O freeware B-License , O ad-supported O SUPER B-Application ( O Simplified O Universal O Player O , O Encoder B-General_Concept and O Renderer O ) O is O freeware B-License from O eRightSoft O that O can O encode O most O common O video O formats O and O has O full O AviSynth B-Application support O . O Miro B-Language is O free B-Application software I-Application , O released O under O the O terms O of O the O GPL-2.0-or-later B-License . O ADempiere B-Language is O an O Enterprise O Resource O Planning O or O ERP O software O package O released O under O a O free B-License software I-License license I-License . O Dual B-License license I-License products O are O generally O sold O as O a O " O community O version O " O and O an O " O enterprise O version. O " O The O game O was O released O around O 1998 O as O a O Freeware B-License download O by O the O author O . O All O source O code O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O version O 2 O . O The O Linux B-Application kernel B-Operating_System is O licensed O explicitly O under O GNU B-License General I-License Public I-License License I-License version I-License 2 I-License only I-License ( O GPL-2.0-only B-License ) O with O an O explicit O syscall B-Operating_System exception O ( O Linux-syscall-note O ) O , O without O offering O the O licensee O the O option O to O choose O any O later O version O , O which O is O a O common O GPL B-License extension O . O The O game O engine O is O a O free B-License and I-License open I-License source I-License software I-License . O In O 2004 O , O Open O Voting O Consortium O demonstrated O a O " O Dechert O Design O " O GPL O open B-License source I-License paper O ballot O printing O and O scanner O voting O system O . O TrueCrypt O was O released O as O source-available B-License , O under O the O " O TrueCrypt O License O , O " O which O is O unique O to O the O TrueCrypt O software O . O Old O Drizzle B-Application files O are O distributed O under O version O 2 O and O 3 O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O with O portions O , O including O the O protocol O drivers O and O replication B-Architecture messaging O under O the O BSD B-Operating_System license I-Operating_System . O In O 2007 O Citadel B-Protocol was O relicensed O again O to O the O GPL-3.0-only B-License license O . O As O part O of O transitioning O the O software O into O an O open O source O community O project O , O the O codebase O was O moved O to O SourceForge B-Application for O revision B-Architecture control I-Architecture in O July O 2000 O , O then O re-licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License with O version O 1.5pre7 O in O August O 2001 O . O The O model O is O used O for O projects O such O as O in O open-source B-Application appropriate O technology O , O and O open-source B-Application drug O discovery O . O The O open-source B-License model I-License for O software O development O inspired O the O use O of O the O term O to O refer O to O other O forms O of O open B-Application collaboration I-Application , O such O as O in O Internet B-Application forums I-Application , O mailing O lists O and O online B-Architecture communities I-Architecture . O One O UNIX O application O available O as O free B-Application software I-Application ( O under O the O GNU B-License General I-License Public I-License License I-License ) O is O PDFedit B-Language . O A O stronger O copyleft B-License license I-License is O the O AGPL B-Application , O which O requires O the O publishing O of O the O source O code O for O software B-Architecture as I-Architecture a I-Architecture service I-Architecture use O cases O . O Avant B-Language Window I-Language Navigator I-Language Unix-like B-Operating_System Open B-License Source I-License Copy O of O the O OS B-Operating_System X I-Operating_System dock O for O Unix-like B-Operating_System systems I-Operating_System . O Anaconda B-Language is O a O free B-License and I-License open-source I-License system O installer O for O Linux O distributions O . O The O NILFS2 B-Application file B-Application system I-Application utilities O are O made O available O under O the O GNU B-License Public I-License License I-License version O 2 O , O with O the O exception O of O the O lib/nilfs O libraries O and O their O header O files O , O which O are O made O available O under O the O GNU O Lesser O General B-License Public I-License License I-License Version O 2.1 O . O However O , O the O libraries O included O with O HPGCC O , O including O routines O necessary O to O actually O invoke O any O HPGCC-compiled O program O on O an O actual O calculator O , O are O released O under O a O modified O GPL B-License license I-License , O contrary O to O GCC B-Application on O many O other O platforms O which O use O a O more O permissive B-License license I-License for O their O libraries O . O Thus O any O programs O that O link O against O them O can O only O be O distributed O if O they O are O also O released O under O the O GPL B-License ( O with O an O exception O for O " O non-profit O " O software O ) O . O Linux B-Application , O Windows O , O and O MacOSX O versions O are O available O for O download O . O The O Windows O version O also O includes O a O version O of O Programmer O 's O Notepad O for O a O basic O IDE B-Application . O There O are O several O emulators B-Application available O for O the O HP O 49G O calculator O . O In O 2011 O Lifehacker O described O Notepad++ B-Language as O " O The O Best O Programming O Text B-Application Editor I-Application for O Windows B-Application " O , O stating O that O " O if O you O prefer O a O simple O , O lightweight O , O and O extensible O programming O plain-text O editor O , O our O first O choice O is O the O free O , O open-source B-License Notepad++ B-Language " O . O Internet B-Language Download I-Language Manager I-Language ( O also O called O IDM O ) O is O a O shareware B-License download B-Protocol manager I-Protocol software O application O owned O by O American O company O Tonec O , O Inc O . O This O implementation O was O released O under O a O free B-License software I-License license I-License in O 1996 O and O is O still O maintained O by O Brian O Kernighan O ( O see O external O links O below O ) O . O In O 2007 O , O NORTD O labs O Open B-License Source I-License system O offered O its O CUBIT B-Application ( O multi-touch B-Application ) O . O Unlike O past O releases O of O Windows O and O its O service O packs O , O volume B-License license I-License customers O and O subscribers O to O MSDN O Plus O and O TechNet O Plus O were O unable O to O obtain O the O RTM O version O upon O its O release O ; O a O spokesperson O stated O that O the O change O in O policy O was O to O allow O Microsoft O to O work O with O OEMs O " O to O ensure O a O quality O experience O at O general O availability. O " O It O is O free B-License and I-License open-source I-License software I-License released O under O the O modified O BSD O license O . O The O Open B-License Font I-License License I-License was O designed O for O use O with O many O of O SIL O 's O Unicode O fonts O , O including O Gentium O Plus O , O Charis O SIL O , O and O Andika O . O In O the O early O morning O of O May O 5 O , O 1992 O , O the O first O episode O of O the O shareware B-License game O was O completed O and O uploaded O by O Apogee O and O id O to O bulletin B-Application board I-Application systems I-Application . O SE-Explorer B-Application is O a O freeware B-License and O requires O no O registration O or O activation O . O Uzbl B-Protocol is O a O discontinued O free B-License and I-License open-source I-License minimalist B-Device web B-Application browser I-Application designed O for O simplicity O and O adherence O to O the B-Operating_System Unix I-Operating_System philosophy I-Operating_System . O Partial B-License copyleft I-License , O by O contrast O , O exempts O some O parts O of O the O work O from O the O copyleft B-License provisions O , O permitting O distribution O of O some O modifications O under O terms O other O than O the O copyleft B-License license I-License , O or O in O some O other O way O does O not O impose O all O the O principles O of O copylefting O on O the O work O . O Mercury B-Application Browser I-Application is O a O discontinued O freeware B-License mobile B-Application browser I-Application for O Android B-Application , O developed O by O iLegendSoft O . O to O freeware B-License on O the O internet O . O Syrinx-PC O Freeware B-License Windows O Program O is O specifically O designed O for O field O use O for O recording O bioacoustics O . O The O third O version O , O pgAdmin O III O , O was O originally O released O under O the O Artistic B-License License I-License and O then O released O under O the O same O license O as O PostgreSQL B-Application . O rtl8723ae O GPL B-License Written O by O Realtek O et O al O . O Core B-Application FTP I-Application is O a O freeware B-License secure B-Protocol FTP I-Protocol client O for O Windows B-Application , O developed O by O CoreFTP.com O . O The O licensing O is O free B-License and I-License open I-License source I-License . O The O license O is O a O permissive B-License license I-License , O compatible O with O the O GNU B-License General I-License Public I-License License I-License . O Experix B-Application is O an O open-source B-License command O interpreter O designed O for O operating O laboratory O equipment O , O especially O data B-Algorithm acquisition I-Algorithm devices O , O and O processing O , O displaying O and O storing O the O data O from O them O . O The O source O code O of O interpreters B-Application was O often O open B-License source I-License ( O as O with O Tiny B-Language BASIC I-Language ) O or O published O later O by O the O authors O . O In O 2000 O , O the O original O author O of O the O game O got O permission O from O Webfoot O to O open-source B-Application the O game O and O he O released O the O source O code O under O the O Mozilla B-License Public I-License License I-License 1.1 O . O TRex O is O an O open B-License source I-License traffic O generator O using O DPDK B-Application . O Free/Illiad O ' O s O argued O that O the O routers O are O their O property O ( O not O sold O to O customers O ) O and O still O on O their O network O , O so O their O actions O did O not O amount O to O " O distribution O " O under O the O terms O of O the O GPL B-License . O lighttpd B-Protocol is O free B-License and I-License open-source I-License software I-License and O is O distributed O under O the O BSD B-Operating_System license I-Operating_System . O It O supports O SSL/TLS B-Protocol and O compresses O communication O between O gateway B-Application and O clients B-License . O The O FactoryPMI B-Application Designer B-Application is O a O WYSIWYG B-Application IDE B-Application that O is O used O to O create O SCADA O applications O . O However O , O with O version O 0.12 O in O February O 1992 O , O he O relicensed O the O project O under O the O GNU B-License General I-License Public I-License License I-License . O Open-source B-License projects O are O often O loosely O organized O with O " O little O formalised O process O modelling O or O support O " O , O but O utilities O such O as O issue O trackers O are O often O used O to O organize O open-source B-Application software I-Application development I-Application . O In O October O 2008 O , O the O PC O version O of O the O game O was O released O as O freeware B-License by O the O United O States O Air O Force O on O FileFront O ( O no O longer O available O ) O . O ChemWindow B-Application Wiley O Windows O available O as O part O of O the O KnowItAll O software O environment O ; O Freeware B-License for O academic O research O and O teaching O Gabedit B-Language Abdulrahman O Allouche O Linux B-Application , O macOS B-Application , O Windows O 3D O molecule B-Application editor I-Application , O visualizer O JChemPaint B-Application cross-platform B-Operating_System 2D O structural O formula O editor O written O in O Java B-Language Molecular B-Application Operating I-Application Environment I-Application ( O MOE O ) O Chemical O Computing O Group O Windows O , O Linux B-Application , O Mac O ; O SVL O programming O language O Platform O for O molecular O modelling O / O drug O discovery O applications O , O with O 3D O molecular O sketching O and O editing O , O 2D O depiction O , O and O 2D O to O 3D O conversion O . O The O project O is O coordinated O over O the O Internet O by O a O team O of O volunteers O guided O by O the O Debian O Project O Leader O and O three O foundational O documents O : O the O Debian O Social O Contract O , O the O Debian O Constitution O , O and O the O Debian B-License Free I-License Software I-License Guidelines I-License . O License O compatibility O between O a O copyleft B-License license I-License and O another O license O is O often O only O a O one-way O compatibility O . O Meson B-Application is O free B-License and I-License open-source I-License software I-License written O in O Python B-Language , O under O the O Apache B-Application License I-Application 2.0 I-Application . O Unlike O strong O copyleft B-License licenses I-License like O the O GPL B-License , O mixing O of O CDDL B-Application licensed O source O code O files O with O source O code O files O under O other O licenses O is O permitted O without O relicensing O . O Apple O , O a O user O of O GCC B-Application and O a O heavy O user O of O both O DRM O and O patents O , O switched O the O compiler O in O its O Xcode B-Operating_System IDE O from O GCC B-Application to O Clang B-Application , O which O is O another O FOSS B-License compiler O but O is O under O a O permissive B-License license I-License . O Next3 B-Application is O implemented O as O open-source B-Application software I-Application , O licensed O under O the O GPL B-License license I-License . O On O March O 18 O , O 2016 O , O Microsoft O 's O acquisition O of O Xamarin B-Application was O officially O closed O . O On O March O 31 O , O 2016 O , O Microsoft O announced O at O Microsoft O Build O that O they O 'll O completely O re-license O Mono B-Application under O the B-License MIT I-License License I-License even O in O scenarios O where O previously O a O commercial O license O was O necessary O , O and O Microsoft O stated O that O they O wo O n't O assert O any O " O applicable O patents O " O against O parties O that O are O " O using O , O selling O , O offering O for O sale O , O importing O , O or O distributing O Mono. O " O In O June O 2007 O , O Jeff O Vogel O released O the O source O code O and O game O content O for O Blades O of O Exile O , O which O is O currently O under O version O 2 O of O the O GNU B-License General I-License Public I-License License I-License . O Apache O OpenOffice B-Application has O some O Microsoft O VBA B-Language macro O support O . O OpenOffice B-Application Basic O is O available O in O Writer O , O Calc O , O Draw O , O Impress O and O Base O . O Apache O OpenOffice B-Application obtains O its O handling O of O file O formats O from O OpenOffice.org, O excluding O some O which O were O supported O only O by O copyleft B-License libraries O , O such O as O WordPerfect B-Application support O . O This O asymmetry O with O respect O to O rights O has O led O to O criticism O of O the O license O by O many O members O of O the O open O source O and O free B-Application software I-Application movements O : O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System acknowledged O it O as O a O free-software B-License license I-License but O one O to O be O avoided O , O and O the O Open O Source O Initiative O either O rejected O it O entirely O or O was O not O asked O to O review O it O . O While O the O Ouya B-Application is O based O on O the O Android B-Application operating I-Application system I-Application , O without O sideloading B-Protocol and/or O exploits O it O can O only O run O games O that O are O offered O through O its O own O storefront O , O which O were O originally O required O to O have O some O type O of O free O content O , O whether O being O a O free B-License cost I-License title I-License , O a O free O demo O , O or O free-to-play O with O micro-transactions O , O however O this O rule O was O soon O removed O . O In O a O 2011 O feature O about O open-source B-License games O , O Michael O Blake O of O IGN O lauded O The B-Application Ur-Quan I-Application Masters I-Application as O one O of O the O greatest O games O and O a O " O pitch-perfect O port O to O modern O operating O systems O " O , O which O " O completely O hooked O me O , O with O the O genius O single-player O storyline O and O the O hectic O multiplayer O of O Super O Melee O mode O both O good O enough O to O warrant O the O download O on O their O own O " O . O The O propagator O is O an O open B-License source I-License calculator O that O supports O error B-General_Concept propagation I-General_Concept developed O by O Thomas O Huber O . O The O wide-open O ITS O philosophy O and O collaborative O online O community O were O a O major O influence O on O the O hacker O culture O , O as O described O in O Steven O Levy O 's O book O Hackers O , O and O were O the O direct O forerunners O of O the O free B-License and I-License open-source I-License software I-License , O open-design O , O and O Wiki B-Protocol movements O . O Even O when O not O paying O double O , O shelfware B-License raises O the O effective O price-per-copy O . O The O Gooseberry O Open O Movie O Project O is O the O fifth O Open O Movie O Project O initiated O by O the B-License Blender I-License Foundation I-License . O On O 21 O November O 2007 O , O Kuhn O announced O that O SFLC O released O stet B-Protocol under O the O Affero O General B-License Public I-License License I-License , O making O stet B-Protocol the O first O program O known O to O have O been O used O in O the O generation O of O its O own O software O license O . O With O the O new O act O , O software O was O by O default O copyright-protected O and O needed O an O explicit O waiver O statement O or O license B-License from O the O author O . O Covid B-Application Watch I-Application also O built O a O fully O open B-License source I-License mobile O app O for O sending O anonymous O exposure B-Application alerts I-Application first O using O their O own O TCN B-Protocol Protocol I-Protocol in O April O 2020 O and O later O using O the O nearly O identical O protocol O within O the O Google/Apple O exposure B-Application notification I-Application ( O GAEN B-Application ) O framework O when O the O GAEN B-Application APIs O were O released O in O May O 2020 O . O Licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O GPU B-Architecture : O Most O GPU B-Architecture plug-ins O run O with O either O Direct3D B-Application , O OpenGL B-Application , O or O the O Glide B-Operating_System API I-Operating_System , O and O are O available O as O freeware B-License or O open-source B-Application . O Coinciding O with O the O release O of O Command B-Application & I-Application Conquer I-Application Remastered I-Application Collection I-Application in O 2020 O , O Electronic O Arts O released O the O original O source O code O for O both O Tiberian B-Application Dawn I-Application and O Red B-Application Alert I-Application through O GitHub B-Application under O the O GNU B-License General I-License Public I-License License I-License in O collaboration O between O EA O and O the O Command O & O Conquer'' O community O to O aid O in O the O development O of O mods O . O BeanShell B-Language is O an O open B-License source I-License project O and O has O been O incorporated O into O many O applications O , O such O as O Apache B-Application OpenOffice I-Application , O Apache B-Application Ant I-Application , O WebLogic B-Language Server I-Language Application O Server O , O Apache B-Language JMeter I-Language , O jEdit B-Language , O ImageJ B-Language , O JUMP B-Application GIS I-Application , O Apache B-Application Taverna I-Application , O and O many O others O . O It O is O published O under O the O NASA B-License Open I-License Source I-License Agreement I-License version O 1.3 O . O Later O , O Linux B-Operating_System matured O and O further O Linux B-Operating_System kernel I-Operating_System development O took O place O on O Linux B-Operating_System systems O . O GNU B-Operating_System applications O also O replaced O all O MINIX B-Operating_System components O , O because O it O was O advantageous O to O use O the O freely O available O code O from O the B-Application GNU I-Application Project I-Application with O the O fledgling O operating B-General_Concept system I-General_Concept ; O code O licensed B-License under O the O GNU B-License GPL I-License can O be O reused O in O other O computer O programs O as O long O as O they O also O are O released O under O the O same O or O a O compatible O license O . O It O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License . O StatSVN O is O an O extension O to O StatCVS B-Language that O generates O the O same O reports O but O for O the O activity O of O a O Subversion B-Application repository O . O Public-domain B-Application software I-Application was O commercialized O sometimes O by O a O donationware B-License model O , O asking O the O users O for O a O financial O donation O to O be O sent O by O mail O . O The O source O code O is O available O on O GitHub O and O distributed O under O MIT B-License License I-License . O The O source O code O to O the O game O , O owned O by O Flat O Rock O Software O , O was O released O in O June O 2014 O under O GNU B-License GPL-2.0-or-later I-License in O a O manner O similar O those O done O by O id O and O partners O . O Copies O of O the O game O purchased O from O Stardock O 's O online O store O use O product B-License activation I-License before O the O game O can O be O played O . O Bandicam B-Protocol is O shareware B-License , O meaning O that O it O can O be O tested O free O of O charge O with O limited O functionality O ( O It O is O often O called O crippleware O ) O . O .NET B-Application Reflector I-Application was O originally O developed O by O Lutz B-Application Roeder I-Application as O freeware B-License . O Version O 1.2 O was O released O as O shareware B-License in O 1991 O , O developed O and O self-published O by O Farr-Ware O . O While O striving O for O an O accurate O recreation O , O the O team O took O some O artistic B-License licence I-License , O including O the O appearance O of O the O set O for O the O film O Intolerance O , O which O was O destroyed O prior O to O the O 1940s O but O included O to O celebrate O its O history O . O Users O can O send O feedback O and O report O issues O directly O to O the O open-source B-License repository O in O GitHub B-Application . O While O it O was O based O on O the O open-source B-License Android B-Application operating I-Application system I-Application , O it O consists O of O closed-source B-Application proprietary B-Application software I-Application . O Due O to O sanctions O imposed O by O the O US O on O Huawei O , O new O devices O released O by O both O Huawei O and O Honor O are O no O longer O allowed O to O include O Google B-Application Mobile I-Application Services I-Application . O It O is O released O under O the O GNU B-License GPL I-License . O The O following O email B-Protocol clients I-Protocol are O known O to O support O Bogofilter B-Protocol as O a O spam O filtering O backend O : O On O January O 4 O , O 2022 O , O the O game O was O uploaded O to O a O public O GitHub B-Application repository O under O the B-License MIT I-License License I-License . O In O 2016 O , O an O analysis O of O the O Fedora O Project O 's O packages O revealed O PD O was O the O seventh O most O popular O " O license B-License " O . O PHP B-Application is O free B-Application software I-Application released O under O the O terms O of O PHP B-Language License I-Language , O which O is O incompatible O with O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O due O to O the O restrictions O PHP B-Language License I-Language places O on O the O usage O of O the O term O PHP B-Application . O Surface B-Device Go I-Device comes O pre-installed O with O Windows B-Operating_System 10 I-Operating_System Home I-Operating_System in O S O Mode O and O a O 30-day O trial B-License of O Office B-Operating_System 365 I-Operating_System . O As O the O number O of O licenses O increases O , O the O probability O that O a O free B-License and I-License open-source I-License software I-License ( O FOSS B-License ) O developer O will O want O to O merge O software O that O are O available O under O incompatible O licenses O increases O . O Around O 2013 O , O Lithtech B-Application 's O source O code O became O available O on O GitHub B-Application under O the O GPL B-License , O and O the O work O of O merging O the O game O logic O and O the O engine O started O . O ASE O took O two O years O to O develop O and O was O introduced O as O shareware B-License on O June O 15 O , O 2001 O . O Permissive B-License licenses I-License offer O more O extensive O license B-License compatibility O than O copyleft B-License licenses I-License , O which O cannot O generally O be O freely O combined O and O mixed O , O because O their O reciprocity O requirements O conflict O with O each O other O . O Its O source O code O is O publicly O available O and O permissively B-License licensed I-License . O NetBSD O was O originally O derived O from O the O 4.3BSD-Reno O release O of O the O Berkeley B-Operating_System Software I-Operating_System Distribution I-Operating_System from O the O Computer B-Operating_System Systems I-Operating_System Research I-Operating_System Group I-Operating_System of O the O University O of O California O , O Berkeley O , O via O their O Net/2 O source O code O release O and O the O 386BSD B-Operating_System project O . O Among O other O things O , O the O source O code O license O terms O make O it O impossible O to O legally O redistribute O , O and O invites O people O to O infringe O on O the O GPL B-License license I-License of O other O software O . O Aside O from O The O Qt B-Language Company O , O many O organizations O and O individuals O using O Qt B-Language as O their O development O platform O participate O in O the O open B-License development I-License of O Qt B-Language via O the O Qt B-Language Project I-Language . O Kodi B-Application 's O source O code O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License , O specifically O GPL-2.0-or-later B-License , O and O is O hosted O through O Git B-Application repositories O . O On O October O 3 O , O 2007 O , O Microsoft O announced O that O the O source O code O for O .NET B-Application Framework I-Application 3.5 O libraries O was O to O become O available O under O the O Microsoft B-License Reference I-License Source I-License License I-License ( O Ms-RSL O ) O . O OpenArena B-Application – O An O open B-License source I-License standalone O game O based O heavily O on O the O Quake O III O Arena-style O deathmatch O . O Powerful O solvers O are O readily O available O as O free B-License and I-License open-source I-License software I-License and O are O built O into O some O programming O languages O such O as O exposing O SAT B-Application solvers I-Application as O constraints O in O constraint B-Application logic I-Application programming I-Application . O The O NSA O , O the O original O primary O developer O of O SELinux B-Application , O released O the O first O version O to O the O open B-Application source I-Application development O community O under O the O GNU B-License GPL I-License on O December O 22 O , O 2000 O . O The O rise O of O the O Internet O and O software B-License licensing I-License schemes O has O dramatically O changed O the O retail B-Application software I-Application market O e.g. O The O FieldTrip B-Algorithm software O is O released O as O open O source O under O the O GNU B-License General I-License Public I-License License I-License . O ( O 2016 O ) O On O December O 28 O , O 2016 O , O the O source O code O was O released O on O Bitbucket B-Protocol under O the O GPLv2.The O Original O POSTAL B-Application Has O Been O Made O Open B-License Source I-License on O runningwithscissors.com O ( O December O 28 O , O 2016 O ) O license B-License at O bitbucket.org/gopostal/postal-1-open-source/srcProject O Starfighter20012008Shoot O ' O em O upGPLv2parallelrealities.co.uk/LICENSE O LICENSE B-License webarchive O versionsDebian O bug B-Error_Name #546800 O - O RM O : O starfighter O -- O RoM O ; O copyright O infringement O on O bugs.debian.orgParallel O RealitiesStar O Control O II O ( O now O The B-Application Ur-Quan I-Application Masters I-Application ) O 19922002Action O RPGGPLv2CC O BY-NC-SA O 2.5Toys O for O Bob O ( O Fred O Ford O / O Paul O Reiche O III O ) O Source O code O of O the O 3DO B-Device version O GPL-released O in O 2002.Star O Ruler O 220151.0 O release2018Real-time O strategy O , O 4XMITCC O BY-NC O 2.0Blind O Mind O StudiosReleased O on O GitHub B-Application as O an O open-source B-License project O , O including O assets O under O the O CC O BY-NC O ( O but O not O music O ) O on O July O 22 O , O 2018.Starshatter O : O The O Gathering O Storm20042011Space O combat O simulatorNew O BSD B-Operating_System LicenseDestroyer O Studios O / O Matrix O GamesSource O code O released O by O Destroyer O Studios/Matrix O Games O on O December O 14 O , O 2011.Strange O Adventures B-Application in O Infinite O Space20022005/2009Space O RoguelikeGPL-3.0-or-laterCC O BY-NC O 4.0Digital O EelSource O was O released O under O GPL B-License by O Digital O Eel O in O 2005.source O on O digital-eel.comsais O on O infinitespacegames.com O " O After O being O sold O for O several O years O by O Cheapass O Games O , O Strange B-Application Adventures I-Application in I-Application Infinite I-Application Space I-Application was O released O as O free B-Application software I-Application and O its O source O code O was O made O available O under O the O GNU B-License General I-License Public I-License License I-License . O FreeBSD B-Operating_System 's O documentation O is O translated O into O several O languages O . O All O official O documentation O is O released O under O the O FreeBSD B-Application Documentation I-Application License I-Application , O " O a O permissive B-License non-copyleft B-License free O documentation O license O that O is O compatible O with O the O GNU O FDL O " O . O Today O , O 3D-Calc B-Application software O is O Freeware B-License ( O " O Public O domain O without O source O code O " O ) O and O can O be O downloaded O freely O . O Rumors O surrounding O the O game O turning O free-to-play O started O to O circulate O around O the O internet O , O but O Gearbox O president O Randy O Pitchford O declined O any O plans O of O turning O the O game O free-to-play O , O although O he O did O mention O ideas O of O releasing O a O free O " O trial B-License version I-License " O . O Name O Programming O language O , O toolkit B-Library Operating B-General_Concept system I-General_Concept License B-Application Integration O Languages O Network O protocols O Current O version O Last O release O date O Server O functionality O Visualization O AnkhSVN B-Protocol C# B-Application , O SharpSvn O Microsoft B-Application Windows I-Application Apache B-Application License I-Application Microsoft B-Application Visual I-Application Studio I-Application ( O all O editions O except O Express O ) O English O http O , O https O , O svn B-Application , O svn+ssh O , O file O 2.9.87 O AnkhSVN B-Protocol Releases O at O GitHub O Diff O , O blame O , O history O , O properties O eSvn B-Language C++ O , O Qt B-Language Unix-like O operating B-General_Concept systems I-General_Concept ( O Linux O distributions O , O FreeBSD O , O Sun O Solaris O and O others O ) O , O and O Windows O GPL B-License GUI O , O standalone O ( O like O WinCVS B-Protocol , O Cervisia B-Language ) O English O http O , O svn B-Application 0.6.12 O For O * O nix O OSs O : O .eSvn O - O Browse O /eSvn/0.6.12 O at O SourceForge.net O For O Windows O : O eSvn B-Language - O Browse O /eSvn/0.6.11 O at O SourceForge.net O PixelNovel B-Protocol Timeline I-Protocol C++ O , O Microsoft B-Application Windows I-Application Free O if O used O with O PixelNovel O web O storage O , O 30-day O trial O with O commercial O upgrade O otherwise O Adobe B-Operating_System Photoshop I-Operating_System English O svn B-Application 1.0 O Press O Room O - O PixelNovel O - O innovative O tools O for O Adobe B-Operating_System Photoshop I-Operating_System users O , O such O as O version B-Architecture control I-Architecture for O Photoshop B-Operating_System and O a O Photoshop B-Operating_System plugin O for O exporting O photos O to O Flickr O PixelNovel B-Protocol Timeline I-Protocol Released O - O Press O Release O -PixelNovel O - O innovative O tools O for O Adobe B-Operating_System Photoshop I-Operating_System users O , O such O as O version B-Architecture control I-Architecture for O Photoshop B-Operating_System and O a O Photoshop B-Operating_System plugin O for O exportin O ... O QSvn B-Language C++ O , O Qt B-Language Linux O , O Unix O , O , O Microsoft B-Application Windows I-Application GPL B-License GUI O , O standalone O ( O like O WinCVS B-Protocol ) O English O 0.8.3 O RabbitVCS B-Protocol Python O , O GTK+ O Linux O GPL B-License Nautilus O , O Thunar B-Language , O Gedit B-Language , O CLI B-Application ca O , O cs B-Application , O de O , O en O , O es O , O fa O , O fr O , O he O , O hr O , O it O , O ja O , O nb O , O nl O , O pl O , O pt O , O ro O , O ru O , O sk O , O sl O , O sv O , O zh_CN O http O , O https O , O svn B-Application , O svn+ssh O , O file O 0.18 O RapidSVN B-Language C++ O , O wxWidgets B-Language Linux O , O Unix O , O , O Microsoft B-Application Windows I-Application , O Solaris O , O many O more O GPL B-License GUI O , O standalone O Unicode O , O many O 0.12.1 O External O SubTile B-Protocol XUL O , O JavaScript O Linux O , O Unix O , O , O Microsoft B-Application Windows I-Application ( O Any O with O Xulrunner O or O Firefox O ) O GPL B-License , O Mozilla B-License Public I-License License I-License , O Apache B-Application License I-Application GUI O , O standalone O English O http O , O https O , O svn B-Application , O svn+ssh O 0.2.201505204 O SubTile B-Protocol Project O Diff O , O merge O , O revision O graph O SVN B-Protocol Notifier I-Protocol C# B-Application Microsoft B-Application Windows I-Application GPL B-License GUI O , O standalone O . O The O releases O prior O to O version O 4.23 O are O free B-Application software I-Application licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O This O departure O from O the O previous O open-source B-License hardware O model O was O criticized O by O part O of O the O community O , O including O co-founder O ( O and O now O former O employee O ) O Zachary O Smith O . O Global B-Application File I-Application System I-Application , O was O originally O GPL B-License 'd I-License , O then O made O proprietary B-Application in O 2001( O ? O The O Avahi B-Language project O started O in O 2004 O because O Apple O 's O Zeroconf B-Application implementation O , O Bonjour B-Application , O used O the O GPL-incompatible O Apple B-License Public I-License Source I-License License I-License . O vCal B-Language is O an O open B-License source I-License calendar O standard O for O Vision O PIM O . O After O about O 1999 O , O when O Poplog B-Language became O available O as O free O , O open B-License source I-License , O most O development O work O was O done O on O the O Linux O version O , O including O porting O to O 64-bit B-Device Linux O . O The O Synthesis B-Language Toolkit I-Language ( O STK O ) O is O an O open B-License source I-License API B-Application for O real B-General_Concept time I-General_Concept audio O synthesis O with O an O emphasis O on O classes O to O facilitate O the O development O of O physical O modelling O synthesizers O . O Stellar B-Protocol , O or O Stellar B-Protocol Lumens I-Protocol , O is O an O open B-License source I-License , O decentralized O protocol O for O digital O currency O to O fiat O money O low-cost O transfers O which O allows O cross-border O transactions O between O any O pair O of O currencies O . O Because O of O the O open B-License source I-License nature O of O the O product O , O any O suggestions O for O improvements O came O from O users O . O Version O 2 O of O the O GNU B-License General I-License Public I-License License I-License does O not O allow O software O to O be O distributed O if O that O software O requires O a O patent O licence O that O does O not O " O permit O royalty-free O redistribution O of O the O Program O by O all O those O who O receive O copies O directly O or O indirectly O through O you O " O . O In O May O 2008 O , O Chris O Foresman O assessed O FTP B-Protocol clients I-Protocol for O Ars O Technica O , O saying O of O FileZilla B-Application : O " O Some O friends O in O the O tech O support O world O often O recommend O the O free B-License and I-License open-source I-License FileZilla B-Application , O which O offers O a O Mac B-Application OS I-Application X I-Application version O in O addition O to O Windows B-Application and O Linux B-Application . O ECL O version O 2.0 O was O approved O by O the O Open O Source O Initiative O in O the O Summer O of O 2007 O , O and O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System lists O it O as O being O a O " O GPL-Compatible O Free O Software O License O " O that O is O compatible O with O version O 3 O of O the O GNU B-License General I-License Public I-License License I-License but O not O compatible O with O GPLv2 O . O Part O of O the O software O is O relicensed O under O the O GNU B-License GPL I-License while O some O of O it O remain O under O the O original O custom O licence O . O Trillium O was O an O early O company O to O license B-License source O code O . O It O is O identical O to O the O standard O shareware B-License version O , O but O it O includes O the O ability O to O play O as O Lori O , O as O well O as O two O new O single-player O levels O in O addition O to O the O standard O shareware B-License version O 's O levels O . O Jazz B-Application Jackrabbit I-Application 2 I-Application received O positive O reviews O . O Available O for O free O for O open B-License source I-License projects O Ruby B-Language MySQL B-Application 2008 O Axosoft B-Application Axosoft B-Application LLC O C# B-Application , O .NET B-Application SQL B-Application Server I-Application 2002 O Azure B-Application DevOps I-Application Server I-Application ( O Team B-Application Foundation I-Application Server I-Application ) O Microsoft O .NET B-Application MS B-Application SQL I-Application Server I-Application 2005 O & O 2008 O 2005 O Bugzilla B-Application Mozilla B-Operating_System Foundation I-Operating_System Perl B-Language MySQL B-Application , O Oracle B-General_Concept , O PostgreSQL B-Application , O SQLite B-Language 1998-09-19 O ; O Debbugs B-Language Debian O Perl B-Language Flat B-Application file I-Application , O Berkeley B-Language DB I-Language indexes O Between O 1994 O and O 1999Debian O 's O bug B-Application tracking I-Application system I-Application was O in O place O as O soon O as O 1994 O according O to O Ian O Jackson O 's O Debbugs B-Language webpage O . O The O sources O for O Heretic B-Application and O Hexen B-Application : I-Application Beyond I-Application Heretic I-Application ( O other O two O games O using O the O Doom B-Application engine O ) O were O released O under O the O GPL-2.0-only B-License license O . O Relish O Games O released O the O original O version O of O HGE O 1.8.1 O for O Windows/DirectX O to O GitHub B-Application under O zlib B-License license I-License , O too.hge O - O DX8.1 O and O 9.0 O on O github.comHeretic19941999FPSGPL-2.0-onlyRaven O SoftwareGame O source O released O on O January O 11 O , O 1999 O under O a O very O restrictive O license B-License , O relicensed O to O GPL B-License on O September O 4 O , O 2008 O . O It O is O available O for O Microsoft B-Application Windows I-Application , O Linux B-Application , O UNIX B-Application , O and O OS/2 B-Application and O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O FuntouchOS O is O a O custom O user B-Application interface I-Application developed O by O Vivo O that O is O based O on O the O Android B-Application Open B-License Source I-License Project O . O The O judgment O stated O that O the O GPL B-License is O valid O , O legally O binding O , O and O stands O in O German O court O . O September O 22 O , O 2009 O the O Paris O Court O of O Appeals O ruled O that O Edu4 O violated O the O terms O of O the O GNU B-License GPL I-License Version O 2 O by O distributing O binary O copies O of O the O remote O desktop O access O software O VNC O while O denying O users O access O to O its O corresponding O source O code O . O On O September O 21 O , O 2015 O Monnier O announced O that O he O would O be O stepping O down O as O maintainer O effective O with O the O feature O freeze O of O Emacs B-Application 25 O . O The O terms O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O state O that O the O Emacs B-Application source O code O , O including O both O the O C B-Language and O Emacs B-Operating_System Lisp I-Operating_System components O , O are O freely O available O for O examination O , O modification O , O and O redistribution O . O It O can O be O used O to O control O Lego B-Application NXT I-Application robots B-Device over O a O Bluetooth B-Protocol serial O port O ( O serial O port O communication O is O part O of O the O base O functionality O of O MATLAB B-Language ) O or O via O a O USB B-Protocol connection O ; O for O example O using O the O RWTH O – O Mindstorms B-Application NXT I-Application Toolbox O ( O free O & O open-source B-License ) O . O Simulink B-Application is O a O MATLAB-based O environment O for O modeling O and O simulating O dynamic O systems O . O The O Debian B-License Free I-License Software I-License Guidelines I-License ( O DFSG B-License ) O define O the O distinctive O meaning O of O the O word O " O free O " O as O in O " O free B-License and I-License open-source I-License software I-License " O . O Imixs-Workflow B-Application provides O the O results O of O the O project O under O the O GPL B-License with O a O dual-license O model O , O to O meet O the O usage O and O distribution O requirements O of O different O types O of O users O . O Open B-Protocol Journal I-Protocol Systems I-Protocol , O also O known O as O OJS B-Protocol , O is O an O open B-License source I-License and O free B-Application software I-Application for O the O management O of O peer-reviewed O academic O journals O , O created O by O the O Public O Knowledge O Project O , O and O released O under O the O GNU B-License General I-License Public I-License License I-License . O GitHub B-Application 's O choosealicense O website O describes O the O permissive O MIT B-License license I-License as O "[letting] O people O do O anything O they O want O with O your O code O as O long O as O they O provide O attribution O back O to O you O and O do O n't O hold O you O liable. O " O Richard O Stallman O , O founder O , O launched O the B-Application GNU I-Application project I-Application , O author O of O the O GNU B-License General I-License Public I-License License I-License . O The O IPL O differs O from O the O GPL B-License in O the O handling O of O patents O , O as O IPL O terminates O the O license O upon O patent O disputes O . O It O has O a O command-line B-Application interface I-Application , O and O is O written O in O standard O C B-Language . O It O is O free B-Application software I-Application , O licensed O under O GPL-2.0-or-later B-License , O with O libsox O licensed O under O LGPL-2.1-or-later B-Application , O and O distributed O by O Chris B-Application Bagwell I-Application through O SourceForge B-Application . O Creative O Reality O : O Neil O Dodwell O and O David O Dew O from O Creative O Reality O released O the O original O source O code O for O their O adventure O Dreamweb B-Application , O and O the O CD-ROM B-Device and O floppy B-Device disk I-Device versions O of O the O game O as O freeware B-License , O available O for O download O on O the O ScummVM B-Device website O . O The O project O was O originally O available O under O the O UIUC B-License license I-License . O During O this O work O , O the O founders O noticed O an O absence O of O secure O , O open-source B-License operating O systems O for O mobile O devices O , O and O they O created O CopperheadOS B-Application under O an O open B-License source I-License license O to O try O to O address O this O need O . O As O of O July O 9 O , O 2012 O , O over O 630million O licenses B-License have O been O sold O ; O this O number O includes O licenses B-License sold O to O OEMs O for O new O PCs O . O A O related O freeware B-License add-in O , O called O " O Microsoft B-Application Mathematics I-Application Add-In O for O Word B-Application and O OneNote B-Application , O " O is O also O available O from O Microsoft O and O offers O comparable O functionality O ( O Word B-Application 2007 I-Application or O higher O is O required O ) O . O If O the O plugin B-Application is O invoked O through O dynamic O linkage O and O it O performs O function O calls O to O the O GPL B-License program O then O it O is O most O likely O a O derivative O work O . O There O are O no O Intel O supported O FOSS B-License drivers O . O Broadcom O has O since O released O free B-License and I-License open-source I-License drivers O for O the O Linux B-Application kernel O , O eliminating O the O issues O for O modern O Broadcom O chipsets O . O Among O the O supported O games O are O the O original O Quake B-Application I I-Application and O Quake B-Application II I-Application , O Hexen B-Application II I-Application and O Half-Life B-Application . O It O uses O a O brush-based O method O to O construct O new O maps O , O in O which O monsters O , O items O and O lights O can O be O placed O , O or O any O of O the O on-board O prefabs O . O It O was O originally O sold O on O a O CD-ROM B-Device , O but O the O source O code O was O eventually O released O under O the O GPL B-License v2 O . O An O installation B-Application process O usually O needs O a O user O who O attend O it O to O make O choices O , O such O as O accepting O or O declining O an O end-user O license O agreement O ( O EULA O ) O , O specifying O preferences O such O as O the O installation B-Application location O , O supplying O passwords O or O assisting O in O product B-License activation I-License . O Bitcoin B-Language Core I-Language is O free B-License and I-License open-source I-License software I-License that O serves O as O a O bitcoin B-General_Concept node B-Protocol ( O the O set O of O which O form O the O bitcoin B-General_Concept network I-General_Concept ) O and O provides O a O bitcoin B-General_Concept wallet O which O fully O verifies O payments O . O Toybox B-Language is O licensed O using O the O permissive B-License 0BSD B-Operating_System license O , O where O BusyBox B-Application uses O the O copyleft B-License GNU B-License General I-License Public I-License License I-License , O which B-Device led O to O different O usage O domains O . O In O New O Hampshire O , O the O towns O of O Ashland O , O Newington O and O Woodstock O piloted O that O same O open-sourced B-Application software I-Application system O in O the O fall O of O 2022 O with O an O eye O to O statewide O adoption O of O VotingWorks O ' O open-source B-License systems O by O 2024 O . O After O discussion O , O OmicronLab O published O the O source O code O of O windows B-Application version O under O MPL B-License 1.1 I-License license O with O the O Avro B-Application Keyboard I-Application 5.0.5 O public O beta O 1 O . O It O began O as O a O collaboration O between O the O University O of O California O , O Berkeley O , O Intel O Research O , O and O Crossbow O Technology O , O was O released O as O free B-License and I-License open-source I-License software I-License under O a O BSD B-Operating_System license I-Operating_System , O and O has O since O grown O into O an O international O consortium O , O the O TinyOS B-Device Alliance O . O The O license O agreement O allows O home O users O and O small O businesses O to O install O and O use O the O product O free B-License of I-License charge I-License . O Shareware B-License is O often O packaged O with O adware O to O lower O the O shareware B-License fees O or O eliminate O the O need O to O charge O users O a O fee O . O Microsoft B-Application Power I-Application Fx I-Application is O a O free B-License and I-License open-source I-License low-code B-Architecture , O general-purpose B-Language programming I-Language language I-Language for O expressing O logic O across O the O Microsoft B-Application Power I-Application Platform I-Application . O OTB O was O initially O distributed O under O the O French O Open O Source O license O CeCILL B-License ( O similar O and O compatible O with O the O GNU B-License GPL I-License ) O and O is O now O available O under O the O Apache B-Application 2.0 I-Application license I-Application . O It O was O not O clear O if O this O way O of O using O " O bxflplayer O " O as O closed B-Application source I-Application libraries O with O a O GPL B-License licensed O software O passes O as O GPL B-Application linking I-Application exception I-Application or O not O . O By O guaranteeing O viewers O and O users O of O a O work O the O freedom O and O permission O to O reproduce O , O adapt O , O or O distribute O it O , O copyleft B-License licenses I-License are O distinct O from O other O types O of O copyright O licenses O that O limit O such O freedoms O . O Kumquat O & O Cantaloupe19962012Maze O undefinedFreewareDave O SchofieldThe O Amiga B-Device games O Kumquat O & O Cantaloupe O , O originally O released O as O shareware B-License titles O , O were O re-released O as O freeware B-License with O source O code O included O by O the O author O in O November O 2012.Amiga O Games O Kumquat O & O Cantaloupe O - O Full O Games O and O Source O on O 22 O November O 2012Magus19952014Rogue-likeRonny O WesterAround O 2014 O archived O on O GitHub B-Application from O other O now O offline O sources.MagusPreservation O A O SDL B-Operating_System port O is O in O progress.RonnyMagus O on O github.com B-Application In O 2000 B-Application Wester O released O also O the O Borland B-Application Pascal I-Application 7 O source O code O of O Cyberdogs B-Application ( O excluding O some O libraries O he O had O licensed O ) O on O his O website.Cyberdogs O dogs_src.zip O ( O archived O 2000 B-Application ) O Roboforge20012008Multiplayer O Strategy B-Application game I-Application " O RoboForge B-Language , O Personal O , O Non-Commercial O Use O End O User O License B-License " O FreewareLiquid O EdgeAnnounced O the O game O in O July O , O 2000 B-Application by O Liquid O Edge O the O game O was O released O on O May O 23 O , O 2001.roboforge O on O ign.com O From O July O 2008 O RoboForge B-Language became O an O Open B-License Source I-License project O with O the O source O code O for O the O Java-based O client O and O server O under O a O non-commercial O license B-License and O as O freeware.source O on O sroboforge.altervista.org O The O game B-Architecture 's I-Architecture community I-Architecture continues B-Application development.Rocky O Racers2002rocky O racers O on O mobygames2004sourcecode O ( O July O 2004 O ) O Racing O gameNon-Commercial O licenseFreewarePositech O GamesReleased O around O 2002 O by O Positech O Games O , O the O game O 's O C++ B-Language source O code O was O released O in O July O 2004 O to O the O public O for O free.Savage O : O The O Battle O for O Newerth20032007online O Real-time O strategy O , O FPSno O license/proprietaryS2 O GamesThe O game O was O turned O freeware B-License by O S2 O Games O on O September O 1 O , O 2006 O . O Since O 2016 O , O the O source O code O is O licensed O under O MIT B-License License I-License and O available O on O GitHub B-Application . O GPL B-License importer O for O other O forum O systems O such O as O vBulletin B-Protocol and O phpBB B-Application . O https://git.kernel.org/cgit/linux/kernel/git/firmware/linux-firmware.git/tree/LICENCE.cw1200 O CW1200 O Licence O file O at O linux-firmware O . O hostap B-Application HostAP B-Application Intersil O PRISM-II O , O PRISM-2.5 O , O PRISM B-Device 3 O Depends O on O the O model O GPLv2 O ipw2x00 O ipw2x00 O Intel O PRO/Wireless O 2100 O and O 2200 O Network O Connection O 802.11b O GPL B-License Written O by O Intel O iwlegacy O iwlegacyIntel O Wireless O WiFi O 3945ABG O , O 4965AGN O GPL B-License iwlwifi O iwlwifi O Intel O Wireless O WiFi O Next O Gen O AGN O - O Wireless-N/Advanced-N/Ultimate O -N O : O 6250AGN O , O 6200AGN O , O 6300AGN O , O 1000BGN O , O 5150AGN O , O 5100AGN O , O 5300AGN O , O 5350AGN O , O 6005 O , O 6030 O , O 6150BGN O , O 100BGN O and O 130BGN O , O 2000 O a/b/g/n/ac/ax O Dual O GPL/BSD O Written O by O Intel O libertas O libertas O Marvell O 88W8686 O SDIO O Libertas O 8388 O ( O USB B-Protocol ) O 802.11b/g O , O 8385 O ( O CompactFlash B-Device ) O 802.11b/g O , O 8385/8686/8688 O ( O SDIO O ) O 802.11b/g O , O 8686 O ( O SPI O ) O 802.11b/g O 88W8388 O GPL B-License Marvell-supported O libertas_tf O libertastf O Marvell O 8388 O ( O USB B-Protocol ) O WLAN O Thinfirm O Driver O ( O OLPC O ) O b/g O GPL B-License cozybit O , O Marvell-supported O mt76 O mt76 O MediaTek B-Architecture MT76x0U O , O MT76x2U O a/b/g/n/ac/ax O ( O since O 4.19Phoronix O , O Intel O IWLWIFI O Adding O 802.11ax O Support O In O Linux B-Application 4.19 O , O 5 O August O 2018 O ) O ISC B-License With O support O from O MediaTek B-Architecture mt7601u O mt7601u O MediaTek B-Architecture MT7601U O b/g/n O ( O since O 4.2 O ) O GPLv2 O mwifiex O mwifiex O WiFi-Ex O Driver O for O Marvell O SD8786/SD8787/SD8797 O ( O SDIO O ) O , O 8766/8897 O ( O PCIe O ) O and O 88W8797 O ( O USB B-Protocol ) O GPLv2 O Written O by O Marvell O mwl8k O mwl8k O Marvell O TOPDOG O 802.11 O Wireless O cards O : O 88W8366 O , O 88W8863 O , O 88W8687 O , O 88W8764 O GPLv2 O Written O by O Marvell O orinoco B-Device orinoco B-Device Lucent O Hermes O ( O WaveLAN/ O ORiNOCO B-Device ) O ; O Intersil O PRISM-II O , O PRISM-2.5 O ; O Symbol O Spectrum24 O 802.11B O Required O for O WPA O supportprism54-p54 O p54 O Prism54 B-Device : O Intersil/Conexant O ISL3877 O , O ISL3880 O , O ISL3886 O , O ISL3887 O , O ISL3890 O ( O ~ O Aug O 2007 O ) O Experimental O OSS O firmwareThere O is O a O Free B-Application software I-Application firmware B-Application called O FreeMAC O prism54 B-Device ( O before O 2.6.12 O ) O Reverse-engineered O ; O obsoleted O by O p54 O . O The O BIPC O decided O it O was O only O necessary O to O identify O whether O the O three O specific O plug-ins O used O by O YouZi O are O subject O to O the O GPL B-License . O Slurm B-Operating_System is O available O under O the O GNU B-License General I-License Public I-License License I-License v2 O . O Google B-Application licenses B-License their O Google B-Application Mobile I-Application Services I-Application software O , O along O with O the O Android B-Application trademarks O , O only O to O hardware B-Architecture manufacturers O for O devices O that O meet O Google B-Application 's I-Application compatibility O standards O specified O in O the O Android B-Application Compatibility O Program O document O . O Like O shareware B-License , O freeware B-License is O software B-General_Concept available O for O download O and O distribution O without O any O initial O payment O . O Citavi B-Application Web O , O an O operating O system-independent O version O , O is O directly O accessible O with O a O web B-Application browser I-Application on O the O internet O in O a O trial B-License version I-License ( O 30-day O trial O with O 1 O Gb O of O available O data O space O in O the O Citavi B-Application Cloud B-Architecture ) O . O The O kernel B-Operating_System source O code O and O proofs O are O licensed B-License under O GNU O General O Public O License O version O 2 O ( O GPLv2 O ) O , O and O most O libraries B-Library and O tools B-Application are O under O the O BSD O 2-clause O . O Free-software B-License licenses I-License are O applied O to O software O in O source O code O and O also O binary O object-code B-Language form O , O as O the O copyright O law O recognizes O both O forms O . O The O Netscape B-Application Public I-Application License I-Application ( O NPL O ) O is O a O free B-License software I-License license I-License , O the O license O under O which O Netscape B-Protocol Communications O Corporation O originally O released O Mozilla B-Operating_System . O He O initially O considered O releasing O the O software O under O the O GNU B-License General I-License Public I-License License I-License , O rather O than O into O the O public O domain O , O but O decided O against O it O due O to O concerns O that O large O corporations O such O as O IBM O would O be O deterred O from O using O it O by O the O restrictions O of O the O GPL B-License . O With O at O least O 20 O years O of O evidence O from O case O histories O of O closed B-Application software I-Application development O versus O open B-License development I-License already O provided O by O the O Internet O developer O community O , O the O OSI O presented O the O " O open B-License source I-License " O case O to O commercial O businesses O , O like O Netscape O . O It O has O also O been O credited O with O confirming O shareware B-License distribution O as O a O serious O and O profitable O business O strategy O at O the O time O ; O VideoGames O & O Computer O Entertainment O claimed O in O September O 1992 O that O the O game O " O justified O the O existence O of O shareware B-License " O , O and O in O July O 1993 O Computer O Gaming O World O claimed O that O it O " O almost O single-handedly O " O demonstrated O the O viability O of O shareware B-License as O a O method O of O publishing O , O leading O to O a O wave O of O other O shareware B-License first-person O shooters O . O Webaroo B-Application is O a O free O , O closed-source B-License offline O web B-Application browser I-Application for O Microsoft B-Application Windows I-Application . O Both O games O are O available O as O open-source B-Application video I-Application games I-Application under O GNU B-License GPL-3.0-or-later I-License . O For O games O that O were O originally O released O as O freeware B-License , O see O List B-Application of I-Application freeware I-Application video I-Application games I-Application . O Both O Copilot O and O Palm B-Application OS I-Application Emulator I-Application are O released O under O the O GPL B-License v2 O . O These O components O are O based O on O the O Ecma-334 B-Application and O Ecma-335 O standards O , O allowing O Mono B-Application to O provide O a O standards O compliant O , O free B-License and I-License open-source I-License CLI O virtual B-Architecture machine I-Architecture . O The O Mono/Linux/GNOME O development O stack O provide O tools O for O application O development O while O using O the O existing O GNOME B-Application and O free B-License and I-License open-source I-License libraries O . O wikiCalc B-Language is O released O under O the O GNU B-License General I-License Public I-License License I-License , O and O is O thus O free B-Application software I-Application . O Title O License O Status O Developer(s ) O 3Delight B-Application Illumination O Research O ( O company O ) O appleseed O appleseedhq O Organization O Arion O RandomControl O Aqsis B-Application Paul O Gregory O Arnold B-Application Solid O Angle O , O Autodesk O , O Sony O Pictures O Imageworks O Brazil O R/S O Discontinued O SplutterFish O LLC O Bella O render O ( O software O ) O Diffuse O Logic O C3D B-Language Vision I-Language ASCON O , O C3D B-Language LabsCentileo O Centileo O LLC O Chaos O Corona O Chaos O Cycles B-Application Blender B-Application FoundationD5 O Render O Dimension O 5 O TechsEEVEE O Blender B-License Foundation I-License Enscape O Enscape O GmbH O Flamingo O Robert O McNeel O & O AssociatesGelato O Discontinued O Nvidia O Corporation O Hyperion O Walt O Disney O Animation O Studios O iClone B-Operating_System ReallusionIndigo O Renderer O Glare O TechnologiesKerkythea O Ioannis O PantazopoulosKeyshot O Luxion O IncLight O Tracer O Render O Light O EngineLumion O Lumion O SoftwareLuxCoreRender O Jean-Philippe O Grimaldi O ( O lead O ) O Maxwell B-Application Render I-Application Next O Limit O TechnologiesMental O ray O Discontinued O Nvidia O CorporationMoonRay O DreamworksOctane O Render O OTOY O Inc.RenderMan O Pixar O Pixie B-Application Okan O Arikan O et O Al O . O FutureBasic B-Language is O a O free B-License BASIC O compiler B-Language for O Apple O Inc. O ' O s O Macintosh B-Device . O The O LAMP B-Application bundle O can O be O combined O with O many O other O free B-License and I-License open-source I-License software I-License packages O , O including O : O QEMU B-Application ( O Quick O EMUlator B-Application ) O is O a O free B-License and I-License open-source I-License emulator B-Application . O A O volume B-License licensing I-License key O ( O VLK O ) O , O however O , O can O be O used O on O several O computers O . O The O game O 's O engine O ( O " O Wintermute B-Application " O ) O source O code O was O later O released O under O the B-License MIT I-License license I-License in O 2013 O on O Bitbucket B-Protocol . O The O United O States O Court O of O Appeals O , O Eleventh O Circuit O case O , O ruled O " O Software O distributed O pursuant O to O [ O the O GPL ] O is O not O necessarily O ceded O to O the O public O domain O " O ( O dicta O ) O . O The O outcome O case O in O the O United O States O District O Court O , O N.D. O Illinois O , O Eastern O Division O determined O that O though O Computer O Associate O 's O source O code O contained O previously O known O source O code O ( O GNU O Bison O Version O 1.25 O ) O available O under O the O GPL B-License , O that O does O not O prevent O them O from O protecting O their O own O source O code O . O Jitsi O is O a O collection O of O free B-License and I-License open-source I-License multiplatform B-Operating_System voice B-Application ( O VoIP B-Application ) O , O video B-Application conferencing I-Application and O instant B-Application messaging I-Application applications B-Application for O the O web O platform O , O Windows B-Application , O Linux B-Application , O macOS B-Application , O iOS B-Application and O Android B-Application . O Duke B-Application Nukem I-Application 3D I-Application 3D O Realms O 1996 O 2003 O GPL-2.0-or-later B-License Game O code O only O , O no O data O , O no O engine O . O Other O shared B-License source I-License licenses I-License are O proprietary O , O and O thus O allow O the O copyright O holder O to O retain O tighter O control O over O the O use O of O their O product O . O The O original O predecessor O of O Phase O One O Media O Pro O is O iView O , O a O Macintosh-only O shareware B-License gallery O application O originally O from O Script O Software O , O a O company O that O later O changed O its O name O to O Plum O Amazing O . O The O ArchivistaBox O falls O under O the O GNU B-License General I-License Public I-License License I-License ( O Version O 2 O ) O . O It O was O a O major O competitor O to O StuffIt B-Application in O the O early O 1990s O , O producing O smaller O archives O in O less O time O , O able O to O create O self-extracting B-General_Concept archives I-General_Concept without O the O use O of O an O external O program O , O as O well O as O being O distributed O via O shareware B-License which O greatly O helped O its O popularity O . O MacUser O named O Escape B-Operating_System Velocity I-Operating_System the O best O shareware B-License game O of O 1996 O . O Since O " O BharOS O can O run O most O apps B-Application " O it O is O presumably O based O on O the O Android B-Application Open B-License Source I-License Project O . O kGraft B-Application is O developed O by O SUSE O , O with O its O source O code O licensed O under O the O terms O of O versions O two O and O three O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O It O is O available O as O free O software O under O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O Created O by O Adobe O Inc. O , O it O is O free B-License and I-License open-source I-License software I-License licensed O under O the B-License MIT I-License License I-License , O and O is O currently O maintained O on O GitHub B-Application by O open-source B-Application developers O . O Later O , O Deutsch O formed O Aladdin O Enterprises O to O dual-license B-License Ghostscript B-Language also O under O a O proprietary B-Application license I-Application with O an O own O development O fork B-Application : O Aladdin O Ghostscript B-Language under O the O Aladdin B-License Free I-License Public I-License License I-License ( O which O , O despite O the O name O , O is O not O a O free B-Application software I-Application license O , O as O it O forbids O commercial O distribution O ) O and O GNU O Ghostscript B-Language distributed O with O the O GNU B-License General I-License Public I-License License I-License . O Yuzu B-Application ( O sometimes O stylized O in O lowercase O ) O is O a O free B-License and I-License open-source I-License emulator O of O the O Nintendo B-Application Switch I-Application , O developed O in O C++ B-Language . O Furthermore O , O companies O like O Novell O ( O who O traditionally O sold O software O the O old-fashioned O way O ) O continually O debate O the O benefits O of O switching O to O open-source B-License availability O , O having O already O switched O part O of O the O product O offering O to O open B-Application source I-Application code I-Application . O The O Dutch O Police O Internet O Research O and O Investigation O Network O ( O iRN O ) O has O only O used O free B-License and I-License open-source I-License software I-License based O on O open O standards O , O publicly O developed O with O the O source O code O available O on O the O Internet O for O audit O , O since O 2003 O . O However O , O user O can O replace O them O with O open B-License source I-License components O like O e.g. O Contrary O to O commercial B-Application developers O who O spent O millions O of O dollars O urging O users O " O Do B-License n't I-License Copy I-License That I-License Floppy I-License " O , O shareware B-License developers O encouraged O users O to O upload O the O software O and O share O it O on O disks O . O Launchy B-Language is O a O free B-License and I-License open-source I-License application O launcher O for O Windows B-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System , O FreeBSD B-Operating_System and O Linux B-Application . O Users O could O either O obtain O it O under O a O set O of O free B-License software I-License licenses I-License , O or O they O could O obtain O it O under O a O proprietary B-Application license I-Application . O On O February O 25 O , O 2015 O the O source O code O was O released O as O open-source B-Application under O the O zlib B-License license I-License . O The O game O was O later O succeeded O by O the O 2007 O sequel O Command B-Application & I-Application Conquer I-Application 3 I-Application : I-Application Tiberium I-Application Wars I-Application , O and O was O later O licensed O by O Electronic O Arts O as O freeware B-License on O February O 12 O , O 2010 O . O Tux B-Language Paint I-Language is O a O free B-License and I-License open I-License source I-License raster B-Application graphics I-Application editor I-Application ( O a O program O for O creating O and O processing O raster B-Algorithm graphics I-Algorithm ) O geared O towards O young O children O . O This O is O also O known O as O a O viral O , O protective O , O or O reciprocal B-License license I-License . O Assembler B-Language Developer O FOSS B-License License B-License Instruction B-General_Concept set I-General_Concept Host O platform B-Device Assembly B-Language Language I-Language for O Multics B-Application ( O ALM O ) O GE-645Honeywell O 6180 O GE-645Honeywell O 6180 O 705 O Autocoder B-Device IBM O IBM B-Device 705 I-Device 1410/7010 O OS O Autocoder B-Device IBM O IBM O 14107010 O IBM B-Device 1410 I-Device Processor O Operating O System(1410-PR-155 ) O 7070/7074 O Autocoder B-Device IBM O IBM O 7070IBM O 70727074 O 7080 O Autocoder B-Device III O IBM O IBM B-Device 7080 I-Device IBM O 7058 O ProcessorCOMPASS O Control O Data O Corporation O CDC O lower O 3000 O series O CDC O MASTERMSOSRTS O OSSCOPECOMPASS O Control O Data O Corporation O CDC O upper O 3000 O series O CDC O SCOPECOMPASS O Control O Data O Corporation O CDC B-Device 6000 I-Device series7600Cyber O 70 O , O 170 O CDC O KronosNOSNOS/BESCOPE O Fortran O Assembly O Program O ( O FAP O ) O IBM B-Device 709 I-Device , O 704x B-Device , O 709x B-Device Fortran O Monitor O System O , O IBSYS B-Operating_System GCOS B-Application Macro B-Operating_System Assembly I-Operating_System Program I-Operating_System ( O GMAP O ) O GE-600 B-Device series I-Device , O Honeywell B-Device 6000 I-Device series I-Device GCOS B-Application Macro B-Operating_System Assembly I-Operating_System Program I-Operating_System ( O MAP O ) O IBM B-Device 709 I-Device , O 704x B-Device , O 709x B-Device IBSYS/IBJOB B-Operating_System on O 709 O , O 704x B-Device , O 709x B-Device Symbolic B-Language Assembly I-Language Program I-Language ( O SAP O ) O IBM B-Device 704 I-Device IBM B-Device 704 I-Device IBM O Basic O Assembly B-Language Language I-Language ( O BAL O ) O IBM O IBM B-Application System/360 I-Application IBM B-Application BPS/360 I-Application ASSIST B-Application Penn O State O University O Public O Domain O IBM B-Application System/360 I-Application MVS B-Application UNIVAC O VS/9 O Assembler B-Language Unisys O Univac O 9060 O and O 9070 O ( O Similar O to O IBM B-Device System/370 I-Device ) O VS/9 O BS2000 B-Application Assembler B-Language H O Fujitsu O Fujitsu O Technology O Series O SE O ( O Similar O to O IBM B-Device System/370 I-Device ) O BS2000 B-Application z390 O Portable O Mainframe O Assembler B-Language Don O Higgins O Simulated O IBM B-Device System/370 I-Device Simulated O MVS B-Application IBM B-Device High-Level I-Device Assembler I-Device ( O HLASM B-Device ) O IBM O IBM B-Device System/370 I-Device . O JSmooth B-Language is O distributed O under O the O GNU B-License General I-License Public I-License License I-License , O and O is O written O in O Java B-Language using O Swing B-Language . O The O official O R O software O environment O is O an O open-source B-License free B-Application software I-Application environment O within O the O GNU B-Application package I-Application , O available O under O the O GNU B-License General I-License Public I-License License I-License . O In O January O 2016 O , O with O the O PostgreSQL B-Application 9.5 I-Application release I-Application was O the O first O FOSS B-License OODBMS B-Application to O offer O an O efficient O JSON B-General_Concept internal O datatype O ( O JSONB O ) O with O a O complete O set O of O functions O and O operations O , O for O all O basic O relational O and O non-relational O manipulations O . O Source O code O released O in O 1995.The O Ur-Quan O Masters20022018Action-adventureGPL-2.0-or-laterCC O BY-NC-SA-2.52DSource O port O of O Star O Control O II.The O White O Chamber20052006 O / O 2013AdventureMIT O license B-License ( O Wintermute B-Application Engine I-Application ) O / O CC O BY-NC-SA O ( O game O code O ) O CC O BY-NC-SA O / O Freeware2DThe O White O Chamber O and O its O Wintermute O source O code O have O been O released O under O CC O BY-NC-SA O Creative O Commons O license.source O code O at O studiotrophis.com O That O means O anyone O is O free O to O share O and O modify O the O game O as O long O Studio O Trophis O is O credited O , O it O is O not O for O commercial O gain O and O that O the O result O is O made O available O under O a O similar O license B-License . O Plugins B-Application permitting O the O Windows O versions O of O Word O to O read O and O write O formats O it O does O not O natively O support O , O such O as O international O standard O OpenDocument B-Application format I-Application ( O ODF B-Application ) O ( O ISO/IEC B-Application 26300:2006 I-Application ) O , O are O available B-License . O The O table O below O with O available B-License source I-License code I-License resulted O not O from O official O releases O by O companies O or O IP O holders O but O from O unclear O release O situations O , O like O lost O & O found O and O leaks O of O unclear O legality O ( O e.g. O The O DADVSI B-License law I-License contains O a O number O of O articles O meant O to O suppress O the O copying O of O copyrighted O music O or O videos O through O peer-to-peer O networks O over O the O Internet O . O Launched O on O May O 7 O , O 2020 O , O Free O TON O is O a O project O to O continue O development O of O Telegram B-Language Open I-Language Network I-Language technology O using O the O source O code O freely O available O under O GNU B-License GPL I-License . O Diamonds B-Application in I-Application the I-Application Rough I-Application was O the O second O game O developed O by O Alkis O Polyrakis O , O following O Other O Worlds O , O an O adventure O game O Polyrakis O released O for B-License free I-License in O 2004 O . O Cốc B-Application Cốc I-Application browser B-Application ( O ; O meaning O " O knock O knock O " O and O previously O Cờ B-Application Rôm+ I-Application ; O ) O is O a O freeware B-License web B-Application browser I-Application focused O on O the O Vietnamese O market O , O developed O by O Vietnamese O company O Cốc B-Application Cốc I-Application and O based O on O Chromium B-Language open I-Language source I-Language code I-Language . O The O new O term O they O chose O was O " O open B-License source I-License " O , O which O was O soon O adopted O by O Bruce O Perens O , O publisher O Tim O O'Reilly O , O Linus O Torvalds O , O and O others O . O Mace O is O GNU B-License GPL I-License licensed O . O It O is O free B-License and I-License open-source I-License software I-License , O released O under O a O mix O of O the O GNU B-License General I-License Public I-License License I-License version O 3 O ( O GPLv3 B-License ) O and O the O Apache B-Application License I-Application . O Open B-License source I-License freeware O . O In O an O effort O to O preserve O this O ecosystem O he O created O a O software B-License license I-License , O the O GPL B-License , O which O encodes O the O public-domain O rights O and O enforces O them O irrevocably O on O software O . O Frankel O formally O founded O Nullsoft O Inc O . O in O January O 1998 O and O continued O development O of O Winamp B-Application , O which O changed O from O freeware B-License to O $10 O shareware B-License . O The O license B-License is O only O offered O as O a O subscription O , O named O MySQL B-Application Enterprise O Edition O Subscription O . O Historically O licensed B-License under O version O 2 O of O the O GPL B-License , O in O 2008 O the O game O 's O source O code O was O relicensed O to O the O GPLv3 O . O In O January O 2012 O , O when O discussed O on O OSI O 's O license-review O mailing O list O , O the B-License Unlicense I-License was O brushed O off O as O a O crayon O license O . O It O is O free B-License and I-License open-source I-License software I-License licensed O under O the O GNU B-License General I-License Public I-License License I-License Version O 3 O ( O GNU B-License GPLv3 I-License ) O . O Open B-Device manufacturing I-Device may O also O include O digital O modeling O and O fabrication O and O computer O numeric O control O ( O CNC O ) O of O the O machines O used O for O production O through O open B-Application source I-Application software I-Application and O open B-License source I-License hardware O . O On O November O 15 O , O 2012 O , O the O 60-day O trial B-License version I-License was O released O for O public O download O . O It O was O the O first O shareware B-License title O to O win O a O Codie O , O and O id O ( O with O six O employees O ) O became O the O smallest O company O to O ever O receive O the O award O . O Its O server-side O web O interface O is O written O in O Scala B-Application and O its O local O agent O is O written O in O C B-Language , O and O are O published O as O free O software O under O the O GNU B-License General I-License Public I-License License I-License 3.0 O . O Open-source B-License examples O are O the O Eclipse B-Application , O NetBeans B-Application and O Spring B-Application Framework I-Application RCPs O for O Java B-Device . O The O Confidential B-Language Consortium I-Language Framework I-Language was O presented O at O Free O and O Open B-License source I-License Software O Developers O ' O European O Meeting O FOSDEM O 2020 O in O Brussels O , O Belgium O . O Wayland O is O a O communication O protocol O that O specifies O the O communication O between O a O display O server O and O its O clients O , O as O well O as O a O C B-Language library O implementation O of O that O protocol O . O A O display O server O using O the O Wayland O protocol O is O called O a O Wayland O compositor O , O because O it O additionally O performs O the O task O of O a O compositing B-Operating_System window I-Operating_System manager I-Operating_System . O Wayland O is O developed O by O a O group O of O volunteers O initially O led O by O Kristian O Høgsberg O as O a O free B-Application and O open-source B-Application community-driven O project O with O the O aim O of O replacing O the O X B-Operating_System Window I-Operating_System System I-Operating_System with O a O modern O , O secure O simpler O windowing B-Application system I-Application in O Linux B-Application and O other O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O The O project O 's O source O code O is O published O under O the O terms O of O the B-License MIT I-License License I-License , O a O permissive B-License free I-License software I-License licence I-License . O Pixie B-Protocol is O free O of O charge O and O released O under O the O GNU B-License General I-License Public I-License License I-License . O The O primary O goals O were O to O clarify O terms O regarding O patents O and O allow O for O multiple B-License licensing I-License . O Later O all O the O GPL O code O was O relicensed O under O the B-License MIT I-License license I-License " O to O make O it O easier O to O move O code O between O the O reference O implementation O and O the O actual O libraries B-Library " O . O In O 2015 O it O was O discovered O that O the O license O text O used O by O Wayland O was O a O slightly O different O and O older O version O of O the B-License MIT I-License license I-License , O and O the O license O text O was O updated O to O the O current O version O used O by O the O X.Org B-Operating_System project I-Operating_System ( O known O as O MIT B-License Expat I-License License I-License ) O . O Wayland O works O with O all O Mesa-compatible B-Application drivers O with O DRI2 B-Application support O as O well O as O Android B-Application drivers O via O the O Hybris B-Application project I-Application . O A O software B-Application license I-Application server I-Application is O a O centralized O computer B-Application software I-Application system O which O provides O access O tokens O , O or O keys O , O to O client B-Operating_System computers I-Operating_System in O order O to O enable O licensed B-License software I-License to O run O on O them O . O The O FPA O License O , O a O less-permissive O variation O of O the B-License MIT I-License License I-License , O has O the O identifier O FPA O in O the O SPDX O License O List O . O The B-Application Facebook I-Application artificial B-Application intelligence I-Application ( O AI B-Application ) O research O team O , O along O with O researchers O at O the O University O of O Oxford O , O New O York O University O , O the O Imperial O College O London O , O and O University O College O London O , O developed O an O open-source B-License platform O called O the O NetHack B-Application Learning O Environment O , O designed O to O teach O AI B-Application agents O to O play O NetHack B-Application . O Chipmunk B-Language Basic I-Language is O a O freeware B-License interpreter O for O the O BASIC O programming O language O maintained O by O Ron O Nicholson O . O The O first O , O " O Invasion O of O the O Pickle O People O " O , O was O released O as O shareware B-License . O Data O could O be O copied O and O pasted O between O applications O through O a O clipboard O with O filter O function O ( O a O feature O later O also O found O in O TaskMAX O under O DR B-Application DOS I-Application 6.0 O ) O . O The O GEMXM O source O code O is O now O freely O available O under O the O terms O of O GNU B-License General I-License Public I-License License I-License . O It O is O distributed O under O the O GNU B-License General I-License Public I-License License I-License . O The O Icy B-Operating_System Project O was O closed O on O October O 24 O , O 2009 O , O and O the O source O code O was O released O under O the B-License MIT I-License License I-License . O Only O changes O to O the B-Application software I-Application licensed O under O a O " O weak O copyleft B-License " O license O become O subject O itself O to O copyleft B-License provisions O of O such O a O license O . O Friendica B-Application ( O formerly O Friendika B-Application , O originally O Mistpark O ) O is O a O free B-License and I-License open-source I-License software I-License distributed O social O network O . O Under O continued O development O for O modern O systems O as O " O Antares O " O via O GitHub.Antares O on O arescentral.orgAvara19962016Shooter O gameMITAmbrosia O Software O / O Juri O MunkkiThe O MacOS B-Operating_System classic O game O became O open B-License source I-License in O 2016 O when O Munkki O released O the O source O code O upon O the O game O 's O 20th O anniversary.Buzz O Aldrin O 's O Race O Into O Space O ( O now O Race O Into O Space O ) O 19932007SimulationGPLv2sourceforge.net/projects/raceintospace O CopyrightInfo.txtStrategic O Visions/Fritz O BronnerA O port O of O Buzz B-Application Aldrin I-Application 's I-Application Race I-Application Into I-Application Space I-Application to O modern O operating O systems O . O The O app O is O not O free O , O but O its O developer O also O developed O a O freeware B-License , O CLI B-Application app O called O Unace O for O macOS B-Application and O Linux B-Application that O extracts O archive O files O . O TED B-Application Notepad I-Application is O freeware B-License portable B-Application text B-Application editor I-Application software O for O Microsoft B-Application Windows I-Application , O developed O by O Juraj O Šimlovič O since O 2001 O , O originally O as O a O school O project O . O Contributions O are O required O to O be O under O MIT B-License . O However O , O because O the O artwork O in O Firefox B-Application had O a O proprietary B-Application copyright O license O which O was O not O compatible O with O the O Debian B-License Free I-License Software I-License Guidelines I-License , O the O substituted O logo O had O to O remain O . O In O February O 2006 O , O Mike O Connor O , O representing O the O Mozilla O Corporation O , O wrote O to O the O Debian O bug O tracker O and O informed O the O project O that O Mozilla O did O not O consider O the O way O in O which O Debian O was O using O the O Firefox B-Application name O to O be O acceptable O . O It O is O an O open B-License source I-License release O of O the O UEFI B-Architecture core O used O in O Microsoft B-Device Surface I-Device and O Hyper-V O products O initiated O by O Microsoft O in O December O 2018 O . O EGL B-Language ( O Enterprise B-Language Generation I-Language Language I-Language ) O , O originally O developed O by O IBM O and O now O available O as O the O EDT O ( O EGL B-Language Development O Tools O ) O open B-License source I-License project O under O the O Eclipse B-License Public I-License License I-License ( O EPL O ) O , O is O a O programming O technology O designed O to O meet O the O challenges O of O modern O , O multi-platform O application O development O by O providing O a O common O language O and O programming O model O across O languages O , O frameworks O , O and O runtime O platforms O . O SUSE O announced O kGraft B-Application in O January O 2014 O and O released O it O publicly O in O March O 2014 O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License version2 O ( O GPLv2 O ) O for O the O kernel B-Operating_System part O , O and O under O the O terms O of O version3 O ( O GPLv3 O ) O for O the O userspace B-Operating_System part O . O Within O a O few O weeks O of O being O hired O , O Rein O made O a O deal O to O get O id O into O the O commercial O market O : O to O take O the O sixth O episode O and O make O it O a O stand-alone O game O , O published O as O a O retail O title O through O FormGen O instead O of O part O of O a O shareware B-License trilogy O . O The O game O was O discontinued O , O and O it O was O later O re-released O as O freeware B-License by O Apogee O in O December O 2005 O . O In O just O six O months O , O over O 100 O million O copies O had O been O sold O worldwide O , O increasing O to O over O 630 O million O licenses B-License by O July O 2012 O . O 2008 O Stemloc B-Application Multiple O alignment O and O secondary O structure O prediction O RNA O Local O or O global O I O . O Holmes O 2005 O , O GPL B-License 3 O ( O parte O de O DART O ) O T-Coffee B-Application More O sensitive O progressive O alignment O Both O Local O or O global O C O . O Notredame O et O al O . O Following O that O Jeremy O Chin O and O Lucas O Martin-King O ported O the O game O to O SDL B-Operating_System and O released O their O work O under O the O GNU B-License GPL-2.0-or-later I-License as O " O C-Dogs B-Application SDL B-Operating_System " O . O 7-Zip B-Language is O a O free B-License and I-License open-source I-License file B-Application archiver I-Application , O a O utility O used O to O place O groups O of O files O within O compressed O containers O known O as O " O archives O " O . O Leela B-Application Chess I-Application Zero I-Application ( O abbreviated O as O LCZero B-Application , O lc0 B-Application ) O is O a O free B-License , I-License open-source I-License , O and O deep O neural O network O – O based O chess B-Application engine I-Application and O volunteer B-Operating_System computing I-Operating_System project O . O The O XFree86 O Project O states O that O the O license O is O " O as O GPL B-License compatible O as O any O and O all O previous O versions O were O " O , O but O does O not O mention O which O version O or O versions O of O the O GPL B-License this O is O valid O for O . O The O game O is O developed O as O free B-Application and I-Application open I-Application source I-Application software I-Application under O the O GNU B-License GPL-3.0-or-later I-License . O N/A O lede-project.org O at O Alexa O Merged O with O OpenWrt B-Application RutOS O OpenWrt B-Application GPL B-License , O etc O . O While O this O is O often O called O " O access B-License to I-License source I-License code I-License " O or O " O public O availability O " O , O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System ( O FSF O ) O recommends O against O thinking O in O those O terms O , O because O it O might O give O the O impression O that O users O have O an O obligation O ( O as O opposed O to O a O right O ) O to O give O non-users O a O copy O of O the O program O . O under O FOSS O licenses O and O shifted O the O code O to O a O GitHub B-Application repository.NET O Core O is O Open B-Application Source I-Application on O dotnetfoundation.org O ( O November O 2014 O ) O NetBeans B-Application 1997 O 2007 O GPL B-License , O CDDL B-Application An O integrated B-Application development I-Application environment I-Application ( O IDE O ) O for O Java B-Language and O other O programming O languages O Netscape O Enterprise O Server O 2009 O BSD B-Operating_System Sun O Microsystems O open O sourced O it O . O Wings O is O a O freeware B-License video O game O ( O originally O shareware B-License ) O created O by O Miika O Virpioja O . O GNU B-License General I-License Public I-License License I-License v3 O But O not O with O GPLv2 O without O " O or O later O " O clause O . O GitHub B-Application , O GitLab B-Application and O Gitea B-Application now O hosts O a O significant O amount O of O free B-License and I-License open-source I-License games O . O is O a O free O GPL B-License analog O of O The B-Application Geometer I-Application 's I-Application Sketchpad I-Application ( O GSP O ) O , O written O in O Java B-Language . O Proponents O of O the O GPL B-License point O out O that O once O code O becomes O proprietary B-Application , O users O are O denied O the O freedoms O that O define O free O software O . O TupiTube B-Language ( O also O known O as O Tupi B-Language 2D O ) O is O a O free B-License and I-License open-source I-License 2D O animation O software O for O amateur O artists O , O children O and O teenagers O . O UltraStar B-Application is O released O under O Freeware B-License License O . O Includes O a O single-player O campaign O and O skirmish O modes O as O well O as O multiplayer.Biniax20052012Puzzlezlibzlib2DBos O Wars20042013RTSGPL-2.0-or-laterGPL-2.0-or-laterIsometric O 2D2D O real-time O strategy O game O running O on O a O modified O version O of O the O Stratagus B-Application engine.BZFlag19972022Tank O FPSLGPL-2.1-only O and O MPL-2.0LGPL-2.1-only O and O MPL-2.03DA O first-person O shooter O 3D O tank-based O multiplayer O online O game.C-Dogs O SDL20022021Run O and O gunPublic-domain O software O / O GPL-2.0-or-later B-License CC0 O , O CC O BY O , O CC O BY-SA2DOverhead O run-and-gun O , O with O hotseat O cooperative O and O deathmatch O play O for O up O to O four O players.Cart O Life20112017SimulationCart O Life O 's O Free O License B-License ( O permissive B-License license I-License ) O Cart B-Application Life I-Application 's O Free O License B-License ( O permissive B-License license I-License ) O , O Freeware2DIn O March O 2014 O the O source O code O and O game O was O made O available O by O Richard B-Application Hofmeier I-Application for O free O online O , O saying O he O was O finished O supporting O the O game.cartlife_opensores.zip O on O the O author O 's O dropbox O Winner O of O the O IGF O 2013 O award O . O The O Xen B-Operating_System Project I-Operating_System team O is O a O global O open B-License source I-License community O that O develops O the O Xen B-Operating_System Hypervisor I-Operating_System , O contributes O to O the O Linux B-Operating_System PVOPS O framework O , O the O Xen® O Cloud O Platform O , O and O Xen® O ARM O . O Manufacturers O can O provide O mobile O equipment O with O a O licensed O , O or O as O open B-License source I-License , O or O combining O both O and O including O their O own O or O the O operator O 's O modifications O and O branding O for O specific O markets O or O purposes O . O If O this O does O n't O make O the O X11 B-License license I-License unacceptable O , O it O does O n't O make O selling O exceptions O unacceptable O " O . O The O Eclipse B-Application plugin B-Application includes O most O features O of O Community O Edition O and O is O also O released O under O GPL B-License license I-License . O Astrolog B-Language 1991 O 2015 O GPL-2.0-or-later B-License / O custom O permissive O Has O always O been O freeware B-License and O open B-Application source I-Application , O but O had O a O custom O attribution O demanding O permissive O license O . O Dev-Pascal B-Language is O a O free B-Application integrated B-Application development I-Application environment I-Application ( O IDE O ) O distributed O under O the O GNU B-License General I-License Public I-License License I-License for O programming O in O Pascal B-Application and O Object B-Language Pascal I-Language . O Ek O Kian O 24.1 O GIMPshop B-Language GIMP B-Application with O a O GUI B-Application similar O to O Adobe B-Operating_System Photoshop I-Operating_System Scott O Moschella O 2.2.11 O 2006 O no O progress O GNU B-Language Paint I-Language Free B-License and I-License open-source I-License raster B-Application graphics I-Application editor I-Application for O GTK O 2 O Andy O Tai O no O progress O GrafX2 B-Device GrafX2 B-Device with O a O GUI B-Application similar O to O Deluxe B-Application Paint I-Application Sunset O Design O ( O Guillaume O Dorme O , O Karl O Maritaud O ) O GraphicConverter B-Operating_System Image O viewer O , O converter O , O organizer O and O editor O capable O of O importing O around O 200 O and O exporting O 80 O different O image O file O types O . O It O was O built O as O a O Filesystem B-Application in I-Application Userspace I-Application ( O FUSE B-Application ) O program O and O released O under O the O GPL B-License but O work O on O Captive B-Application NTFS I-Application ceased O in O 2006 O . O The O association O 's O mission O is O to O drive O the O future O development O of O open-source B-License software O through O a O growing O network O of O stakeholders O , O including O IT-service O providers O , O content O owners O from O various O domains O , O educational O experts O , O and O content O and O methodology O users O . O At O the O beginning O of O February O 2005 O Paul O Hemetsberger O allowed O vocabulary O lists O to O be O downloaded O under O the O conditions O of O the O free O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O The O MacUser O Guide O to O Shareware B-License ( O 1993 O ) O stated O " O BeamWars B-Application stands O out O as O one O of O the O finest O arcade-type O games O , O commercial O or O shareware B-License , O ever O written O for O the O Macintosh B-Device " O and O described O the O game O as O " O a O delightful O , O nerve-wracking O combination O of O sound O , O skill O , O and O color. O " O Originally O , O Episode O 1 O was O shareware B-License , O while O Episode O 2 O was O available O only O upon O registration O . O Sun O has O released O it O under O GPL B-License . O It O is O supported O by O the O Thailand O Research O Fund O and O is O free B-Application software I-Application released O under O the O GNU B-License GPL I-License . O In O 2009 O , O the O Open O Source O Initiative O chose O not O to O approve O the O license O as O an O open-source B-Application license O due O to O redundancy O with O the O Fair B-License License I-License . O It O was O later O ported O to O Android B-Application as O shareware B-License . O Both O the O freeware B-License and O commercial B-Application version O received O a O 4 O out O of O 5 O star O average O user O rating O on O CNET O 's O Download.com O website O . O FastStone B-Application Image I-Application Viewer I-Application is O an O image B-Application viewer I-Application and O organizer B-Application for O Microsoft B-Application Windows I-Application , O provided O free B-License of O charge O for O personal O and O educational O use O , O . O Commotion O Wireless O – O FOSS B-License mesh O networking O . O Sun O first O released O OpenOffice.org B-Application under O both O the O LGPL B-Application and O SISSL B-License , O later O under O only O the O LGPL B-Application , O with O a O requirement O for O copyright O assignment O for O any O contributions O to O the O main O code O base O , O which O allowed O Sun O to O create O proprietary O versions O of O the O software O ( O notably O StarOffice O ) O . O NeoOffice O chose O not O to O assign O its O code O to O Sun O , O which O prevented O Sun O from O using O NeoOffice O code O in O official O OpenOffice.org B-Application versions O . O musl B-Language is O a O C B-Language standard I-Language library I-Language intended O for O operating B-General_Concept systems I-General_Concept based O on O the O Linux B-Operating_System kernel I-Operating_System , O released O under O the B-License MIT I-License License I-License . O Qiskit B-Device Optimization O is O an O open-source B-License framework O that O covers O the O whole O range O from O high-level O modeling O of O optimization O problems O , O with O automatic O conversion O of O problems O to O different O required O representations O , O to O a O suite O of O easy-to-use O quantum O optimization O algorithms O that O are O ready O to O run O on O classical O simulators O , O as O well O as O on O real O quantum O devices O via O Qiskit B-Device . O Plucker B-Application is O licensed O under O the O GNU B-License General I-License Public I-License License I-License and O is O free B-Application software I-Application . O The O " O CTF O Edition O " O was O reviewed O positively O by O Phoronix O , O a O Linux-focused O hardware O and O software O review O website O , O as O well O as O Linux.com, O a O website O providing O news O related O to O free B-License and I-License open-source I-License software I-License . O KARL O is O an O open B-License source I-License , O web-based O product O for O collaboration O , O organizational O intranets O and O knowledge O management O . O Xen O ( O pronounced O ) O is O a O free B-License and I-License open-source I-License type-1 O hypervisor B-Operating_System , O providing O services O that O allow O multiple O computer B-General_Concept operating I-General_Concept systems I-General_Concept to O execute O on O the O same O computer B-Architecture hardware I-Architecture concurrently O . O Audacity B-Language is O a O free B-License and I-License open-source I-License digital B-Application audio I-Application editor I-Application and O recording O application B-Application software I-Application , O available O for O Windows B-Application , O macOS B-Application , O Linux B-Application , O and O other O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O This O requirement O applies O to O supported O production O environments O only O ; O a O 32-bit O trial B-License version I-License is O available O for O download O and O testing O . O Id O signed O the O deal O , O but O Scott O Miller O of O Apogee O was O dismayed O ; O he O felt O that O not O having O a O full O trilogy O for O the O shareware B-License game O would O hurt O sales O . O Around O 2004 O lawyer O Lawrence O Rosen O argued O in O the O essay O " O Why O the O public B-Application domain I-Application is O n't O a O license O " O software O could O not O truly O be O waived O into O public B-Application domain I-Application and O cannot O therefore O be O interpreted O as O very O permissive B-License FOSS I-License license I-License , O a O position O which O faced O opposition O by O Daniel O J O . O Bernstein O and O others O . O It O is O a O multi-model O database O , O supporting O graph O , O document O , O key/value O , O and O object O models O but O the O relationships O are O managed O as O in O graph O databases O with O direct O connections O between O records.ORMLiteObject O Relational O Mapping O Lite O ( O ORM O Lite O ) O provides O some O functionality O for O persisting O Java B-Language objects O to O SQL O databases O while O avoiding O the O complexity O and O overhead O of O more O standard O ORM O packages.Payara O ServerJava O EE/Jakarta O EE O Application O Server O and O MicroProfile O implementation.PlayPlay O Framework O is O used O to O build O web O applications O with O Java B-Language & O Scala.PrimeFacesUser O interface O ( O UI O ) O component O library O for O JavaServer B-Language Faces I-Language ( O JSF B-Language ) O based O applications.QuarkusSUPERSONIC O / O SUBATOMIC O / O JAVAQuartzJob O scheduling O library O that O can O be O integrated O into O a O wide O variety O of O Java B-Language applications.SaxEvent-driven O online O algorithm O for O parsing O XML O documents O , O with O an O API O developed O by O the O XML-DEV O mailing O list.SeleniumLibrary O that O provides O automated O control O for O web-browser O , O widely O used O in O web O applications O testing O SLF4JSimple O Logging O Facade O for O Java B-Language ( O SLF4J B-Language ) O serves O as O a O simple O facade O or O abstraction O for O various O logging O frameworks.SonarQubePlatform O for O continuous O inspection O of O code O quality.Jasper O ReportsJava O reporting O tool O that O can O write O to O a O variety O of O targets O , O such O as O : O screen O , O a O printer O , O into O PDF O , O HTML O , O Microsoft O Excel O , O RTF O , O ODT O , O Comma-separated O values O or O XML O files.SpockTesting O and O specification O framework O for O Java B-Language and O Groovy O applications.Spring O IntegrationFramework O for O enterprise O application O integration.Spring O RooSpring O Roo O is O an O open B-License source I-License software O tool O that O uses O convention-over-configuration O principles O to O provide O rapid O application O development O of O Java-based O enterprise O softwareSpring O SecurityAuthentication O and O access-control O frameworkTestNGJUnit-inspired O test O framework O with O extra O functionality.ThymeleafJava O XML/XHTML/HTML5 O template O engine O that O can O work O both O in O web O ( O Servlet-based O ) O and O non-web O environmentsVaadinWeb O framework O for O rich O Internet O applications O . O 3% O 2% O 2% O 2% O 1% O GPL B-License family O together O 71.72 O % O ( + O < O 0.64 O % O ) O 66.56 O % O ? O The O 451group O created O in O June O 2009 O a O proliferation O report O called O The O Myth O of O Open O Source O License O Proliferation.The O Myth O of O Open O Source O License B-License Proliferation I-License on O the451group.com O A O 2009 O paper O from O the O University O of O Washington O School O of O Law O titled O Open O Source O License B-License Proliferation I-License : O Helpful O Diversity O or O Hopeless O Confusion O ? O Dynatrace B-Application invests O in O building O DevOps O and O SRE O automation B-Application and O contributes O developments O to O the O Cloud B-Application Native I-Application Computing I-Application Foundation I-Application ( O CNCF O ) O , O including O the O contribution O of O , O an O open-source B-License pluggable O control O plane O for O cloud-native O application O lifecycle O orchestration B-Application . O The B-License MIT I-License License I-License has O the O identifier O MIT O in O the O SPDX O License O List O . O Free B-Operating_System Pascal I-Operating_System Compiler I-Operating_System ( O FPC O ) O is O an O open-source B-License Object B-Language Pascal I-Language compiler B-Language that O supports O many O Pascal B-Application dialects O , O including O Turbo B-Application Pascal I-Application 7 O , O Delphi B-Language , O and O others O . O The O Linux B-Application kernel B-Operating_System is O licensed O explicitly O under O GNU B-License General I-License Public I-License License I-License version I-License 2 I-License only I-License ( O GPL-2.0-only B-License ) O with O an O explicit O syscall B-Operating_System exception O ( O Linux-syscall-note O ) O , O without O offering O the O licensee O the O option O to O choose O any O later O version O , O which O is O a O common O GPL B-License extension O . O Contributed O code O must O be O available O under O GPL-compatible O license O . O Stockfish B-Application AI I-Application , O an O open B-License source I-License chess O engine O currently O ranked O the O highest O in O many O computer O chess O rankings O . O It O included O numerous O open B-License source I-License utility B-Application software I-Application programs O and O libraries B-Library . O On O March O 21 O , O 2006 O , O Sun O released O the O source O code O to O the O T1 O IP B-Architecture core I-Architecture under O the O GNU B-License General I-License Public I-License License I-License v2 O . O Generally O , O the O phones O included O on O this O list O contain O copyleft B-License software I-License other O than O the O Linux O kernel O , O and O minimal O closed-source B-Application component O drivers O ( O see O section O above O ) O . O Fat-Free B-Language Framework I-Language is O an O open-source B-Application web B-Application framework I-Application distributed O under O the O GNU B-License General I-License Public I-License License I-License and O hosted O by O GitHub B-Application and O SourceForge B-Application . O HPGCC O is O an O implementation O of O the O GCC B-Application compiler I-Application , O released O under O the O GNU B-License GPL I-License . O It O is O now O mainly O targeted O at O the O ARM-based O 49g+ O /50g O calculators O . O Previous O versions O of O HPGCC O supported O the O other O ARM-based O calculator O models O ( O the O 48gII O , O and O the O hp O 39g+ O /HP O 39gs/HP O 40gs O ) O , O but O this O was O removed O due O to O lack O of O interest O and O compatibility O issues O . O On O 18 O March O 2006 O , O the B-License Blender I-License Foundation I-License released O its O first O film O , O Elephants O Dream O . O RunScanner B-Application is O a O freeware B-License Microsoft B-Application Windows I-Application system O utility O which O scans O a O windows O system O for O all O configured O running O programs O and O autostart O locations O . O HammerDB B-Application is O an O open B-License source I-License database O benchmarking O application O developed O by O Steve O Shaw O . O This O was O part O of O their O agreement O with O Interplay O for O the O latter O 's O purchase O of O the O rights O to O Descent B-Application , O and O Apogee O decided O to O release O FreeSpace B-Application as O shareware B-License , O with O themselves O as O the O merchant O of O the O registered O version O . O An O Open B-License Source I-License project O developed O at O the O Institute O for O Theoretical O Physics O at O ETH O , O which O uses O the O Python B-Language programming I-Language language I-Language to O create O and O manipulate O quantum B-Application circuits I-Application . O Achtung O , O die O Kurve O !, O also O known O as O Curve O Fever O or O simply O Achtung O , O is O a O freeware B-License , O multiplayer O snake B-Application game I-Application for O MS-DOS B-Application . O However O , O Pegasus B-Application Mail I-Application would O change O from O freeware B-License to O donationware B-License and O Mercury B-Application would O change O to O a O licence O for O fee O for O configurations O with O more O than O a O certain O number O of O email O boxes O . O The O GPL B-License and O LGPL B-Application were O revised O to O version O 3 O in O 2007 O , O adding O clauses O to O protect O users O against O hardware O restrictions O that O prevent O users O from O running O modified O software O on O their O own O devices O . O Jam.py B-Language is O free B-License and I-License open-source I-License low-code/no O -code O " B-Application full I-Application stack I-Application " I-Application WSGI B-Language rapid O application O development O framework O for O the O JavaScript B-Language and O Python B-Language programming I-Language language I-Language . O Yet O , O many O FOSS B-License licenses O , O like O the O Apache B-Application License I-Application , O and O all O Free B-License Software I-License licenses I-License allow O commercial O use O of O FOSS B-License components O . O The O W3C B-License did O not O consider O demonstration O projects O to O be O high O priority O , O and O thus O , O the O Arena B-Application browser I-Application was O entirely O shut O down O in O favor O of O outside O Linux-community O development O . O GPL B-License License I-License C++ O , O PHP B-Application , O Shell O script O OpenShift B-General_Concept 2011-05-04 O Apache B-Application License I-Application Go B-Application OpenStack B-Application 2010-10-21 O Apache B-Application License I-Application Python B-Language OnApp B-General_Concept 2010-07-01 O Proprietary B-Application Java B-Language , O Ruby B-Language , O C++ O oVirt B-Language 2012-08-09 O Apache B-Application License I-Application Java B-Language , O Python B-Language ? O Currently O , O the O source O code O is O available O under O a O modified O MIT B-License License I-License but O it O " O may O not O be O used O in O any O commercial O product O without O written O permission O from O Rex B-Application C I-Application . I-Application Conn I-Application " O and O " O may O not O be O compiled O for O use O on O any O operating O system O other O than O FreeDOS B-Application " O - O so O does O not O qualify O as O open O source O as O defined O by O Open O Source O Initiative O . O The O last O update O by O JP B-Application Software I-Application was O version O 7.50.130 O , O released O in O August O 2004 O . O During O its O 15-year O history O , O 4DOS B-Application underwent O numerous O updates O ; O here O are O a O few O of O the O most O significant O . O JHipster B-Language is O a O free B-License and I-License open-source I-License application O generator O used O to O quickly O develop O modern O web B-Application applications I-Application and O Microservices O using O Angular B-Language or O React B-Application ( O JavaScript B-Language library O ) O and O the B-Application Spring I-Application Framework I-Application . O GeoMesa B-Language is O an O open-source B-License distributed O spatiotemporal O index O built O on O top O of O Bigtable-style O databases O using O an O implementation O of O the O Z-order_curve O to O create O a O multi-dimensional O index O combining O space O and O time O . O With O the O 2.0 O alpha O release O , O the O license O was O changed O to O the O Microsoft B-License Public I-License License I-License , O which O the O OSI O has O approved O . O The O Kroz B-Application concept O , O including O the O text O mode O implementation O , O was O cloned O by O Potomac O Computer O Systems O for O the O ZZT'' O games O , O which O also O used O the O same O shareware B-License business O model O . O In O February O 2006 O , O Ingres B-Application Corporation O released O Ingres B-Application 2006 O under O the O GNU B-License General I-License Public I-License Licence I-License . O DimensioneX O is O an O Open B-License Source I-License ( O GPL O ) O and O totally O free O Multiplayer O Engine O designed O for O beginners O and O for O quick O development O . O ArcGIS B-Application Desktop I-Application is O available O at O different O product O levels O , O with O increasing O functionality O . O ArcReader O ( O freeware B-License , O viewer O ) O is O a O basic O data O viewer O for O maps O and O GIS B-Application data O published O in O the O proprietary B-Application Esri O format O using O ArcGIS B-Application Publisher O . O Signal O 's O software O is O free B-License and I-License open-source I-License . O Using O the O open B-License source I-License voice O bridge O , O ' O jVoiceBridge O ' O , O not O only O do O you O hear O recorded O audio O in O stereo O at O CD-quality O , O but O you O also O can O hear O other O live O people O at O this O quality O . O Most O of O the O ELinOS B-Application software O packages O are O open B-Application source I-Application and O licensed O under O the O GPL B-License . O It O is O published O under O the O GNU B-License General I-License Public I-License License I-License version O 2 O . O RPAN O Studio O has O been O built O on O top O of O OBS B-Language , O an O open-source B-License streaming O and O recording O program O . O libxslt B-Language is O a O free B-Application library B-Library released O under O the B-License MIT I-License License I-License that O can O be O reused O in O commercial O applications O . O The O application O is O written O in O C B-Language and O is O free B-License and I-License open-source I-License software I-License released O under O GPL-2.0-or-later B-License . O Open-design O movement O , O development O of O physical O products O , O machines O and O systems O via O publicly O shared O design O information O , O including O free B-License and I-License open-source I-License software I-License and O open-source B-Application hardware O , O among O many O others O : O Public-domain B-Application software I-Application is O a O type O of O FOSS B-License , O which O is O royalty-free O and O - O openly O or O reservedly O - O can O be O run O , O distributed O , O modified O , O reversed O , O republished O , O or O created O in O derivative O works O without O any O copyright O attribution O and O therefore O revocation O . O In O 2018 O , O Berners-Lee O took O a O sabbatical O from O MIT B-License to O launch O a O commercial O venture O based O on O Solid O , O named O Inrupt B-Application . O RasMol B-Language has O a O complex O licensing B-License version O history O . O Released O under O the O GNU B-License General I-License Public I-License License I-License , O Fellow O is O free B-Application software I-Application . O It O is O free B-License and I-License open-source I-License software I-License released O under O a O BSD-style B-Operating_System license I-Operating_System . O In O 2003 O , O code O from O ALTQ B-Algorithm , O which O had O a O license B-License disallowing O the O sale O of O derivatives O , O was O relicensed O , O integrated O into O pf B-Protocol and O made O available O in O OpenBSD B-Operating_System 3.3 O . O Permissively B-License licensed I-License DEFLATE B-Algorithm implementations O , O such O as O zlib B-Language , O are O widely O available O . O According O to O David O Kushner O in O Masters O of O Doom B-Application , O id O Software O released O a O retail O shareware B-License version O of O Quake B-Application before O the O game O 's O full O retail O distribution O by O GT O Interactive O . O Tor B-Application , O short O for O " O The B-Application Onion I-Application Router I-Application , O " O is O free B-License and I-License open-source I-License software I-License for O enabling O anonymous O communication O . O It O was O notable O for O dropping O both O the O version O number O and O designating O itself O as O a O beta O version O rather O than O a O demo B-License . O The O software O is O sold O on O a O try-before-you-buy B-License basis O . O These O are O used O to O reconcile O software B-License licenses I-License and O installed O software O , O and O generally O include O device O discovery O , O software O inventory O , O license O compliance O , O and O reporting B-Application functions O . O NoteTab O – O Allows O you O to O have O multiple O tabs O open O for O different O files O , O has O FTP B-Protocol support O , O comes O in O two O trial B-License versions I-License ( O NoteTab O Standard O , O NoteTab O Pro O ) O and O one O free B-Application version O NoteTab O Light O . O The O Pi-hole B-Application project O was O created O by O Jacob O Salmela O as O an O open B-License source I-License alternative O to O AdTrap O in O 2014 O and O was O hosted O on O GitHub O . O In O 2006 O , O Richard O Stallman O responded O in O an O interview O that O Mundie O 's O metaphor O of O a O " O virus O " O is O wrong O as O software O under O the O GPL B-License does O not O " O attack O " O or O " O infect O " O other O software B-Application . I-Application It O is O freeware B-License for O clients O , O though O developers O and O software O companies O who O wish O to O redistribute O it O as O part O of O a O software O package O or O use O the O Bonjour O logo O may O need O a O licensing O agreement O . O Much O documentation O written O by O the B-Application GNU I-Application Project I-Application , O the O Linux O Documentation O Project O and O others O licensed O under O the O GNU B-Application Free I-Application Documentation I-Application License I-Application contain O invariant O sections O , O which O do O not O comply O with O the O DFSG B-License . O This O allowed O users O to O create O a O lot O of O open-source B-License libraries O , O downloadable O at O the O Basic4ppc B-Language forum B-Application , O usually O with O complete O source O code O . O The O app O was O supposed O to O be O source B-License available I-License to O allow O it O to O be O audited O and O analysed O by O the O public O , O however O , O this O was O delayed O until O a O review O by O the O Australian O Signals O Directorate O had O been O completed O . O Sun O Microsystems O contributed O significantly O to O the O Lightning B-Language extension O project O to O provide O users O with O a O free B-License and I-License open-source I-License alternative O to O Microsoft B-Application Office I-Application by O combining O OpenOffice.org B-Application and O Thunderbird/Lightning O . O The O software B-License license I-License was O also O changed O to O the O open O source O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O The O economic O incentives O to O work O on O copyleft B-License content O can O vary O . O Paul O Vixie O stated O on O the O BIND B-Protocol mailing O list O that O the O ISC B-License license I-License started O using O the O term O " O and/or O " O to O avoid O controversy O similar O to O the O events O surrounding O the O University O of O Washington O 's O refusal O to O allow O distribution O of O the O Pine B-Operating_System email O software O . O Released O in O 1987/1988 O , O the O game O was O later O with O version O 1.3 O released O as O freeware B-License . O FFmpeg O is O a O free B-License and I-License open-source I-License software I-License project O consisting O of O a O suite O of O libraries B-Library and O programs B-Application for O handling O video O , O audio O , O and O other O multimedia O files O and O streams O . O At O its O core O is O the O command-line B-Application ffmpeg O tool O itself O , O designed O for O processing O of O video O and O audio O files O . O The O complete O source O code O of O the O Signal O clients B-Protocol for O Android B-Application , O iOS B-Application and O desktop B-Application is O available O on O GitHub B-Application under O a O free B-License software I-License license I-License . O Academic O licenses O are O free O of O charge.ALGLIB O A O commercial O edition O of O the O copyleft B-License licensed O library O . O agrep B-Device is O under O a O free O ISC B-License License I-License . O Caldera O 's O OpenDOS O End-User O License B-License Agreementlicense.txt O The O Caldera O OpenDOS O 7.01 O source O code O was O a O base O for O the O DR-DOS/OpenDOS O Enhancement O Project O in O 2002.Welcome O to O the O DR-DOS/OpenDOS O Enhancement O Project O ! O In O combination O with O MiNT B-Application , O TOS B-Application 4 O allowed O full O multitasking O support O in O GEM O . O When O Caldera O bought O the O remaining O Digital O Research O assets O from O Novell O on O 23 O July O 1996 O , O initial O plans O were O to O revive O GEM O and O ViewMAX B-Application technologies O for O a O low-footprint O user O interface O for O OpenDOS B-Application in O mobile O applications O as O Caldera O View O , O but O these O plans O were O abandoned O by O Caldera O UK O in O favour O of O DR-WebSpyder B-Application and O GROW B-Application . O Caldera O Thin O Clients O ( O later O known O as O Lineo O ) O released O the O source O to O GEM O and O GEMXM O under O the O terms O of O GNU B-License GPL-2.0-only I-License in O April O 1999 O . O The O development O of O GEM O for O PC O continues O as O FreeGEM B-Application and O OpenGEM O . O PC O Zone O , O in O its O first O issue O in O 1993 O , O quoted O shareware B-License distributors O as O saying O Goodbye B-Application , I-Application Galaxy I-Application was O one O of O the O top O shareware B-License sellers O of O 1992 O , O behind O Wolfenstein B-Application 3D I-Application . O Tom O Hall O has O claimed O " O The B-Application Armageddon I-Application Machine I-Application " O as O the O best O Commander B-Application Keen I-Application episode O and O his O favorite O . O The O library O is O published O under O the B-License MIT I-License license I-License and O its O main O developers O are O Matthew O Honnibal O and O Ines O Montani O , O the O founders O of O the O software O company O Explosion O . O KeePassX B-Application is O a O free B-License and I-License open-source I-License password O manager O . O In O October O — O December O 1990 O , O a O team O of O employees O from O programming O studio O Softdisk O , O calling O themselves O Ideas O from O the O Deep O , O developed O the O three-part O video O game O Commander B-Application Keen I-Application in I-Application Invasion I-Application of I-Application the I-Application Vorticons I-Application . O After O the O release O of O the O game O in O December O , O and O the O arrival O of O the O first O US$ O 10,500 O royalty O check O from O shareware B-License publisher O Apogee O Software O , O the O team O quit O Softdisk O and O started O their O own O company O , O id O Software O . O Later O that O month O , O both O Steam B-Application and O GOG.com O restored O Origins O for O sale O . O They O agreed O that O Stardock O will O own O the O Star B-Application Control I-Application trademark O , O and O Reiche O and O Ford O will O own O the B-Application Ur-Quan I-Application Masters I-Application trademark O , O with O a O perpetual O trademark O license O to O the B-Application Ur-Quan I-Application Masters I-Application fan O community O for O their O open B-License source I-License project O . O Open B-License source I-License printer O designs O are O often O popular O in O online O do O it O yourself-communities O . O The O shareware B-License version O includes O basic O icon O changing O and O the O Icon O Explorer B-Protocol , O an O icon O viewing O applet O . O Today O , O as O a O stable O code O collection O , O it O is O one O of O the O largest O open B-License source I-License Delphi B-Language libraries O , O and O its O code O is O widely O used O in O the O Delphi B-Language community O . O FOSS B-License is O often O free O of O charge O although O donations O are O often O encouraged O . O NeoOffice O is O an O office O suite O for O the O macOS B-Operating_System operating B-General_Concept system I-General_Concept developed O by O Planamesa O Inc O . O It O is O a O commercial O fork B-Application of O the O free B-License and I-License open I-License source I-License LibreOffice B-Application office O suite O , O including O a O word B-General_Concept processor I-General_Concept , O spreadsheet B-Application , O presentation B-Application program I-Application and O graphics B-Application program I-Application , O it O adds O some O features O not O present O in O the O macOS B-Operating_System versions O of O LibreOffice B-Application and O Apache B-Application OpenOffice I-Application . O Current O versions O are O based O on O LibreOffice B-Application 4.4 I-Application , O which O was O released O mid-2014 O . O Like O the O BSD B-Operating_System license I-Operating_System , O the B-License MIT I-License license I-License does O not O include O an O express O patent O license O although O some O commentators O state O that O the O grant O of O rights O covers O all O potential O restrictions O including O patents O . O The O application O was O originally O shareware B-License , O but O became O free O with O the O release O of O NetNewsWire B-Application 3.1 O on O January O 10 O , O 2008 O . O On O April O 12 O , O 2011 O , O Univa B-General_Concept rolled O out O its O initial O commercial O release O of O Univa B-Operating_System Grid I-Operating_System Engine I-Operating_System based O on O open B-License source I-License Grid B-Operating_System Engine I-Operating_System . O The O shareware B-License version O sold O 393,575 O copies O and O grossed O $ O 3,005,519 O in O the O United O States O during O 1996 O . O Many O are O shareware B-License and O freeware B-License . O I2P B-Protocol is O free B-Application and O open B-Application sourced I-Application , O and O is O published O under O multiple O licenses B-License . O I2P B-Protocol is O beta O software O since O 2003 O , O when O it O started O as O a O fork O of O Freenet B-Protocol . O bcache B-Application is O licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O and O Kent O Overstreet O is O its O primary O developer O . O The O Galaxy O Express O is O powered O by O Android B-Application , O a O Linux-based O , O open B-License source I-License mobile B-Operating_System operating I-Operating_System system I-Operating_System developed O by O Google B-Application and O introduced O commercially O in O 2008 O . O This O clause O eventually O became O controversial O , O as O it O required O authors O of O all O works O deriving O from O a O BSD-licensed O work O to O include O an O acknowledgment O of O the O original O source O in O all O advertising O material O . O In O arguing O against O it O , O Richard O Stallman O has O stated O that O he O counted O 75 O such O acknowledgments O in O a O 1997 O version O of O NetBSD B-Device . O In O addition O , O the O clause O presented O a O legal O problem O for O those O wishing O to O publish O BSD-licensed O software O which O relies O upon O separate O programs O using O the O GNU B-License GPL I-License : O the O advertising O clause O is O incompatible O with O the O GPL B-License , O which O does O not O allow O the O addition O of O restrictions O beyond O those O it O already O imposes O ; O because O of O this O , O the O GPL B-License 's O publisher O , O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System , O recommends O developers O not O use O the O license O , O though O it O states O there O is O no O reason O not O to O use O software O already O using O it O . O The O advertising O clause O was O removed O from O the O license O text O in O the O official O BSD B-Operating_System license O on O July O 22 O , O 1999 O , O by O William O Hoskins O , O Director O of O the O Office O of O Technology O Licensing O for O UC O Berkeley O . O SVT-AV1 O - O An O AV1 B-Application encoder O originally O developed O by O Intel O and O Netflix O , O which O is O available O as O FLOSS B-License now O . O The O latest O version O of O RealPlayer B-Application that O can O run O on O Windows B-Application 9x O is O RealPlayer B-Application 8 O ; O but O this O version O can O be O easily O modified O to O play O RealPlayer B-Application 9 O and O 10 O files O , O by O the O manual O addition O of O just O three O .dll O files O ( O codecs O and O plugins O ) O , O from O Microsoft O 's O free O distribution O of O RealPlayer B-Application 10 O , O that O are O not O included O in O RealPlayer B-Application 8 O Basic O . O RealNetworks O has O also O developed O the O open B-License source I-License Helix B-Application player I-Application , O however O support O for O RealVideo O in O the O Helix B-Application Project I-Application is O limited O because O RealNetworks O is O still O keeping O the O codecs O proprietary B-Application . O Univa B-General_Concept was O founded O in O 2004 O under O the O name O Univa B-General_Concept Corporation I-General_Concept by O Carl O Kesselman O , O Ian O Foster O , O and O Steve O Tuecke O and O was O at O that O time O primarily O known O for O providing O open B-License source I-License products O and O technical O support O based O around O the O Globus O Toolkit O . O Additional O APIs B-General_Concept exist O , O beyond O simple O transaction O demarcation O , O providing O for O the O more O advanced O capabilities O necessary O to O address O practical O issues O found O when O dealing O with O performance O optimization O and O scalability O for O systems O with O large O amounts O of O data O , O many O concurrent B-License users I-License , O network B-Protocol latency I-Protocol , O disk O bottlenecks O , O etc O . O gThumb B-Application is O a O free B-License and I-License open-source I-License image B-Application viewer I-Application and O image B-Application organizer I-Application with O options O to O edit B-Application images I-Application . O The O program O is O free B-Application software I-Application released O under O the O Eclipse B-License Public I-License License I-License . O The B-Application Google I-Application Summer B-Application of I-Application Code I-Application , O often O abbreviated O to O GSoC B-Application , O is O an O international O annual O program O in O which O Google B-Application awards O stipends O to O contributors O who O successfully O complete O a O free B-License and I-License open-source I-License software I-License coding O project O during O the O summer O . O He O again O praised O the O game O in O June O 1994 O , O reporting O " O I O have O not O been O as O hooked O on O an O action O title O since O Sidewinder B-Application " O in O 1988 O and O concluding O that O it O was O " O the O best O shareware B-License title O to O arrive O since O " O Doom B-Application . O These O drivers O mostly O equate O to O those O described O in O VMware O 's O hardware B-Device compatibility I-Device list I-Device . O All O these O modules O fall O under O the O GPL B-License . O Documents O that O use O the O fonts O are O not O required O to O be O licensed O under O the O Ubuntu B-License Font I-License Licence I-License . O LiveJournal B-Application 1999 O 2014 O GPL B-License The O source O code O was O made O private O in O 2014.MongoDB20092018GNU O Affero O GPLRe-licensed O under O the O " O Server O Side O Public O License O " O ( O SSPL O ) O , O a O self-published O modification O of O the O GNU B-License General I-License Public I-License License I-License v3 O that O requires O the O entirety O of O any O " O service O " O that O incorporates O SSPL-licensed O software B-Application , O including O all O components O necessary O for O someone O to O implement O the O service O themselves O ( O in O comparison O to O the O previous O AGPL O license O , O which O only O requires O the O release O of O the O source O code O for O the O instance O of O AGPL-licensed O software B-Application when O conveyed O to O users O over O a O network O ) O to O be O licensed O and O released O under O the O SSPL O . O The O first O public O version O of O Franca O was O released O in O March O 2012 O under O the O Eclipse B-License Public I-License License I-License , O version O 1.0 O . O An O open-source B-License project O created O by O for O designing O photonic O quantum B-Application circuits I-Application and O developing O quantum B-Device algorithms I-Device , O based O on O Python B-Language . O Per B-License seat I-License licensing I-License is O administered O by O providing O user-level O security O to O the O directory O containing O the O program O . O CDDL B-Application is O one O of O several O Open B-Application Source I-Application Licenses O which O are O incompatible O with O GPL B-License . O the O project O delivers O a O kernel B-Operating_System , O device B-Application drivers I-Application , O userland O utilities O , O and O documentation O , O as O opposed O to O Linux B-Application only O delivering O a O kernel B-Operating_System and O drivers O , O and O relying O on O third-parties O for O system B-Application software I-Application ; O FreeBSD B-Operating_System source O code O is O generally O released O under O a O permissive B-License BSD B-Operating_System license I-Operating_System , O as O opposed O to O the O copyleft B-License GPL B-License used O by O Linux B-Application . O SLUC B-License is O a O Spanish O acronym O for O Software O Libre O para O Uso O Civil O ( O " O Free O Software O for O Civil O Use O " O ) O . O U-Prove B-Application is O a O free B-License and I-License open-source I-License technology O and O accompanying O SDK B-Application for O user-centric O identity O management O . O Miller O 's O experience O with O Beyond B-Application the I-Application Titanic I-Application and O Supernova B-Application led O him O to O develop O the O Apogee O model O which O would O become O Apogee O 's O standard O method O of O marketing O future O releases O . O Beyond B-Application the I-Application Titanic I-Application was O re-released O as O freeware B-License by O Apogee O on O March O 10 O , O 1998 O . O The O source O code O for O the O game O was O released O as O free B-Application software I-Application under O the O GPL-2.0-or-later B-License license O on O March O 20 O , O 2009 O . O Aladin B-Application is O developed O and O maintained O by O the O Centre O de O données O astronomiques O de O Strasbourg O ( O CDS O ) O and O released O under O the O GNU B-License GPL I-License v3 O . O Multiuser O DOS B-Device is O a O real-time B-Operating_System multi-user O multi-tasking O operating B-General_Concept system I-General_Concept for O IBM O PC-compatible O microcomputers O . O An O evolution O of O the O older O Concurrent O CP/M B-Operating_System -86 I-Operating_System , O Concurrent O DOS B-Device and O Concurrent O DOS B-Device 386 B-General_Concept operating B-General_Concept systems I-General_Concept , O it O was O originally O developed O by O Digital O Research O and O acquired O and O further O developed O by O Novell O in O 1991 O . O Its O ancestry O lies O in O the O earlier O Digital O Research O 8-bit O operating B-General_Concept systems I-General_Concept CP/M B-Application and O MP/M B-Operating_System , O and O the O 16-bit B-Device single-tasking O CP/M B-Operating_System -86 I-Operating_System which O evolved O from O CP/M B-Application . O When O Novell O abandoned O Multiuser O DOS B-Device in O 1992 O , O the O three O master O value-added O resellers O ( O VARs O ) O DataPac O Australasia O , O Concurrent O Controls O and O Intelligent O Micro O Software O were O allowed O to O take O over O and O continued O independent O development O into O Datapac O Multiuser O DOS B-Device and O System O Manager O , O CCI O Multiuser O DOS B-Device , O and O IMS O Multiuser O DOS B-Device and O REAL/32 O . O The O FlexOS B-Operating_System line O , O which O evolved O from O Concurrent B-Operating_System DOS I-Operating_System 286 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System 68K I-Operating_System , O was O sold O off O to O Integrated O Systems O , O Inc O . O ( O ISI O ) O in O July O 1994 O . O The O initial O version O of O CP/M B-Operating_System -86 I-Operating_System 1.0 O ( O with O BDOS B-Operating_System 2.x O ) O was O adapted O and O became O available O to O the O IBM B-Device PC I-Device in O 1982 O . O It O was O commercially O unsuccessful O as O IBM O 's O PC O DOS B-Device 1.0 O offered O much O the O same O facilities O for O a O considerably O lower O price O . O Neither O PCDOS B-Operating_System nor O CP/M B-Operating_System -86 I-Operating_System could O fully O exploit O the O power O and O capabilities O of O the O new O 16-bit B-Device machine O . O It O was O soon O supplemented O by O an O implementation O of O CP/M B-Application ' O s O multitasking B-Operating_System ' O big O brother O ' O , O MP/M B-Operating_System -86 I-Operating_System 2.0 O , O since O September O 1981 O . O This O turned O a O PC O into O a O multiuser O machine O capable O of O supporting O multiple O concurrent B-License users I-License using O dumb O terminals O attached O by O serial B-Protocol ports I-Protocol . O CP/M B-Operating_System -86 I-Operating_System 1.1 O ( O with O BDOS B-Operating_System 2.2 O ) O and O MP/M B-Operating_System -86 I-Operating_System 2.1 O were O merged O to O create O Concurrent O CP/M B-Operating_System -86 I-Operating_System 3.0 O ( O also O known O as O CCP/M O -86 O ) O with O BDOS B-Operating_System 3.0 O in O late O 1982 O . O VCV B-Language Rack I-Language is O a O free B-License and I-License open-source I-License cross-platform O software B-Application modular O synthesizer O . O ClangBSD B-Application aims O to O replace O some O GPL B-License dependencies O in O the O FreeBSD B-Operating_System base O system O by O replacing O the O GNU B-Application compiler I-Application collection I-Application with O the O BSD-licensed O LLVM/Clang O compiler B-Language . O The O Vim O license O is O compatible O with O the O GNU B-License General I-License Public I-License License I-License through O a O special O clause O allowing O distribution O of O modified O copies O under O the O GNU B-License GPL I-License version I-License 2.0 I-License or I-License later I-License . O Like O vi B-Application , O Vim O 's O interface O is O not O based O on O menus O or O icons O but O on O commands O given O in O a O text B-Application user I-Application interface I-Application ; O its O GUI B-Application mode O , O gVim O , O adds O menus O and O toolbars O for O commonly O used O commands O but O the O full O functionality O is O still O expressed O through O its O command B-Application line I-Application mode O . O A O minority O of O the O software O used O by O most O of O Linux B-Application distributions I-Application , O such O as O the O X B-Operating_System Window I-Operating_System System I-Operating_System , O is O licensed O under O permissive B-License free I-License software I-License licenses I-License . O mpg123 B-Language is O a O free B-License and I-License open-source I-License audio O player O . O With O OpenMS B-Application 2.0 O , O released O in O April O 2015 O , O the O project O provides O a O new O version O that O has O been O completely O cleared O of O GPL B-License code O and O uses O git B-Application ( O in O combination O with O GitHub B-Application ) O for O its O version O control O and O ticketing O system O . O To O open-source B-License their O once-dominant O Netscape B-Protocol Communicator I-Protocol internet O suite O , O Netscape B-Protocol founded O the O Mozilla B-Operating_System project I-Operating_System . O The O game O was O re-distributed O to O the O BBS O , O and O at O this O point O the O creators O published O an O update O making O the O game O shareware B-License . O The O Spear B-Application of I-Application Destiny I-Application retail O episode O was O also O rated O highly O by O Computer O Gaming O Worlds O Bryan O A O . O Walker O , O who O praised O the O added O enemy O types O , O though O he O noted O that O it O was O essentially O the O same O game O as O the O shareware B-License episodes O . O DRR O ( O deficit B-Algorithm round I-Algorithm robin I-Algorithm ) O and O DWRR B-Algorithm , O implementation O e.g. O written O by O Patrick O McHardy O for O the O Linux B-Operating_System kernel I-Operating_System and O published O under O the O GNU B-License General I-License Public I-License License I-License . O Open O Knowledge O International O ( O OKI O ) O described O in O their O Open O Definition O for O open O content O , O open O data O , O and O open B-License licenses I-License , O " O open/free O " O as O synonymous O in O the O definitions O of O open/free O in O the B-License Open I-License Source I-License Definition I-License , O the O FSF B-Application and O the O Definition O of O Free O Cultural O Works O : O Spybot B-Application – I-Application Search I-Application & I-Application Destroy I-Application was O formerly O released O as O freeware B-License for O personal O users O ( O the O former O freeware B-License edition O is O now O a O donationware B-License ) O , O with O more O featureful O versions O available O for O purchase O . O The B-Operating_System Linux I-Operating_System Foundation I-Operating_System is O dedicated O to O building O sustainable O ecosystems O around O open B-License source I-License projects O to O accelerate O technology O development O and O commercial O adoption O . O The O INET O models O are O licensed O under O the O LGPL B-Application or O GPL B-License . O RealNetworks O has O also O developed O the O open B-License source I-License Helix B-Application player I-Application , O however O support O for O RealVideo O in O the O Helix B-Application Project I-Application is O limited O because O RealNetworks O is O still O keeping O the O codecs O proprietary B-Application . O Typically O these O retrieval O times O are O better O , O however O , O as O most O databases O use O indexes B-Data_Structure on O the O primary B-Application keys I-Application , O resulting O in O retrieval O times O of O or O for O keys O that O are O the O same O as O the O database O row O offsets O within O the O storage O system O . O The O data O elements O Neo4j B-Language stores O are O nodes B-Data_Structure , O edges O connecting O them O , O and O attributes O of O nodes B-Data_Structure and O edges O . O Although O not O meant O for O regular O users O , O the O maintenance O manual O described O a O keyboard B-Device sequence O to O switch O the O 5100 O into O a O maintenance O mode O . O In O this O mode O it O was O possible O to O read O and O write O directly O in O RAM B-Architecture memory I-Architecture , O video O memory O , O CPU O registers O , O interrupt O vectors B-Data_Structure , O clock O counter O , O etc. O , O using O hexadecimal O codes O equivalent O to O assembly O language O . O For O instance O , O Swift B-Application uses O an O extension O to O add O the O Equatable O protocol B-Application to O many O of O their O basic O types O , O like O Strings O and O Arrays B-Data_Structure , O allowing O them O to O be O compared O with O the O == O operator O . O If O a O set O of O data B-General_Concept structures I-General_Concept need O to O be O included O in O only O one O linked B-Data_Structure list I-Data_Structure , O then O internal O storage O is O slightly O better O , O unless O a O generic O linked B-Data_Structure list I-Data_Structure package O using O external O storage O is O available O . O For O example O , O if O A O is O an O array B-Data_Structure of O characters O containing O " O abcdef O " O , O the O fourth O element O containing O the O character O ' O d O ' O has O an O offset B-General_Concept of O three O from O the O start O of O A O . O Linear O singly O linked B-Data_Structure lists I-Data_Structure also O allow O tail-sharing B-Data_Structure , O the O use O of O a O common O final O portion O of O sub-list O as O the O terminal O portion O of O two O different O lists O . O The O attribute O assigned O to O each O inner O node B-Data_Structure is O the O maximal O scalar O value O given O in O the O subgrid O belonging O to O the O node B-Data_Structure . O In O the O static B-Data_Structure predecessor I-Data_Structure problem I-Data_Structure , O the O set O of O elements O does O not O change O , O but O in O the O dynamic B-Data_Structure predecessor I-Data_Structure problem I-Data_Structure , O insertions O into O and O deletions O from O the O set O are O allowed O . O In O computer B-General_Concept science I-General_Concept , O a O heap B-Application is O a O specialized O tree-based O data B-General_Concept structure I-General_Concept which O is O essentially O an O almost O complete O binary O tree B-Application that O satisfies O the O heap B-Application property I-Application : O in O a O max B-Application heap I-Application , O for O any O given O node B-Data_Structure C B-Language , O if O P O is O a O parent B-Application node I-Application of O C B-Language , O then O the O key O ( O the O value O ) O of O P O is O greater O than O or O equal O to O the O key O of O C B-Language . O In O a O min B-Application heap I-Application , O the O key O of O P O is O less O than O or O equal O to O the O key O of O C B-Language . O The O node B-Data_Structure at O the O " O top O " O of O the O heap B-Application ( O with O no O parents O ) O is O called O the O root B-Application node I-Application . O The O arrangement O of O CUs O in O a O CTB O is O known O as O a O quadtree B-Data_Structure since O a O subdivision O results O in O four O smaller O regions O . O On O data O sets O that O are O sequential O or O nearly O sequential O , O Judy B-Data_Structure arrays I-Data_Structure can O even O outperform O hash B-Algorithm tables I-Algorithm , O since O , O unlike O hash B-Algorithm tables I-Algorithm , O the O internal O tree O structure O of O Judy B-Data_Structure arrays I-Data_Structure maintains O the O ordering O of O the O keys O . O Some O programming O languages O use O software O bounds B-Data_Structure checking I-Data_Structure to O prevent O these O occurrences O . O Threads O are O reference O to O the O predecessors O and O successors O of O the O node B-Data_Structure according O to O an O inorder B-Algorithm traversal B-Algorithm . O The O overlaps O in O the O merged O list O of O x-intervals O can O be O maintained O by O storing O the O endpoints O of O the O intervals O in O a O kinetic B-Data_Structure sorted I-Data_Structure list I-Data_Structure . O Mathematically O , O a O bidirectional B-Data_Structure map I-Data_Structure can O be O defined O a O bijection B-Algorithm between O two O different O sets O of O keys O and O of O equal O cardinality B-Application , O thus O constituting O an O injective O and O surjective B-Algorithm function I-Algorithm : O In O practical O implementations O , O especially O on O machines O with O shift-by-k O and O find O first O zero O instructions O , O performance O can O further O be O improved O by O switching O to O a O bit B-Data_Structure array I-Data_Structure once O equal O to O the O word O size O ( O or O a O small O multiple O thereof O ) O is O reached O . O For O purposes O of O visualization O a O lookup B-Data_Structure table I-Data_Structure has O been O used O to O color O each O of O the O cells O in O an O image O D O . O Here O are O the O numbers O as O a O serial O row-major O array O : O Another O way O of O using O two O underlying O parameters O to O generate O the O tree B-Data_Structure of O triples O uses O an O alternative O formula O for O all O primitive O triples O : O A O dense B-Data_Structure index I-Data_Structure in O databases O is O a O file B-Operating_System with O pairs O of O keys O and O pointers O for O every O record O in O the O data O file B-Operating_System . O In O C/C O ++ O , O jagged B-Data_Structure arrays I-Data_Structure can O also O be O created O ( O on O the O heap O ) O with O an O array B-Data_Structure of O pointers O : O One O first O finds O the O key O k O in O one O of O the O balanced B-Data_Structure binary I-Data_Structure search I-Data_Structure trees I-Data_Structure and O delete O it O from O this O tree O T O . O To O ensure O that O all O balanced B-Data_Structure binary I-Data_Structure search I-Data_Structure trees I-Data_Structure contain O O(logM ) O elements O , O one O merges O T O with O the O balanced B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure of O its O successor O or O predecessor O if O it O contains O less O than O ( O logM O ) O /4 O elements O . O Simulations O performed O by O James O Aspnes O show O that O a O skip B-Data_Structure graph I-Data_Structure with O 131072 O nodes O was O able O tolerate O up O to O 60% O of O its O nodes O failing O before O surviving O nodes O were O isolated O . O Gather O : O Visit O the O buckets O in O order O and O put O all O elements O back O into O the O original O array B-Data_Structure . O This O advantage O comes O partly O from O its O compactness O , O inherited O from O arrays B-Data_Structure , O and O partly O from O its O probabilistic O nature O . O Similarly O , O always O selecting O j O from O the O entire O range O of O valid O array B-Data_Structure indices O on O every O iteration O also O produces O a O result O which O is O biased O , O albeit O less O obviously O so O . O With O the O SPQR B-Data_Structure tree I-Data_Structure of O a O graph O G O ( O without O Q O nodes O ) O it O is O straightforward O to O find O every O pair O of O vertices O u O and O v O in O G O such O that O removing O u O and O v O from O G O leaves O a O disconnected O graph O , O and O the O connected O components O of O the O remaining O graphs O : O To O see O this O , O consider O a O node B-Data_Structure k O with O right O child O r O . O Then O the O left O pointer O of O r O must O be O either O a O child O or O a O thread O back O to O k O . O In O the O case O that O r O has O a O left O child O , O that O left O child O must O in O turn O have O either O a O left O child O of O its O own O or O a O thread O back O to O k O , O and O so O on O for O all O successive O left O children O . O In O relational B-Application databases I-Application , O a O condition O ( O or O predicate O ) O in O a O query O is O said O to O be O sargable B-Application if O the O DBMS B-General_Concept engine O can O take O advantage O of O an O index B-Data_Structure to O speed O up O the O execution O of O the O query O . O Another O difference O is O that O the O entire O multidimensional O array O can O be O allocated O with O a O single O application O of O operator O new O , O while O jagged B-Data_Structure arrays I-Data_Structure require O loops O and O allocations O for O every O dimension O . O When O an O array B-Data_Structure is O numerically O indexed O , O its O range O is O the O upper O and O lower O bound O of O the O array B-Data_Structure . O Common O implementations O are O circular B-Data_Structure buffers I-Data_Structure and O linked B-Data_Structure lists I-Data_Structure . O However O , O the O Microsoft O documentation O ( O on O the O MSDN O web O site O as O of O Nov O . O 16 O , O 2010 O ) O specifies O that O for O 16bpp O ( O and O higher O ) O , O the O color B-Data_Structure table I-Data_Structure can O be O present O to O store O a O list O of O colors O intended O for O optimization O on O devices O with O limited O color B-Device display I-Device capability O , O while O it O also O specifies O , O that O in O such O cases O , O no O indexed B-Data_Structure palette B-Data_Structure entries I-Data_Structure are O present O in O this O Color B-Data_Structure Table I-Data_Structure . O The O full O text O search O index B-Data_Structure can O be O created O on O any O column O with O character O based O text O data O . O The O skip B-Data_Structure graph I-Data_Structure contains O an O average O of O O(log n ) O levels O ; O at O each O level O u O must O send O 2 O messages O to O complete O a O delete O operation O on O a O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure . O For O example O , O a O tree B-Data_Structure network I-Data_Structure ( O or O star-bus B-Data_Structure network I-Data_Structure ) O is O a O hybrid O topology B-Architecture in O which O star B-Architecture networks I-Architecture are O interconnected O via O bus B-Architecture networks I-Architecture . O Each O header O consists O of O a O name B-Application – I-Application value I-Application pair I-Application , O where O both O the O name O and O the O value O are O null-terminated B-Data_Structure strings I-Data_Structure ( O C B-Language strings I-Language ) O . O While O being O slower O than O other O prefix B-General_Concept trees I-General_Concept , O ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure can O be O better O suited O for O larger O data O sets O due O to O their O space-efficiency O . O The O result O of O this O is O a O compressed O quadtree B-Data_Structure , O where O only O nodes O containing O input O points O or O two O or O more O children O are O present O . O Rendering B-Application APIs I-Application typically O provide O just O enough O functionality O to O abstract O a O graphics B-Architecture accelerator I-Architecture , O focussing O on O rendering O primitives O , O state O management O , O command O lists/command O buffers O ; O and O as O such O differ O from O fully O fledged O 3D B-Library graphics I-Library libraries I-Library , O 3D O engines O ( O which O handle O scene B-Data_Structure graphs I-Data_Structure , O lights O , O animation O , O materials O etc O . O The O computation O consists O of O altering O i-element O with O ( O i⊕128 O ) O -element O , O two O elements O of O the O state O array B-Data_Structure found O by O indirection O , O an O accumulator O , O and O a O counter O , O for O all O values O of O i O from O 0 O to O 255 O . O Traversals B-Algorithm are O the O key O to O the O power O of O applying O operations O to O scene B-Data_Structure graphs I-Data_Structure . O The O retained O mode O API B-Application was O a O scene B-Data_Structure graph I-Data_Structure API B-Application that O attained O little O adoption O . O For O example O , O in O 2D O cases O , O scene B-Data_Structure graphs I-Data_Structure typically O render O themselves O by O starting O at O the O tree B-Application 's O root B-Application node I-Application and O then O recursively O draw O the O child O nodes O . O To O obtain O bounding B-Algorithm volumes I-Algorithm of O complex O objects O , O a O common O way O is O to O break O the O objects/scene O down O using O a O scene B-Data_Structure graph I-Data_Structure or O more O specifically O a O bounding B-Data_Structure volume I-Data_Structure hierarchy I-Data_Structure , O like O e.g. O One O BBC B-Language BASIC I-Language performance O optimization O included O using O multiple O linked B-Data_Structure lists I-Data_Structure for O variable O lookup O rather O than O a O single O long O list O , O as O in O Microsoft B-Language BASIC I-Language . O This O addressing B-Language mode I-Language dynamically O scales O the O value O in O the O index B-General_Concept register I-General_Concept to O allow O for O the O size B-Data_Structure of I-Data_Structure each I-Data_Structure array I-Data_Structure element I-Data_Structure , O e.g. O The O concept O of O a O combinatorial B-Data_Structure map I-Data_Structure was O introduced O informally O by O J O . O Edmonds O for O polyhedral O surfaces O which O are O planar O graphs O . O Search O facilities O may O use O indexed B-Data_Structure fields I-Data_Structure or O non-indexed O fields O or O both O . O Every O relation O must O have O at O least O one O index B-Data_Structure . O Thus O , O a O non-leaf O node O in O the O Hilbert B-Data_Structure R-tree I-Data_Structure contains O at O most O Cn O entries O of O the O form O ( O R O , O ptr O , O LHV O ) O where O Cn O is O the O capacity O of O a O non-leaf O node O , O R O is O the O MBR O that O encloses O all O the O children O of O that O node O , O ptr O is O a O pointer O to O the O child O node O , O and O LHV O is O the O largest O Hilbert O value O among O the O data O rectangles O enclosed O by O R O . O Notice O that O since O the O non-leaf O node O picks O one O of O the O Hilbert O values O of O the O children O to O be O the O value O of O its O own O LHV O , O there O is O not O extra O cost O for O calculating O the O Hilbert O values O of O the O MBR O of O non-leaf O nodes O . O Character O memory O or O a O pattern O table O contains O a O raster O font O in O use O , O where O each O character O is O represented O by O a O dot B-General_Concept matrix I-General_Concept ( O a O matrix B-Architecture of O bits O ) O , O so O the O character O memory O could O be O considered O as O a O three-dimensional O bit B-Data_Structure array I-Data_Structure . O The O planner O is O able O to O use O multiple O indexes O together O to O satisfy O complex O queries B-Language , O using O temporary O in-memory O bitmap B-Data_Structure index I-Data_Structure operations O ( O useful O for O data O warehouse O applications O for O joining O a O large O fact O table O to O smaller O dimension O tables O such O as O those O arranged O in O a O star B-Application schema I-Application ) O . O k-nearest B-General_Concept neighbors I-General_Concept ( O k-NN B-General_Concept ) O indexing O ( O also O referred O to O KNN-GiST O ) O provides O efficient O searching O of O " O closest O values O " O to O that O specified O , O useful O to O finding O similar O words O , O or O close O objects O or O locations O with O geospatial B-General_Concept data I-General_Concept . O He O was O able O to O smoothly O animate O up O to O 56 O items O on O the O screen O at O the O same O time O , O optimized O with O a O lookup B-Data_Structure table I-Data_Structure . O Bagwell O ( O 2002 O ) O presented O the O VList O algorithm O , O which O can O be O adapted O to O implement O a O dynamic B-Data_Structure array I-Data_Structure . O Reasoning O as O search O Logic B-Application Theorist I-Application explored O a O search B-Data_Structure tree I-Data_Structure : O the O root O was O the O initial O hypothesis O , O each O branch O was O a O deduction O based O on O the O rules O of O logic O . O Platform O Features O Notes O Name O OS O License O SMT-LIB O CVC O DIMACS O Built-in O theories O API O SMT-COMP O ABsolver O Linux B-Application CPL O linear O arithmetic O , O non-linear O arithmetic O C++ B-Language no O DPLL-based O Alt-Ergo B-Language Linux B-Application , O Mac B-Application OS I-Application , O Windows B-Application CeCILL-C B-License ( O roughly O equivalent O to O LGPL B-Application ) O empty B-Language theory I-Language , O linear O integer O and O rational O arithmetic O , O non-linear O arithmetic O , O polymorphic O arrays B-Data_Structure , O enumerated O datatypes O , O AC O symbols O , O bitvectors B-Data_Structure , O record O datatypes O , O quantifiers B-Language OCaml B-Language 2008 O Polymorphic O first-order O input O language O à O la O ML O , O SAT-solver O based O , O combines O Shostak-like O and O Nelson-Oppen O like O approaches O for O reasoning O modulo O theories O Barcelogic O Linux B-Application Proprietary O empty B-Language theory I-Language , O difference O logic O C++ B-Language 2009 O DPLL-based O , O congruence O closure O Beaver O Linux B-Application , O Windows B-Application BSD B-Operating_System bitvectors B-Data_Structure OCaml B-Language 2009 O SAT-solver O based O Boolector O Linux B-Application MIT B-License bitvectors B-Data_Structure , O arrays B-Data_Structure C B-Language 2009 O SAT-solver O based O CVC3 O Linux B-Application BSD B-Operating_System empty B-Language theory I-Language , O linear O arithmetic O , O arrays B-Data_Structure , O tuples O , O types O , O records O , O bitvectors B-Data_Structure , O quantifiers B-Language C/C O ++ O 2010 O proof O output O to O HOL B-Algorithm CVC4 O Linux B-Application , O Mac B-Application OS I-Application , O Windows B-Application , O FreeBSD B-Operating_System BSD B-Operating_System rational O and O integer O linear O arithmetic O , O arrays B-Data_Structure , O tuples O , O records O , O inductive O data O types O , O bitvectors B-Data_Structure , O strings O , O and O equality O over O uninterpreted B-Language function I-Language symbols O C++ B-Language 2021 O version O 1.8 O released O May O 2021 O cvc5 O Linux B-Application , O Mac B-Application OS I-Application , O Windows B-Application BSD B-Operating_System rational O and O integer O linear O arithmetic O , O arrays B-Data_Structure , O tuples O , O records O , O inductive O data O types O , O bitvectors B-Data_Structure , O strings O , O sequences O , O bags O , O and O equality O over O uninterpreted B-Language function I-Language symbols O C++ B-Language , O Python B-Language , O Java B-Language 2021 O version O 1.0 O released O April O 2022 O Decision O Procedure O Toolkit O ( O DPT O ) O Linux B-Application Apache B-Application OCaml B-Language no O DPLL-based O iSAT O Linux B-Application Proprietary O non-linear O arithmetic O no O DPLL-based O MathSAT O Linux B-Application , O Mac B-Application OS I-Application , O Windows B-Application Proprietary O empty B-Language theory I-Language , O linear O arithmetic O , O nonlinear O arithmetic O , O bitvectors B-Data_Structure , O arrays B-Data_Structure C/C O ++ O , O Python B-Language , O Java B-Language 2010 O DPLL-based O MiniSmt O Linux B-Application LGPL B-Application non-linear O arithmeticOCaml O 2010 O SAT-solver O based O , O Yices-based O Norn O SMT B-Application solver I-Application for O string O constraints O OpenCog B-Application Linux B-Application AGPL O probabilistic O logic O , O arithmetic O . O If O sensors O collect O multiple O data O points O at O a O given O time O then O another O method O of O using O threshold O based O detection O is O to O measure O the O variance O of O the O data O and O only O send O data O to O a O gateway B-Data_Structure node I-Data_Structure if O the O variance O reaches O a O certain O threshold O . O Sorting B-Algorithm is O typically O done O in-place B-Algorithm , O by O iterating O up O the O array B-Data_Structure , O growing O the O sorted B-Algorithm list I-Algorithm behind O it O . O A O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure is O compact O if O the O number O of O certificates O it O uses O is O or O for O arbitrarily O small O . O Important O mesh B-Algorithm variants O that O are O not O CW O complexes O include O non-conformal O meshes B-Algorithm where O cells O do O not O meet O strictly O face-to-face O , O but O the O cells O nonetheless O partition O the O domain O . O An O example O of O this O is O an O octree B-Data_Structure , O where O an O element O face O may O be O partitioned O by O the O faces O of O adjacent O elements O . O In O mathematics O , O a O tree B-Data_Structure of I-Data_Structure primitive I-Data_Structure Pythagorean I-Data_Structure triples I-Data_Structure is O a O data B-Application tree I-Application in O which O each O node O branches O to O three O subsequent O nodes O with O the O infinite O set O of O all O nodes O giving O all O ( O and O only O ) O primitive O Pythagorean O triples O without O duplication O . O Quadtrees B-Data_Structure are O the O two-dimensional O analog O of O octrees B-Data_Structure and O are O most O often O used O to O partition O a O two-dimensional O space O by O recursively O subdividing O it O into O four O quadrants O or O regions O . O Left-leaning O red-black O rule O , O which O corresponds O to O Left-leaning B-Data_Structure red I-Data_Structure – I-Data_Structure black I-Data_Structure tree I-Data_Structure : O all O rank O differences O are O 0 O or O 1 O , O no O parent O of O a O 0-child O is O a O 0-child O , O and O no O 0-child O of O a O 0 O , O 1-node O is O right O . O If O the O value O is O in O a O leaf B-Data_Structure node I-Data_Structure , O simply O delete O it O from O the O node O . O On O the O other O hand O , O doubly O linked B-Data_Structure lists I-Data_Structure do O not O allow O tail-sharing B-Data_Structure and O cannot O be O used O as O persistent B-Application data I-Application structures I-Application . O Child B-Data_Structure nodes I-Data_Structure with O the O same O parent O are O sibling O nodes B-Data_Structure . O Some O definitions O allow O a O tree O to O have O no O nodes B-Data_Structure at O all O , O in O which O case O it O is O called O empty O . O A O potential O benefit O of O database-centric B-Operating_System architecture I-Operating_System in O distributed B-Architecture applications I-Architecture is O that O it O simplifies O the O design O by O utilizing O DBMS-provided O transaction B-General_Concept processing I-General_Concept and O indexing B-Data_Structure to O achieve O a O high O degree O of O reliability O , O performance O , O and O capacity O . O Skip B-Data_Structure graphs I-Data_Structure offer O several O benefits O over O other O distributed B-Operating_System hash I-Operating_System table I-Operating_System schemes O such O as O Chord B-Application ( O peer-to-peer O ) O and O Tapestry O ( O DHT O ) O , O including O addition O and O deletion O in O expected O logarithmic O time O , O logarithmic O space O per O resource O to O store O indexing O information O , O no O required O knowledge O of O the O number O of O nodes O in O a O set O and O support O for O complex O range O queries O . O This O can O be O reduced O to O using O a O variant O of O fractional B-Data_Structure cascading I-Data_Structure . O After O converting O the O signature O to O a O zero-based O index O , O a O simple O lookup B-Data_Structure table I-Data_Structure can O be O consulted O to O load O the O program B-General_Concept counter I-General_Concept with O the O address O of O the O proper O service O routine O . O Applying O an O operation O on O a O scene B-Data_Structure graph I-Data_Structure requires O some O way O of O dispatching O an O operation O based O on O a O node O 's O type O . O MS-DOS B-Application managed O hardware O device O contention O ( O see O terminate-and-stay-resident O program O ) O by O making O each O device O file B-Operating_System exclusive O open O . O An O application O attempting O to O access O a O device O already O in O use O would O discover O itself O unable O to O open O the O device O file B-Operating_System node B-Data_Structure . O Perhaps O the O simplest O is O the O k-d B-Data_Structure tree I-Data_Structure , O which O iteratively O bisects O the O search O space O into O two O regions O containing O half O of O the O points O of O the O parent O region O . O It O is O similar O to O the O quadtree B-Data_Structure structure O common O in O other O schemes O . O Each O array B-Data_Structure element I-Data_Structure would O identify O what O piece O occupied O the O given O square O , O or O alternatively O , O if O the O square O is O empty O . O Once O sorted O , O the O points O can O either O be O stored O in O a O binary B-Language search I-Language tree I-Language and O used O directly O , O which O is O called O a O linear O quadtree B-Data_Structure , O or O they O can O be O used O to O build O a O pointer O based O quadtree B-Data_Structure . O The O ZDD B-Data_Structure for O S8 O consists O of O all O potential O solutions O of O the O 8-Queens O problem O . O Given O a O new O object O , O its O index O key O is O computed O and O then O the O object O is O inserted O into O the O Bx-tree B-Data_Structure as O in O the O B+ O tree O . O It O uses O an O intermediate B-Application representation I-Application ( O IR B-Application ) O , O that O is O based O on O the O encoded O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure and O symbol B-Application table I-Application of O a O program O . O A O drawback O of O linked B-Data_Structure lists I-Data_Structure is O that O access O time O is O linear O ( O and O difficult O to O pipeline B-General_Concept ) O . O Among O these O features O are O mapping O between O screen O - O and O world-coordinates O , O generation O of O texture O mipmaps B-Data_Structure , O drawing O of O quadric O surfaces O , O NURBS B-Algorithm , O tessellation B-Algorithm of O polygonal O primitives O , O interpretation O of O OpenGL B-Application error O codes O , O an O extended O range O of O transformation O routines O for O setting O up O viewing O volumes O and O simple O positioning O of O the O camera O , O generally O in O more O human-friendly O terms O than O the O routines O presented O by O OpenGL B-Application . O If O all O examples O are O positive O , O Return O the O single-node O tree O Root O , O with O label O = O + O . O If O all O examples O are O negative O , O Return O the O single-node O tree O Root O , O with O label O = O - O . O If O number O of O predicting O attributes O is O empty O , O then O Return O the O single O node B-Data_Structure tree O Root O , O However O , O it O is O not O simple O to O swap O two O non-overlapping O regions O of O an O array B-Data_Structure in-place O that O are O next O to O each O other O , O but O are O of O unequal O sizes O ( O such O swapping O is O equivalent O to O Array B-Data_Structure Rotation O ) O . O The O following O will O demonstrate O both O implementations O , O using O pseudocode B-Language . O An O array B-Data_Structure can O be O used O to O implement O a O ( O bounded O ) O stack B-Architecture , O as O follows O . O For O the O buffers B-General_Concept and O piece B-Data_Structure table I-Data_Structure given O above O , O the O following O text O is O shown O : O As O performing O bounds B-Data_Structure checking I-Data_Structure during O each O use O can O be O time-consuming O , O it O is O not O always O done O . O Content-addressable B-Data_Structure memory I-Data_Structure ( O CAM B-Data_Structure ) O has O become O inexpensive O enough O to O be O used O in O networking O , O and O is O frequently O used O for O on-chip O cache B-General_Concept memory I-General_Concept in O modern O microprocessors B-Architecture , O although O no O computer O system O has O yet O implemented O hardware B-Architecture CAMs B-Data_Structure for O use O in O programming B-Application languages O . O Thus O , O the O space O utilization O is O ≈100% O ; O this O structure O is O called O a O packed O Hilbert B-Data_Structure R-tree I-Data_Structure . O Michael O Fredman O and O Willard O also O solved O the O problem O using O fusion B-Data_Structure trees I-Data_Structure in O time O . O The O pandas B-Application library O is O built O upon O another O library O NumPy B-Application , O which O is O oriented O to O efficiently O working O with O arrays B-Data_Structure instead O of O the O features O of O working O on O DataFrames O . O For O example O , O some O structures O are O indexes B-Data_Structure which O permit O the O database O subsystem O to O quickly O find O search O results O . O After O the O enlargement O , O the O partitions O of O the O Bx-tree B-Data_Structure need O to O be O traversed O to O find O objects O falling O in O the O enlarged O query O window O . O To O find O a O word O in O an O anatree B-Data_Structure , O start O at O the O root O , O depending O on O the O frequency O of O the O label O in O the O given O input O string O , O follow O the O edge O that O has O that O frequency O till O the O leaf O . O At O a O programming O level O , O software O may O be O implemented O using O constructs O generally O represented O or O understood O as O tabular O , O whether O to O store O data O ( O perhaps O to O memoize O earlier O results O ) O , O for O example O , O in O arrays B-Data_Structure or O hash B-Algorithm tables I-Algorithm , O or O control B-Application tables I-Application determining O the O flow O of O program O execution O in O response O to O various O events O or O inputs O . O A O linked B-Data_Structure list I-Data_Structure is O also O a O tree O where O every O vertex O has O only O one O child O . O if O p O is O None O or O p.right O is O not O node B-Data_Structure : O Successful O skins O tend O to O take O advantage O of O the O limitations O through O the O use O of O a O limited O palette B-Data_Structure and O dithering O . O The O dope B-Data_Structure vector I-Data_Structure of O arrays O varied O from O implementation O to O implementation O . O Kinetic B-Data_Structure minimum I-Data_Structure box I-Data_Structure is O a O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure to O maintain O the O minimum B-Algorithm bounding I-Algorithm box I-Algorithm of O a O set O of O points O whose O positions O change O continuously O with O time O . O In O three-dimensional O space O , O it O is O possible O to O answer O point B-Data_Structure location I-Data_Structure queries O in O O(log² n ) O using O O(n log n ) O space O . O A O sparse B-Data_Structure index I-Data_Structure in O databases O is O a O file B-Operating_System with O pairs O of O keys O and O pointers O for O every O block B-General_Concept in O the O data O file B-Operating_System . O It O can O be O shown O that O different O rose B-Data_Structure trees I-Data_Structure have O different O pathname O maps O . O Both O VDPs O by O Toshiba O feature O a O slightly O different O palette B-Data_Structure than O the O Texas O VDPs O , O with O more O vivid O colors O . O In O relational B-Application databases I-Application , O nodes B-Data_Structure are O typically O represented O as O table O rows O , O with O indexed O row O IDs O facilitating O pointers O between O parents O and O children O . O It O was O followed O up O with O Open B-Application Inventor I-Application in O 1994 O , O another O iteration O of O the O high O level O scene B-Data_Structure graph I-Data_Structure built O on O top O of O newer O releases O of O Performer B-Library . O It O is O typically O used O with O documents O which O have O a O natural O tree B-Data_Structure structure I-Data_Structure consisting O of O nested O elements O . O Besides O avoiding O wasted O space O , O this O compactness O encourages O locality B-General_Concept of I-General_Concept reference I-General_Concept . O However O , O for O a O sparse O graph O , O adjacency B-Data_Structure lists I-Data_Structure require O less O space O , O because O they O do O not O waste O any O space O to O represent O edges O that O are O not O present O . O Therefore O , O a O useful O optimization O in O the O implementation O of O those O algorithms O is O a O hybrid O approach O , O using O the O simpler O algorithm O when O the O array B-Data_Structure has O been O divided O to O a O small O size O . O Heaps B-Application are O usually O implemented O with O an O array B-Data_Structure , O as O follows O : O A O key O aspect O of O SOFA B-Application is O the O use O of O a O scene B-Data_Structure graph I-Data_Structure to O organize O and O process O the O elements O of O a O simulation O while O clearly O separating O the O computation O tasks O from O their O possibly O parallel O scheduling O . O Among O them O are O suffix B-Architecture trees I-Architecture , O metric B-Data_Structure trees I-Data_Structure and O n-gram B-Language methods O . O This O is O especially O useful O for O data O constructs O such O as O arrays B-Data_Structure in O C B-Language . O The O average O branching B-Data_Structure factor I-Data_Structure in O a O game O of O Chess B-Application is O about O 35 O , O whereas O in O Arimaa O it O is O about O 17,000 O . O MoarVM B-Language is O a O virtual B-Architecture machine I-Architecture built O especially O for O Rakudo B-Language and O the O NQP O Compiler O Toolchain O . O There O is O a O layer O between O Raku O and O the O virtual B-Architecture machines I-Architecture called O Not O Quite O Perl B-Language 6 O , O or O NQP O , O which O implements B-Language Raku B-Language rules I-Language for O parsing B-Language Raku O , O as O well O as O an O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure and O backend-specific O code B-Application generation I-Application . O Now O , O the O array B-Data_Structure is O already O sorted O , O but O the O algorithm O does O not O know O if O it O is O completed O . O Firstly O , O it O introduced O the O concept O of O accessing O many B-Application records O with O one O single O command O . O with O or O without O an O index B-Data_Structure . O The O following O pseudo O code O shows O one O means O of O implementing O a O quadtree B-Data_Structure which O handles O only O points O . O Indexed B-Data_Structure color I-Data_Structure images O are O heavily O dependent O on O their O own O color O palettes B-Data_Structure . O Assume O that O 1 O is O written O in O the O center O of O a O circular B-Data_Structure buffer I-Data_Structure ( O the O exact O starting O location O is O not O important O in O a O circular B-Data_Structure buffer I-Data_Structure ) O : O Without O loss O of O generality O , O we O can O thus O consider O that O any O observable O data O is O a O finite O bit B-Data_Structure string I-Data_Structure . O Fractal B-Data_Structure tree I-Data_Structure indexes I-Data_Structure and O B-trees B-Architecture both O exploit O the O fact O that O when O a O node O is O fetched O from O storage O , O a O block O of O memory O , O whose O size O is O denoted O by O , O is O fetched O . O C++ B-Language macros O ) O or O manipulates O the O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure being O produced O by O the O compiler B-Language ( O e.g. O Alternatively O , O it O is O possible O to O use O a O lazy B-Algorithm deletion I-Algorithm strategy O in O which O a O key B-Application – I-Application value I-Application pair I-Application is O removed O by O replacing O the O value O by O a O special O flag B-Data_Structure value I-Data_Structure indicating O a O deleted O key O . O In O this O case O features O such O as O syntax O highlighting O , O validation O , O and O code O formatting O are O easily O and O efficiently O implemented O from O the O concrete O syntax O tree O or O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure , O but O editing O is O often O more O rigid O than O free-form O text O . O In O depth-first B-Algorithm search I-Algorithm ( O DFS O ) O , O the O search B-Data_Structure tree I-Data_Structure is O deepened O as O much O as O possible O before O going O to O the O next O sibling O . O Zhang O proposes O a O modified O k-d B-Data_Structure tree I-Data_Structure algorithm O for O efficient O closest O point O computation O . O This O subsetting O keeps O the O dimension O of O the O array B-Data_Structure ; O to O reduce O dimension O by O extracting O slices O , O a O single O slicepoint O value O is O indicated O in O the O slicing O dimension O . O Unlike O red O – O black O trees O , O red O nodes O on O an O AA B-Data_Structure tree I-Data_Structure can O only O be O added O as O a O right O subchild O . O ( O Columns O 125 O and O 126 O controls O palette B-Data_Structure per O row O ) O . O An O insertion O into O a O treap B-Application may O be O performed O by O inserting O the O new O key O as O a O leaf O of O an O existing O tree O , O choosing O a O priority O for O it O , O and O then O performing O tree B-Data_Structure rotation I-Data_Structure operations O along O a O path O from O the O node O to O the O root O of O the O tree O to O repair O any O violations O of O the O heap B-Application property I-Application caused O by O this O insertion O ; O a O deletion O may O similarly O be O performed O by O a O constant O amount O of O change O to O the O tree O followed O by O a O sequence O of O rotations O along O a O single O path O in O the O tree O . O Lookups B-Data_Structure with O this O scheme O are O slower O , O because O multiple O locations O must O be O checked O , O but O nevertheless O take O constant O worst-case O time O . O The O derived O function B-Application ⍳¨ O is O used O monadically O and O takes O as O its O right O operand O the O vector B-Data_Structure 3 O 3 O . O Effectively O , O the O hardware O maintains O a O simple O permutation O from O virtual O address O to O cache B-General_Concept index O , O so O that O no O content-addressable B-Data_Structure memory I-Data_Structure ( O CAM B-Data_Structure ) O is O necessary O to O select O the O right O one O of O the O four O ways O fetched O . O As O long O as O a O programmer B-Application derives O the O template O from O a O data O definition O , O functions O employ O structural B-Algorithm recursion I-Algorithm . O Below O is O a O C B-Language definition O of O a O linked B-Data_Structure list I-Data_Structure node O structure O . O In O the O C B-Language implementation O , O the O list O remains O unchanged O by O the O list_print O procedure O . O For O example O , O quantizing O a O truecolor O PNG O to O 256 O colors O allows O the O indexed B-Data_Structure color I-Data_Structure type B-Device to O be O used O for O a O likely O reduction O in O file O size O . O One O of O the O primary O benefits O of O unrolled B-Data_Structure linked I-Data_Structure lists I-Data_Structure is O decreased O storage O requirements O . O The O outer O loop O of O block B-Algorithm sort I-Algorithm is O identical O to O a O bottom-up O merge B-Algorithm sort O , O where O each O level O of O the O sort O merges O pairs O of O subarrays O , O and O , O in O sizes O of O 1 O , O then O 2 O , O then O 4 O , O 8 O , O 16 O , O and O so O on O , O until O both O subarrays O combined O are O the O array B-Data_Structure itself O . O Deletions O from O a O K-D-B-tree B-Data_Structure are O incredibly O simple O if O no O minimum O requirements O are O placed O on O storage O utilization O . O Although O the O CGA B-Device adapter O 's O font O ROM O did O not O contain O all O of O the O otherwise O typical O text B-Data_Structure semigraphics I-Data_Structure characters O , O it O was O still O possible O to O create O a O 160 O × O 100 O CGA B-Device text B-Data_Structure semigraphics I-Data_Structure mode O using O a O semi-documented O trick O . O The O pattern B-Language matching I-Language algorithms O used O by O various O TUTOR B-Language implementations O varied O in O detail O , O but O typically O , O each O word O in O the O input O text O and O each O word O in O the O pattern O were O converted O to O bit B-Data_Structure vectors I-Data_Structure . O The O children O of O any O vertex O in O the O Calkin B-Data_Structure – I-Data_Structure Wilf I-Data_Structure tree I-Data_Structure may O be O computed O by O inverting O the O formula O for O the O parents O of O a O vertex O . O Insertion O is O done O in O two O phases O and O requires O that O a O new O node O knows O some O introducing O node O ; O the O introducing O node O may O be O any O other O node O currently O in O the O skip B-Data_Structure graph I-Data_Structure . O ( O Buck O would O go O on O to O invent O the O cryotron O and O content-addressable B-Data_Structure memory I-Data_Structure at O the O lab O . O ) O To O reduce O computer B-General_Concept storage I-General_Concept memory O requirements O , O it O is O stored O differently O from O a O two O dimensional O array B-Data_Structure . O Heightmaps B-Data_Structure can O be O stored O by O themselves O in O existing O grayscale O image O formats O , O with O or O without O specialized O metadata O , O A O range B-Data_Structure tree I-Data_Structure on O a O set O of O 1-dimensional O points O is O a O balanced O binary B-Language search I-Language tree I-Language on O those O points O . O However O , O Java B-Language provides O a O syntactic O construct O for O allocating O a O jagged B-Data_Structure array I-Data_Structure with O regular O lengths O ; O the O loops O and O multiple O allocations O are O then O performed O by O the O virtual B-Application machine O and O need O not O be O explicit O at O the O source O level O . O Many O implementations O extend O the O syntax O to O allow O creation O of O additional O elements O , O such O as O indexes B-Data_Structure and O user O profiles O . O In O a O nutshell O , O SLIP O consisted O of O a O set O of O FORTRAN B-Application " O accessor O " O functions O which O operated O on O circular B-Data_Structure doubly I-Data_Structure linked I-Data_Structure lists I-Data_Structure with O fixed-size O data O fields O . O To O insert O a O value O , O we O start O at O the O root O of O the O 2 B-Data_Structure – I-Data_Structure 3 I-Data_Structure – I-Data_Structure 4 I-Data_Structure tree I-Data_Structure : O A O lookup O table O can O then O be O used O that O stores O the O answer O to O every O possible O rank O query O on O a O bit B-Data_Structure string I-Data_Structure of O length O for O ; O this O requires O bits O of O storage O space O . O Range B-Data_Structure Query I-Data_Structure Trees I-Data_Structure can O be O generalized O to O higher O dimension O spaces O , O and O can O also O be O implemented O with O two O Fenwick O Trees O when O the O range O operations O are O sums O . O After O this O sorting O step O , O parallel O edges O between O the O same O two O vertices O will O be O adjacent O to O each O other O in O the O sorted O list O and O can O be O split O off O into O a O P-node O of O the O eventual O SPQR B-Data_Structure tree I-Data_Structure , O leaving O the O remaining O graph O simple O . O Control B-Application tables I-Application often O have O the O equivalent O of O conditional B-Language expressions I-Language or O function O references O embedded O in O them O , O usually O implied O by O their O relative O column O position O in O the O association B-Data_Structure list I-Data_Structure . O By O modifying O linked B-Data_Structure list I-Data_Structure pointers O to O wrap O around O the O rootkit O process O itself O , O the O rootkit O becomes O invisible O to O the O Windows O event O viewer O and O any O system O integrity O applications O that O rely O on O this O list O . O The O Commodore B-Device PET I-Device also O had O a O few O characters O to O support O 2×2 O text B-Data_Structure semigraphics I-Data_Structure in O its O PETSCII B-Protocol character O set O . O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O The O heuristic B-Algorithm value O is O a O score O measuring O the O favorability O of O the O node B-Data_Structure for O the O maximizing O player O . O done O by O first O moving O the O root O to O ar2 O , O changing O the O label O of O eto O ( O i O , O ar2[i] O ) O , O and O changing O array[i] O to O v O . O number O of O element O in O an O array B-Data_Structure . O Before O the O sort O , O create O a O histogram B-Algorithm , O sorted O by O hash O , O counting O the O number O of O occurrences O of O each O hash O in O the O array B-Data_Structure . O Suppose O , O we O can O recursively O compute O the O number O of O sets O in O a O ZDD B-Data_Structure , O enabling O us O to O get O the O 34th O set O out O a O 54-member O family O . O The O I/O O bitmap O is O a O bit B-Data_Structure array I-Data_Structure of O port O access O permissions O ; O if O the O program O has O permission O to O access O a O port O , O a O " O 0 O " O is O stored O at O the O corresponding O bit O index O , O and O if O the O program O does O not O have O permission O , O a O " O 1 O " O is O stored O there O . O To O simplify O implementation O , O a O linear B-Data_Structure octree I-Data_Structure is O usually O complete O ( O that O is O , O every O internal O node O has O exactly O 8 O child O nodes O ) O and O where O the O maximum O permissible O depth O is O fixed O a O priori O ( O making O it O sufficient O to O store O the O complete O list O of O leaf B-Data_Structure nodes I-Data_Structure ) O . O A O certificate B-Architecture authority I-Architecture can O issue O multiple O certificates O in O the O form O of O a O tree B-Data_Structure structure I-Data_Structure . O Therefore O , O shogi O has O a O higher O branching B-Data_Structure factor I-Data_Structure than O other O chess B-Application variants O . O The O name O " O rose B-Data_Structure tree I-Data_Structure " O was O coined O by O Lambert O Meertens O to O evoke O the O similarly O named O , O and O similarly O structured O , O common O rhododendron O . O In O the O second O step O , O a O sorted O array B-Data_Structure is O created O by O repeatedly O removing O the O largest O element O from O the O heap B-Application ( O the O root O of O the O heap B-Application ) O , O and O inserting O it O into O the O array B-Data_Structure . O Like O other O self-balancing O trees O , O WBTs O store O bookkeeping O information O pertaining O to O balance O in O their O nodes O and O perform O rotations B-Data_Structure to O restore O balance O when O it O is O disturbed O by O insertion O or O deletion O operations O . O In O computer B-General_Concept science I-General_Concept , O bounds-checking B-Error_Name elimination I-Error_Name is O a O compiler B-Application optimization I-Application useful O in O programming O languages O or O runtime B-Device systems I-Device that O enforce O bounds B-Data_Structure checking I-Data_Structure , O the O practice O of O checking O every O index O into O an O array B-Data_Structure to O verify O that O the O index O is O within O the O defined O valid O range O of O indexes O . O Zero O initialization O with O { } O ( O including O initialization O of O VLAs B-Data_Structure ) O . O C-- B-Language version O 2 O removes O the O distinction O between O bit-vector B-Data_Structure and O floating-point O types O . O COBOL O does O not O provide O a O way O to O hide O methods B-Language . O Method B-Language overloading I-Language was O added O in O COBOL O 2014 O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O The O modified O 2 B-Data_Structure – I-Data_Structure 4 I-Data_Structure tree I-Data_Structure structure O is O as O follows O . O Merging O and O possibly O splitting O the O balanced B-Data_Structure binary I-Data_Structure search I-Data_Structure trees I-Data_Structure takes O O(loglogM ) O time O . O Finally O , O one O of O the O newer O methods O is O spatial O color B-Algorithm quantization I-Algorithm , O conceived O by O Puzicha O , O Held O , O Ketterer O , O Buhmann O , O and O Fellner O of O the O University O of O Bonn O , O which O combines O dithering O with O palette B-Data_Structure generation O and O a O simplified O model O of O human O perception O to O produce O visually O impressive O results O even O for O very O small O numbers O of O colors O . O Tree O transform O operations O in O the O syntax O formula O produce O abstract B-Data_Structure syntax I-Data_Structure trees I-Data_Structure that O the O unparse O rules O operate O on O . O Create O a O leaf B-Data_Structure node I-Data_Structure for O each O symbol O and O add O it O to O the O priority B-Application queue I-Application . O Knowing O the O shortest O path O to O the O nearest O missing O leaf B-Data_Structure in O the O subtree O rooted O at O x O is O exactly O of O s(x ) O , O every O node O at O depth O s(x ) O −1 O or O less O has O exactly O 2 O children O since O s(x ) O would O have O been O less O if O not O . O Radix B-Data_Structure trees I-Data_Structure also O share O the O disadvantages O of O tries B-General_Concept , O however O : O as O they O can O only O be O applied O to O strings O of O elements O or O elements O with O an O efficiently O reversible O mapping O to O strings O , O they O lack O the O full O generality O of O balanced O search O trees O , O which O apply O to O any O data O type O with O a O total O ordering O . O As O with O evaluation O , O in O order O to O ensure O the O same O extent O as O a O local O variable O , O one O can O use O a O sentinel B-Data_Structure value I-Data_Structure : O The O vast O majority O of O applications O using O 3D O systems O describe O the O objects O in O their O " O world O " O in O a O data B-General_Concept structure I-General_Concept known O as O a O scene B-Data_Structure graph I-Data_Structure . O In O this O compact O arrangement O , O if O a O node O has O an O index O i O , O its O c-th O child O in O range O { 1 , … , m } O is O found O at O index O , O while O its O parent O ( O if O any O ) O is O found O at O index O ( O assuming O the O root O has O index O zero O , O meaning O a O 0-based O array B-Data_Structure ) O . O These O techniques O depend O on O the O index B-Data_Structure type O , O and O take O advantage O of O its O structure O . O MUMPS B-Language ( O " O Massachusetts O General O Hospital O Utility O Multi-Programming B-Operating_System System O " O ) O , O or O M B-Language , O is O an O imperative B-Application , O high-level O programming O language O with O an O integrated O transaction O processing O key B-Data_Structure – I-Data_Structure value I-Data_Structure database I-Data_Structure . O Lumen O eliminates O the O need O for O artists O and O developers O to O craft O a O lightmap B-Data_Structure for O a O given O scene O , O but O instead O calculates O light O reflections O and O shadows O on O the O fly O , O thus O allowing O for O real-time O behavior O of O light O sources O . O math O takes O an O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure and O gives O meaning O to O the O variables O and O mathematical O structures O and O adds O existential O quantifiers O for O variables O not O explicitly O quantified O . O A O detailed O description O of O the O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure model O can O be O found O in O a O technical O report O about O the O Wikitext O Object B-Application Model I-Application ( O WOM O ) O . O In O general O , O dancing B-Data_Structure trees I-Data_Structure pose O greater O difficulty O than O conventional O trees O for O data O recovery O from O incomplete O transactions O , O though O this O can O be O addressed O by O more O thoroughly O accounting O for O transacted O data O . O The O additional O circuitry O increases O the O physical O size O and O manufacturing O cost O of O the O CAM B-Data_Structure chip O . O The O key O idea O is O to O restrict O the O exploration O of O to O nodes O that O can O only O improve O the O best O candidate O found O so O far O by O taking O advantage O of O the O BK-tree B-Data_Structure organization O and O of O the O triangle O inequality O ( O cut-off O criterion O ) O . O A O Lisp B-Language list O is O implemented O as O a O singly O linked B-Data_Structure list I-Data_Structure . O Nodes B-Data_Structure with O fast O connections O and O much O memory O can O be O INDEX O nodes B-Data_Structure , O which O keep O lists O of O available O search O nodes B-Data_Structure , O collect O statistics O , O and O try O to O maintain O the O structure O of O the O network O . O It O is O implemented O as O a O multi-threaded O daemon O , O using O a O number O of O programming O techniques O and O data O structures O to O make O the O server B-Application very O fast O , O notably O Read-copy-update B-Operating_System or O a O special O kind O of O a O radix B-Data_Structure tree I-Data_Structure . O When O set O higher O , O extra O elements B-Data_Structure at O the O end O are O filled O with O zeros O . O Binary B-Language search I-Language trees I-Language can O be O used O to O implement O abstract O data O types O such O as O dynamic O sets O , O lookup B-Data_Structure tables I-Data_Structure and O priority B-Application queues I-Application , O and O used O in O sorting B-Algorithm algorithms I-Algorithm such O as O tree B-Algorithm sort I-Algorithm . O The O other O modes O defaulted O to O standard O EGA B-Device or O CGA B-Device compatible O palettes B-Data_Structure and O instructions O , O but O still O permitted O remapping O of O the O palette B-Data_Structure with O VGA-specific O commands O . O Typical O applications O of O fractional B-Data_Structure cascading I-Data_Structure involve O range B-Data_Structure search I-Data_Structure data O structures O in O computational O geometry O . O Arrays B-Data_Structure and O collections B-Application are O concepts O featured O by O both O languages O . O Tables O are O often O implemented O in O the O form O of O arrays O , O especially O lookup B-Data_Structure tables I-Data_Structure ; O the O word O " O table B-Application " O is O sometimes O used O as O a O synonym O of O array O . O Example O run O thumb|500px|Execution O of O Kadane B-Language 's I-Language algorithm I-Language on O the O above O example O array B-Data_Structure . O This O kind O of O list O has O exactly O the O same O properties O as O the O XOR B-Data_Structure linked I-Data_Structure list I-Data_Structure , O except O that O a O zero O link O field O is O not O a O " O mirror O " O . O Greyscale O images O are O also O generally O smaller O than O paletted O images O because O they O do O not O need O to O define O a O color B-Data_Structure palette I-Data_Structure . O An O alternative O to O tying O them O together O using O array B-Data_Structure indexes O is O to O use O references O to O tie O the O portions O together O , O but O this O can O be O less O efficient O in O time O and O space O . O Set O up O an O array B-Data_Structure of O initially O empty O " O buckets O " O . O In O order O to O bound O the O competitive B-Algorithm ratio I-Algorithm for O tango B-Data_Structure trees I-Data_Structure , O we O must O find O a O lower O bound O on O the O performance O of O the O optimal O offline B-Algorithm tree O that O we O use O as O a O benchmark O . O They O require O the O use O of O a O tree B-Data_Structure structure I-Data_Structure with O a O root B-Application node I-Application and O provide O traversal O mechanisms O ( O breadth/depth O -first O ) O that O allow O client O programs O to O navigate O the O elements O . O The O palette B-Data_Structure can O be O written O to O the O bitstream O either O explicitly O or O as O a O reference O to O an O entry O in O the O palette B-Data_Structure cache O . O Unix B-Application processes O do O not O manipulate O file B-Application descriptors I-Application directly O , O but O refer O to O them O via O file B-Application descriptor I-Application numbers O , O which O are O C-list B-Data_Structure indexes I-Data_Structure . O It O rendered O a O basic O heightmap B-Data_Structure and O an O immobile O AT-AT O model O , O while O TIE B-Application fighters I-Application lacking O artificial B-Application intelligence I-Application flew O and O fired O in O a O predetermined O path O . O When O the O deletion O operation O is O invoked O , O the O set O of O elements O stored O in O L O is O then O added O to O the O leaves O of O the O 2 B-Data_Structure – I-Data_Structure 4 I-Data_Structure tree I-Data_Structure in O that O order O , O proceeded O by O a O dummy O leaf O containing O an O infinite O key O . O TRY O CLC O INPUT1 O , O 0(R15 ) O ********* O Found O value O in O table B-Data_Structure entry O ? O Here O is O pseudocode B-Language for O the O gnome B-Algorithm sort I-Algorithm using O a O zero-based O array B-Data_Structure : O The O second O index O , O called O a O Dynamic O Hilbert B-Data_Structure R-tree I-Data_Structure , O supports O insertions O and O deletions O , O and O is O suitable O for O a O dynamic O environment O . O Most O implementations O of O persistent O hash B-Data_Structure array I-Data_Structure mapped I-Data_Structure tries I-Data_Structure use O a O branching O factor O of O 32 O in O their O implementation O . O The O concept O of O bitmap B-Data_Structure index I-Data_Structure was O first O introduced O by O Professor O Israel O Spiegler O and O Rafi O Maayan O in O their O research O " O Storage O and O Retrieval O Considerations O of O Binary O Data B-Application Bases I-Application " O , O published O in O 1985 O . O While O adding O or O removing O a O node O in O a O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure requires O changing O more O links O than O the O same O operations O on O a O singly B-Data_Structure linked I-Data_Structure list I-Data_Structure , O the O operations O are O simpler O and O potentially O more O efficient O ( O for O nodes B-Data_Structure other O than O first O nodes B-Data_Structure ) O because O there O is O no O need O to O keep O track O of O the O previous O node O during O traversal O or O no O need O to O traverse O the O list O to O find O the O previous O node O , O so O that O its O link O can O be O modified O . O At O the O 20 O – O 21 O August O 1996 O meeting O of O the O OpenGL B-Application Architecture O Review O Board O ( O ARB O ) O , O SGI O floated O the O idea O of O a O new O standardized O scene B-Data_Structure graph I-Data_Structure similar O to O Cosmo3D O but O with O the O express O intent O of O being O based O on O " O standard O " O OpenGL B-Application . O In O discrete O mathematics O , O tree B-Data_Structure rotation I-Data_Structure is O an O operation O on O a O binary O tree O that O changes O the O structure O without O interfering O with O the O order O of O the O elements O . O The O main O features O of O VGA B-Device text I-Device mode I-Device are O colored O ( O programmable O 16 O color O palette B-Data_Structure ) O characters O and O their O background O , O blinking O , O various O shapes O of O the O cursor B-Application ( O block/underline/hidden O static/blinking O ) O , O and O loadable O fonts O ( O with O various O glyph O sizes O ) O . O Running O times O for O ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure are O similar O to O binary B-Language search I-Language trees I-Language , O in O that O they O typically O run O in O logarithmic O time O , O but O can O run O in O linear O time O in O the O degenerate O ( O worst O ) O case O . O The O R B-Language package O " O dbscan B-Algorithm " O includes O a O C++ O implementation O of O OPTICS B-Algorithm ( O with O both O traditional O dbscan-like O and O cluster O extraction O ) O using O a O k-d B-Data_Structure tree I-Data_Structure for O index O acceleration O for O Euclidean O distance O only O . O In O information B-Library retrieval I-Library , O bit B-Data_Structure arrays I-Data_Structure are O a O good O representation O for O the O posting O lists O of O very O frequent O terms O . O Unlike O balanced B-Data_Structure trees I-Data_Structure , O radix B-Data_Structure trees I-Data_Structure permit O lookup O , O insertion O , O and O deletion O in O O(k ) O time O rather O than O O(log n ) O . O A O device B-Operating_System tree I-Operating_System can O hold O any O kind O of O data O as O internally O it O is O a O tree B-Data_Structure of O named O nodes O and O properties B-Language . O Scala O contains O implementations O of O many O Persistent B-Application data I-Application structures I-Application including O Linked B-Data_Structure Lists I-Data_Structure , O Red O – O black O trees O , O as O well O as O persistent O hash B-Data_Structure array I-Data_Structure mapped I-Data_Structure tries I-Data_Structure as O introduced O in O Clojure B-Language . O Quadtrees B-Data_Structure may O also O be O classified O by O whether O the O shape O of O the O tree O is O independent O of O the O order O in O which O data O is O processed O . O The O parser B-Language typically O retrieves O this O information O from O the O lexer B-Application and O stores O it O in O the O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure . O In O computer B-General_Concept science I-General_Concept , O hash B-Data_Structure trie I-Data_Structure can O refer O to O : O When O searching O the O index B-Data_Structure , O the O query O processor O simply O reverses O the O search O target O before O looking O it O up O . O For O particular O platforms/language O , O they O can O be O specifically O designed O to O minimize O instruction B-General_Concept path I-General_Concept lengths I-General_Concept using O branch O table B-Data_Structure values O or O even O , O in O some O cases O such O as O in O JIT O compilers O , O consist O of O directly O executable O machine B-Language code I-Language " O snippets B-Application " O ( O or O pointers O to O them O ) O . O Thus O a O graph O must O be O sparse O enough O to O justify O an O adjacency B-Data_Structure list I-Data_Structure representation O . O During O the O upward-search O , O edges O leaving O previously O found O transit O nodes B-Data_Structure are O n't O relaxed O . O A O further O improvement O , O the O alphabet-friendly O FM-index B-Algorithm , O combines O the O use O of O compression O boosting O and O wavelet B-Data_Structure trees I-Data_Structure to O significantly O reduce O the O space O usage O for O large O alphabets O . O One O variation O of O the O LSM-Tree B-Data_Structure is O the O Sorted O Array O Merge O Tree O or O SAMT O . O It O features O modules B-Architecture with O namespace O control O , O including O parallel O tasking O modules B-Architecture with O semaphores O , O objects O , O dynamic B-Data_Structure arrays I-Data_Structure of O any O dimensions O that O are O allocated O at O runtime O , O overloads O , O overrides O , O and O many O other O extensions O . O If O a O WAVL B-Data_Structure tree I-Data_Structure is O created O only O using O insertion O operations O , O then O its O structure O will O be O the O same O as O the O structure O of O an O AVL O tree O created O by O the O same O insertion O sequence O , O and O its O ranks O will O be O the O same O as O the O ranks O of O the O corresponding O AVL O tree O . O AES B-Algorithm operates O on O a O 4 O × O 4 O column-major B-Data_Structure order I-Data_Structure array O of O 16 O bytes O termed O the O state O : O Core-based B-Architecture trees I-Architecture ( O CBT O ) O is O a O proposal O for O making O IP O Multicast O scalable B-Architecture by O constructing O a O tree B-Data_Structure of O routers B-Protocol . O This O scene B-Data_Structure graph I-Data_Structure is O structured O as O a O tree O containing O several O elements O that O are O necessary O to O display O the O objects O . O However O , O in O other O ways O , O they O have O different O properties O : O for O instance O , O the O Stern B-Data_Structure – I-Data_Structure Brocot I-Data_Structure tree I-Data_Structure is O a O binary B-Language search I-Language tree I-Language : O the O left-to-right O traversal O order O of O the O tree O is O the O same O as O the O numerical O order O of O the O numbers O in O it O . O A O Shardmap B-Data_Structure index O consists O of O a O scalable O number O of O index O shards O . O A O 2 B-Data_Structure – I-Data_Structure 4 I-Data_Structure tree I-Data_Structure is O used O when O a O delete O operation O occurs O . O The O Java B-Language language I-Language requires O specific O behavior O in O the O case O of O an O out-of-bounds O array O access O , O which O generally O requires O bounds B-Data_Structure checking I-Data_Structure of O array O accesses O . O A O sorted B-Data_Structure array I-Data_Structure is O only O efficient O as O a O static O data B-General_Concept structure I-General_Concept , O as O modifying O the O list O is O slow O – O unlike O a O binary B-Language search I-Language tree I-Language – O but O does O not O require O the O space O overhead O of O a O tree O . O Form O a O heap B-Application out O of O the O smaller O partition O and O do O out-of-place O heapsort B-Application on O it O , O exchanging O the O extracted O maxima O with O values O from O the O end O of O the O array B-Data_Structure . O Through O the O use O of O the O multipart O type O , O MIME B-Protocol allows O mail O messages O to O have O parts O arranged O in O a O tree B-Data_Structure structure I-Data_Structure where O the O leaf O nodes O are O any O non-multipart O content B-Application type I-Application and O the O non-leaf O nodes O are O any O of O a O variety O of O multipart O types O . O The O size O of O the O compressed B-Data_Structure data I-Data_Structure structure I-Data_Structure is O typically O highly O dependent O upon O the O entropy O of O the O data O being O represented O . O Several O additions O of O C99 B-Language are O not O supported O in O the O current O C++ B-Language standard O or O conflicted O with O C++ B-Language features O , O such O as O variable-length B-Data_Structure arrays I-Data_Structure , O native O complex O number O types O and O the O restrict B-Language type B-Language qualifier I-Language . O Links O between O elements O are O formed O by O placing O the O array B-Data_Structure index B-Data_Structure of O the O next O ( O or O previous O ) O cell O into O the O Next O or O Prev O field O within O a O given O element O . O Here O , O ditfft2(x,N,1 ) O , O computes O X O =D O FT(x ) O out-of-place B-Algorithm by O a O radix-2 O DIT O FFT O , O where O N O is O an O integer O power O of O 2 O and O s= O 1 O is O the O stride B-Data_Structure of O the O input O x O array B-Data_Structure . O The O basic O operation O of O the O structure O is O to O keep O newly O inserted O elements O in O the O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure , O until O a O deletion O would O remove O one O of O the O list O items O , O at O which O point O they O are O all O moved O into O the O 2 B-Data_Structure – I-Data_Structure 4 I-Data_Structure tree I-Data_Structure . O This O often O allows O us O to O avoid O storing O firstNode O and O lastNode O , O although O if O the O list B-General_Concept may O be O empty O we O need O a O special O representation O for O the O empty O list B-General_Concept , O such O as O a O lastNode O variable O which O points O to O some O node B-Data_Structure in O the O list B-General_Concept or O is O null O if O it O 's O empty O ; O we O use O such O a O lastNode O here O . O Each O pixel O in O an O indexed B-Data_Structure color B-Algorithm image I-Algorithm is O described O by O a O number O of O bits O ( O 1 O , O 4 O , O or O 8 O ) O which O is O an O index O of O a O single O color O described O by O this O table O . O These O motions O can O then O be O exported O by O using O iClone B-Operating_System 's O 3DXchange O Pipeline O software O using O FBX B-Application and O BVH B-Data_Structure . O When O each O element O in O the O array B-Data_Structure is O searched O for O and O inserted O this O is O O(nlogn ) O . O While O some O other O Unix O systems O such O as O FreeBSD B-Operating_System , O used O kernel-based O device O node B-Data_Structure management O via O devfs O only O , O and O not O supporting O manual O node B-Data_Structure creation O . O Due O to O there O being O limited O room O for O colors O in O the O system O palette B-Data_Structure , O the O algorithm O also O tries O to O remap O similar O colors O together O and O will O always O avoid O creating O redundant O colors O . O For O example O , O linked B-Data_Structure lists I-Data_Structure can O be O defined O inductively O ( O here O , O using O Haskell B-Language syntax O ) O : O In O computer B-General_Concept science I-General_Concept , O a O dancing B-Data_Structure tree I-Data_Structure is O a O tree B-Application data I-Application structure I-Application similar O to O B+ O trees O . O For O example O , O while O computing O the O Fibonacci O sequence O naively O entails O multiple O iteration B-Algorithm , O as O each O value O requires O two O previous O values O , O it O can O be O computed O by O single O recursion O by O passing O two O successive O values O as O parameters O . O This O is O more O naturally O framed O as O corecursion B-Application , O building O up O from O the O initial O values O , O while O tracking O two O successive O values O at O each O step O – O see O corecursion B-Application : O examples O . O A O more O sophisticated O example O involves O using O a O threaded B-Data_Structure binary I-Data_Structure tree I-Data_Structure , O which O allows O iterative B-Algorithm tree B-Algorithm traversal I-Algorithm , O rather O than O multiple O recursion O . O In O this O mode O it O was O possible O to O read O and O write O directly O in O RAM B-Architecture memory I-Architecture , O video O memory O , O CPU O registers O , O interrupt O vectors B-Data_Structure , O clock O counter O , O etc. O , O using O hexadecimal O codes O equivalent O to O assembly O language O . O The O same O authors O also O provided O a O common O view O of O AVL O trees O , O WAVL B-Data_Structure trees I-Data_Structure , O and O red O – O black O trees O as O all O being O a O type O of O rank-balanced O tree O . O Reality B-Application Lab I-Application was O a O scene B-Data_Structure graph I-Data_Structure API B-General_Concept providing O real-time O rendering O that O would O run O with O acceptable O performance O on O graphics B-Device cards I-Device or O the O host O computer O 's O CPU B-Device . O Since O a O single O entry O in O the O grid B-Data_Structure file I-Data_Structure contains O pointers O to O all O records O indexed O by O the O specified O keys O : O This O allows O real-time B-General_Concept global B-Algorithm illumination I-Algorithm , O without O any O need O for O pre-calculated O or O pre-baked B-Data_Structure lighting I-Data_Structure . O The O root B-Application node I-Application 's O number O of O children O has O the O same O upper O limit O as O internal O nodes B-Data_Structure , O but O has O no O lower O limit O . O Bounding B-Data_Structure interval I-Data_Structure hierarchies I-Data_Structure ( O BIH O ) O exhibit O many O of O the O properties O of O both O bounding B-Data_Structure volume I-Data_Structure hierarchies I-Data_Structure ( O BVH O ) O and O kd-trees B-Data_Structure . O Array-based O implementations O of O other O data B-General_Concept structures I-General_Concept are O frequently O simple O and O space-efficient O ( O implicit B-Data_Structure data I-Data_Structure structures I-Data_Structure ) O , O requiring O little O space O overhead O , O but O may O have O poor O space O complexity O , O particularly O when O modified O , O compared O to O tree-based O data B-General_Concept structures I-General_Concept ( O compare O a O sorted B-Data_Structure array I-Data_Structure to O a O search B-Data_Structure tree I-Data_Structure ) O . O Program O descriptors B-Data_Structure and O External O Result O descriptors B-Data_Structure have O a O 15-bit O address O but O no O size O field O . O Document B-General_Concept Object I-General_Concept Model I-General_Concept ( O DOM B-General_Concept ) O is O an O API B-General_Concept that O allows O for O navigation O of O the O entire O document B-Protocol as O if O it O were O a O tree O of O node B-Data_Structure objects O representing O the O document B-Protocol 's O contents O . O Once O the O dependencies O are O mapped O , O the O optimizer O must O properly O arrange O the O implementing O instructions O changing O appropriate O candidates O to O vector B-Data_Structure instructions O , O which O operate O on O multiple O data O items O . O Because O the O worst O case O output O size O for O a O range B-Data_Structure reporting I-Data_Structure query O , O measured O as O a O function O of O the O data O set O size O , O can O be O itself O , O much O of O the O research O on O range B-Data_Structure reporting I-Data_Structure data B-General_Concept structures I-General_Concept has O investigated O output-sensitive B-Language algorithms I-Language , O where O the O query O time O is O analyzed O in O terms O of O both O and O the O number O of O reported O points O ( O often O denoted O ) O . O Consider O a O very O simple O dynamic B-Data_Structure array I-Data_Structure class O like O the O following O : O The O Calkin B-Data_Structure – I-Data_Structure Wilf I-Data_Structure tree I-Data_Structure may O be O defined O as O a O directed O graph O in O which O each O positive O rational O number O occurs O as O a O vertex O and O has O one O outgoing O edge O to O another O vertex O , O its O parent O , O except O for O the O root O of O the O tree O , O the O number O 1 O , O which O has O no O parent O . O The O base O texture O and O the O lightmap B-Data_Structure of O a O wall O were O rendered O at O the O same O time O : O a O " O surface O cache O " O was O creating O new O surfaces O , O which O are O new O pre-lighted O textures O which O combines O the O base O and O light B-Data_Structure map I-Data_Structure textures O baked O together O . O The O filtering O algorithm O uses O kd-trees B-Data_Structure to O speed O up O each O k-means B-Algorithm step O . O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O In O each O of O the O examples O , O the O rose B-Data_Structure tree I-Data_Structure in O question O is O labelled O by O ' O a O ' O and O equals O the O value O of O the O a O variable O in O the O code O . O In O addition O , O Judy B-Data_Structure arrays I-Data_Structure are O optimized O for O machines O with O 64 O byte O cache B-General_Concept lines O , O making O them O essentially O unportable O without O a O significant O rewrite O . O If O one O concatenates O the O two O sorted O arrays O , O the O first O in O ascending O order O and O the O second O in O descending O order O , O then O the O predecessor O of O each O value O in O the O output O is O either O its O closest O previous O smaller O value O or O its O closest O following O smaller O value O ( O whichever O of O the O two O is O larger O ) O , O and O the O position O of O each O value O in O the O sorted O output O array B-Data_Structure may O easily O be O calculated O from O the O positions O of O these O two O nearest O smaller O values O . O Some O definitions O allow O a O tree O to O have O no O nodes B-Data_Structure at O all O , O in O which O case O it O is O called O empty O . O The O LSM-tree B-Data_Structure is O actually O a O collection O of O trees O but O which O is O treated O as O a O single O key-value O store O . O As O defined O by O Sitarski O , O a O hashed B-Data_Structure array I-Data_Structure tree I-Data_Structure has O a O top-level O directory O containing O a O power O of O two O number O of O leaf O arrays O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Each O record O must O have O a O unique B-Application key I-Application , O but O other O , O , O record O keys O need O not O be O unique O . O Implementations O of O indexed O files B-Operating_System vary O between O vendors O , O although O common O implementations O , O such O as O C-ISAM B-Application and O VSAM O , O are O based O on O IBM O 's O ISAM B-Application . O other O implementations O are O Record B-Application Management I-Application Services I-Application on O OpenVMS B-Operating_System and O Enscribe B-Application on O HPE B-Architecture NonStop I-Architecture ( O Tandem O ) O . O Relative O files B-Operating_System , O like O indexed O files B-Operating_System , O have O a O unique O record O key O , O but O they O do O not O have O alternate O keys O . O Relative O files B-Operating_System also O allow O for O both O sequential O and O random B-General_Concept access I-General_Concept . O Gap B-Data_Structure buffers I-Data_Structure are O especially O common O in O text B-Application editors I-Application , O where O most O changes O to O the O text O occur O at O or O near O the O current O location O of O the O cursor B-Application . O Cycle B-Language sort I-Language is O an O in-place O , O unstable O sorting B-Algorithm algorithm I-Algorithm , O a O comparison B-Algorithm sort I-Algorithm that O is O theoretically O optimal O in O terms O of O the O total O number O of O writes O to O the O original O array B-Data_Structure , O unlike O any O other O in-place O sorting B-Algorithm algorithm I-Algorithm . O Linked B-Data_Structure lists I-Data_Structure are O one O of O the O languages O ' O major O data B-General_Concept structures I-General_Concept , O and O Lisp B-Language source O code O is O made O of O lists O . O In O computer B-General_Concept science I-General_Concept , O a O linked B-Application data I-Application structure I-Application is O a O data B-General_Concept structure I-General_Concept which O consists O of O a O set O of O data O records O ( O nodes B-Data_Structure ) O linked O together O and O organized O by O references O ( O links O or O pointers O ) O . O Kinetic B-Data_Structure data I-Data_Structure structures I-Data_Structure are O used O on O systems O where O there O is O a O set O of O values O that O are O changing O as O a O function O of O time O , O in O a O known O fashion O . O The O exact O set O of O metadata O included O in O a O dope B-Data_Structure vector I-Data_Structure varies O from O one O language O and/or O operating O system O to O another O , O but O a O dope B-Data_Structure vector I-Data_Structure for O an O array O might O contain O : O The O number O of O nodes O to O be O explored O for O the O analysis O of O a O game O is O therefore O approximately O the O branching B-Data_Structure factor I-Data_Structure raised O to O the O power O of O the O number O of O plies O . O FreeBSD B-Operating_System developer O Poul-Henning O Kamp O , O writing O in O ACM O Queue O , O would O later O refer O to O the O victory O of O null-terminated B-Data_Structure strings I-Data_Structure over O length-prefixed O strings O as O " O the O most O expensive O one-byte O mistake O " O ever O . O The O concept O of O a O Bayesian O rose B-Data_Structure tree I-Data_Structure is O based O on O the O following O definition O of O rose B-Data_Structure trees I-Data_Structure : O point O selection O in O the O probabilistic O roadmap O method O for O motion O planning O , O simplification O of O point B-Algorithm clouds I-Algorithm , O generating O masks O for O halftone O images O , O hierarchical B-Algorithm clustering I-Algorithm , O finding O the O similarities O between O polygon B-Algorithm meshes I-Algorithm of O similar O surfaces O , O choosing O diverse O and O high-value O observation O targets O for O underwater O robot O exploration O , O fault O detection O in O sensor B-Architecture networks I-Architecture , O modeling O phylogenetic O diversity O , O matching O vehicles O in O a O heterogenous O fleet O to O customer O delivery O requests O , O uniform O distribution O of O geodetic O observatories O on O the O Earth O 's O surface O or O of O other O types O of O sensor B-Architecture network I-Architecture , O generation O of O virtual O point O lights O in O the O instant O radiosity O computer O graphics O rendering O method O , O and O geometric O range B-Data_Structure searching I-Data_Structure data B-General_Concept structures I-General_Concept . O Tasks B-General_Concept can O also O terminate O due O to O program O faults O , O marked O as O F-DS O or O P-DS O , O for O faults O such O as O invalid B-Data_Structure index I-Data_Structure , O numeric B-Algorithm overflow I-Algorithm , O etc O . O An O unset O bit O will O refer O to O the O first O color B-Data_Structure table I-Data_Structure entry O , O and O a O set O bit O will O refer O to O the O last O ( O second O ) O color B-Data_Structure table I-Data_Structure entry O . O External O nodes B-Data_Structure are O black O . O Linked B-Data_Structure list I-Data_Structure can O be O singly O , O doubly O or O multiply O linked O and O can O either O be O linear O or O circular O . O Tools O chosen O from O a O palette B-Data_Structure in O photo-editing O and O drawing O applications O are O examples O of O a O modal O interface B-Application . O string O routines O in O general O , O for O side-effects O , O encouraging O irresponsible O buffer O usage O , O not O always O guaranteeing O valid O null-terminated B-Data_Structure output O , O linear O length O calculation O ; O The O reshard O operation O imposes O a O modest O degree O of O write O multiplication O on O the O Shardmap B-Data_Structure design O , O asymptotically O approaching O a O factor O of O two O . O The O file B-Application system I-Application uses O an O index O table O stored O on O the O device O to O identify O chains O of O data O storage O areas O associated O with O a O file O , O the O File O Allocation O Table O ( O FAT O ) O . O The O table O is O a O linked B-Data_Structure list I-Data_Structure of O entries O for O each O cluster O , O a O contiguous O area O of O disk O storage O . O The O root B-Application directory I-Application of O the O disk O contains O the O number O of O the O first O cluster O of O each O file O in O that O directory B-Application . O The O operating B-General_Concept system I-General_Concept can O then O traverse O the O FAT O , O looking O up O the O cluster O number O of O each O successive O part O of O the O disk O file O as O a O cluster O chain O until O the O end O of O the O file O is O reached O . O Sub-directories O are O implemented O as O special O files O containing O the O directory B-Application entries O of O their O respective O files O . O Each O entry O in O the O FAT O linked B-Data_Structure list I-Data_Structure is O a O fixed O number O of O bits O : O 12 O , O 16 O or O 32 O . O In O computer B-General_Concept programming I-General_Concept , O a O variable-length B-Data_Structure array I-Data_Structure ( O VLA O ) O , O also O called O variable-sized O or O runtime-sized O , O is O an O array B-Data_Structure data I-Data_Structure structure I-Data_Structure whose O length O is O determined O at O run O time O ( O instead O of O at O compile O time O ) O . O The O primary O innovation O of O id O Tech O 4 O was O its O use O of O entirely O dynamic O per-pixel O lighting O , O whereas O previously O , O 3D O engines O had O relied O primarily O on O pre-calculated O per-vertex O lighting O or O lightmaps B-Data_Structure and O Gouraud B-Algorithm shading I-Algorithm . O If O the O index B-Data_Structure is O non-clustered O , O the O rows O are O not O sorted O according O to O the O index B-Data_Structure keys O . O Semi O : O 64×48Using O the O eight O text B-Data_Structure semigraphics I-Data_Structure characters O , O plus O the O " O inverse O video O " O option O , O it O was O possible O to O display O a O very O coarse O 64×48 O point O addressable O mode O Mono(32x24 ) O BG O , O SG O " O slow O mode O " O , O software-generated O displayslow O mode O meant O that O BASIC O programs O only O could O generate O a O display O or O do O computing O work O , O not O both O at O the O same O time O while O displaying O a O picture O the O only O other O task O the O ZX80 B-Operating_System did O was O waiting O for O a O key-press O . O The O core O database O exposes O an O ordered O key B-Data_Structure – I-Data_Structure value I-Data_Structure store I-Data_Structure with O transactions B-General_Concept . O A O linked B-Data_Structure list I-Data_Structure ( O also O just O called O list O ) O is O a O linear O collection O of O data O elements O of O any O type O , O called O nodes O , O where O each O node O has O itself O a O value O , O and O points O to O the O next O node O in O the O linked B-Data_Structure list I-Data_Structure . O In O computer B-General_Concept science I-General_Concept , O a O fractal B-Data_Structure tree I-Data_Structure index I-Data_Structure is O a O tree B-Application data I-Application structure I-Application that O keeps O data O sorted O and O allows O searches O and O sequential O access O in O the O same O time O as O a O B-tree B-Architecture but O with O insertions O and O deletions O that O are O asymptotically O faster O than O a O B-tree B-Architecture . O For O example O , O a O data B-General_Concept structure I-General_Concept that O uses O bits O of O storage O is O compact O , O bits O is O succinct O , O bits O is O also O succinct O , O and O bits O is O implicit B-Data_Structure . O As O stated O in O the O World O Wide O Web O Consortium O , O bit O depth O is O defined O as O " O the O number O of O bits O per O sample O or O per O palette B-Data_Structure index O ( O not O per O pixel B-Algorithm ) O " O . O Generally O speaking O , O the O process O of O decompression O is O simply O a O matter O of O translating O the O stream O of O prefix B-Algorithm codes I-Algorithm to O individual O byte O values O , O usually O by O traversing O the O Huffman B-General_Concept tree I-General_Concept node O by O node O as O each O bit O is O read O from O the O input O stream O ( O reaching O a O leaf B-Data_Structure node I-Data_Structure necessarily O terminates O the O search O for O that O particular O byte O value O ) O . O It O is O possible O to O modify O the O algorithm O so O that O it O places O the O items O into O sorted O order O within O the O same O array B-Data_Structure that O was O given O to O it O as O the O input O , O using O only O the O count O array B-Data_Structure as O auxiliary O storage O ; O however O , O the O modified O in-place B-Algorithm version O of O counting B-Algorithm sort I-Algorithm is O not O stable O . O To O optimize O the O software O rendering O engine O , O lightmaps B-Data_Structure were O shared O by O polygons O that O were O close O in O space O , O and O in O the O same O leaf O of O the O BSP O tree O . O Fractional B-Data_Structure cascading I-Data_Structure can O be O used O to O speed O up O the O time O for O the O inner O binary O searches O , O reducing O the O total O time O per O query O to O O(logn ) O using O a O data O structure O with O space O O(n ) O . O Specifically O , O for O a O collection O of O space-time O trajectories O where O each O pair O intersects O at O most O times O , O the O kinetic B-Data_Structure tournament I-Data_Structure processes O events O in O time O , O where O is O a O Davenport-Schinzel O sequence O . O In O the O worst O case O of O an O unbounded O search O space O , O the O number O of O nodes O expanded O is O exponential O in O the O depth O of O the O solution O ( O the O shortest O path O ) O : O , O where O is O the O branching B-Data_Structure factor I-Data_Structure ( O the O average O number O of O successors O per O state O ) O . O Allowing O one O to O see O computational O constructs O , O be O it O within O the O Scott O or O tree B-Data_Structure topology I-Data_Structure , O as O Böhm B-Application tree I-Application formations O . O A O similar O conversion O between O run-length-encoded O binary O numbers O and O continued O fractions O can O also O be O used O to O evaluate O Minkowski O 's O question O mark O function O ; O however O , O in O the O Calkin B-Data_Structure – I-Data_Structure Wilf I-Data_Structure tree I-Data_Structure the O binary O numbers O are O integers O ( O positions O in O the O breadth-first B-Algorithm traversal I-Algorithm ) O while O in O the O question O mark O function O they O are O real O numbers O between O 0 O and O 1 O . O The O UKV O project O allows O users O to O use O RocksDB B-Language on O par O with O LevelDB B-Language as O the O underlying O Key-Value B-Data_Structure Store I-Data_Structure . O In O the O particular O case O at O left O , O if O the O dyadic O catenate O " O , O " O function B-Application is O followed O by O an O axis O indicator O ( [ O 0.5 O ] O which O is O less O than O 1 O ) O , O it O can O be O used O to O laminate O ( O interpose O ) O two O arrays B-Data_Structure ( O vectors O in O this O case O ) O depending O on O whether O the O axis O indicator O is O less O than O or O greater O than O the O index O origin(1 ) O . O A O well-known O solution O for O this O problem O is O using O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure . O If O " O node B-Data_Structure " O is O null O , O it O assumes O that O the O list B-General_Concept is O empty O . O It O includes O objects O , O namespace O controls O , O dynamic B-Data_Structure arrays I-Data_Structure , O and O many O other O extensions O , O and O generally O features O the O same O functionality O and O type O protection O as O C# B-Application . O It O is O the O only O such O implementation O that O is O also O compatible O with O the O original O Pascal B-General_Concept implementation O , O which O is O standardized O as O ISO O 7185 O . O The O low O storage O requirements O of O the O implicit O max B-Data_Structure kd-tree I-Data_Structure and O the O favorable O visualization O complexity O of O ray B-Algorithm casting I-Algorithm allow O to O ray B-Algorithm cast I-Algorithm ( O and O even O change O the O isosurface O for O ) O very O large O scalar O fields O at O interactive O framerates O on O commodity O PCs O . O When O both O the O sibling O nodes B-Data_Structure are O full O , O then O the O two O nodes B-Data_Structure ( O current O node O and O a O sibling O ) O are O split O into O three O and O one O more O key O is O shifted O up O the O tree O , O to O the O parent B-Application node I-Application . O The O height O h O of O an O m-ary B-Data_Structure tree I-Data_Structure does O not O include O the O root O node O , O with O a O tree O containing O only O a O root O node O having O a O height O of0 O . O declares O two O arrays O , O rank-1 O and O rank-2 O , O whose O elements O are O in O column-major B-Data_Structure order I-Data_Structure . O Open B-Application Inventor I-Application was O one O such O example O , O and O was O intended O to O simplify O building O the O scene B-Data_Structure graph I-Data_Structure , O but O the O results O were O not O necessarily O very O high O performance O . O A O key-value B-Data_Structure database I-Data_Structure from O the O original O Unix B-Application , O dbm B-General_Concept is O an O early O example O of O a O NoSQL B-General_Concept system O . O The O second O example O presents O a O non-well-founded O rose B-Data_Structure tree I-Data_Structure a O built O by O a O breadth-first O constructor O unfoldTree O . O A O wavelet B-Data_Structure tree I-Data_Structure contains O a O bitmap O representation O of O a O string O . O : O subarray O with O largest O sum O ending O at O i O ; O : O subarray O with O largest O sum O encountered O so O far O ; O a O lower O case O letter O indicates O an O empty O array B-Data_Structure ; O variable O i O is O left O implicit O in O Python B-Language code I-Language . O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O These O efforts O led O to O the O ROMable O logic O implementation O of O a O decimal O CORDIC O prototype O machine O inside O of O Hewlett-Packard O in O 1966 O , O built O by O and O conceptually O derived O from O Thomas O E O . O Osborne O 's O prototypical O Green O Machine O , O a O four-function O , O floating-point B-Algorithm desktop O calculator O he O had O completed O in O DTL B-General_Concept logic O in O December O 1964 O . O This O development O resulted O in O the O first O scientific O handheld O calculator O , O the O HP-35 B-Device in O 1972 O . O CORDIC O has O been O implemented O in O the O ARM-based B-Architecture STM32G4 O , O Intel B-Device 8087 I-Device , O 80287 O , O 80387 O up O to O the O 80486 B-General_Concept coprocessor O series O as O well O as O in O the O Motorola B-General_Concept 68881 I-General_Concept and O 68882 B-General_Concept for O some O kinds O of O floating-point B-Algorithm instructions O , O mainly O as O a O way O to O reduce O the O gate O counts O ( O and O complexity O ) O of O the O FPU B-General_Concept sub-system O . O As O a O consequence O , O CORDIC O has O been O used O for O applications O in O diverse O areas O such O as O signal O and O image B-Algorithm processing I-Algorithm , O communication O systems O , O robotics O and O 3D O graphics O apart O from O general O scientific O and O technical O computation O . O CORDIC O was O used O to O implement O the O Intel B-Device 8087 I-Device math B-General_Concept coprocessor I-General_Concept in O 1980 O , O avoiding O the O need O to O implement O hardware O multiplication O . O CORDIC O is O generally O faster O than O other O approaches O when O a O hardware O multiplier O is O not O available O ( O e.g. O , O a O microcontroller B-Architecture ) O , O or O when O the O number O of O gates O required O to O implement O the O functions O it O supports O should O be O minimized O ( O e.g. O , O in O an O FPGA B-Architecture or O ASIC O ) O . O In O fact O , O CORDIC O is O a O standard O drop-in O IP B-Architecture in O FPGA B-Architecture development O applications O such O as O Vivado O for O Xilinx O , O while O a O power O series O implementation O is O not O due O to O the O specificity O of O such O an O IP B-Architecture , O i.e. O A O similar O problem O exists O for O singly O linked B-Data_Structure lists I-Data_Structure . O Data B-Data_Structure descriptors I-Data_Structure may O be O used O in O compilers B-Language , O as O a O software O structure O at O run O time O in O languages O like O Ada B-Language or O PL/I B-Language , O or O as O a O hardware O structure O in O some O computers O such O as O Burroughs B-Device large I-Device systems I-Device . O As O an O extreme O instance O , O if O , O and O all O keys O are O distinct O , O then O the O set O of O keys O may O be O sorted O in O linear O time O by O representing O it O as O a O bitvector B-Data_Structure , O with O a O 1 O bit O in O position O when O is O one O of O the O input O keys O , O and O then O repeatedly O removing O the O least O significant O bit O . O The O origin O of O the O term O mipmap B-Data_Structure is O an O initialism O of O the O Latin O phrase O multum O in O parvo O ( O " O much O in O a O small O space O " O ) O , O and O map O , O modeled O on O bitmap O . O Difference B-Data_Structure lists I-Data_Structure are O used O to O represent O lists O with O DCGs O for O reasons O of O efficiency O . O A O rose B-Data_Structure tree I-Data_Structure [ ... ] O is O either O a O leaf O [ ... ] O or O a O node O [ ... ] O . O In O some O implementations O an O extra O ' O sentinel B-Data_Structure ' O or O ' O dummy O ' O node B-Data_Structure may O be O added O before O the O first O data B-General_Concept record O or O after O the O last O one O . O A O metric B-Data_Structure tree I-Data_Structure is O any O tree B-Application data I-Application structure I-Application specialized O to O index O data O in O metric O spaces O . O Join O : O The O function O Join O is O on O two O weight-balanced B-Data_Structure trees I-Data_Structure and O and O a O key O and O will O return O a O tree O containing O all O elements O in O , O as O well O as O . O Linear B-Algorithm search I-Algorithm : O find O a O particular O value O in O an O array B-Data_Structure by O checking O every O single O element O in O order O , O until O it O is O found O . O A O foreign B-Application function I-Application interface I-Application for O linking B-Application to O C B-Language primitives O is O provided O , O including O language O support O for O efficient O numerical O arrays B-Data_Structure in O formats O compatible O with O both O C B-Language and O Fortran B-Application . O In O addition O to O its O dynamic B-Algorithm programming I-Algorithm algorithm O , O Knuth O proposed O two O heuristics O ( O or O rules O ) O to O produce O nearly O ( O approximation O of O ) O optimal B-Data_Structure binary I-Data_Structure search I-Data_Structure trees I-Data_Structure . O Should O a O maximum O size O be O adopted O for O a O queue B-Application , O then O a O circular B-Data_Structure buffer I-Data_Structure is O a O completely O ideal O implementation O ; O all O queue B-Application operations O are O constant O time O . O In O the O illustration O , O the O key O 10 O is O inserted O into O the O 2-node O with O 6 O and O 9 O . O The O middle O key O is O 9 O , O and O is O promoted O to O the O parent O 2-node O . O This O leaves O a O 3-node O of O 6 O and O 10 O , O which O is O split O to O be O two O 2-nodes O held O as O children O of O the O parent O 3-node O . O If O the O target O node B-Data_Structure is O a O 3-node O and O the O parent O is O a O 3-node O , O a O temporary O 4-node O is O created O then O split O as O above O . O If O a O skip O list O is O used O , O the O insertion O time O is O brought O down O to O O(logn ) O , O and O swaps O are O not O needed O because O the O skip O list O is O implemented O on O a O linked B-Data_Structure list I-Data_Structure structure O . O Thirteen O different O variations O of O palettes B-Data_Structure and O seven O different O kinds O of O tools O ( O including O a O pen O , O various O geometric O shapes O , O and O the O eraser B-Application ) O are O available O for O use O in O creative O compositions O . O User O definable O 8x10 O pixel O alphanumeric O or O semigraphic B-Data_Structure sets O . O This O reduces O the O bandwidth O consumed O from O search O requests O at O the O price O of O additional O memory O and O processing O power O on O the O nodes B-Data_Structure that O store O that O information O . O The O arrays O and O are O of O length O , O and O contain O the O non-zero O values O and O the O column O indices B-Data_Structure of O those O values O respectively O . O In O computer B-General_Concept science I-General_Concept , O a O grid B-Data_Structure file I-Data_Structure or O bucket O grid O is O a O point O access O method O which O splits O a O space O into O a O non-periodic O grid O where O one O or O more O cells O of O the O grid O refer O to O a O small O set O of O points O . O A O tree B-Data_Structure structure I-Data_Structure , O tree O diagram O , O or O tree O model O is O a O way O of O representing O the O hierarchical O nature O of O a O structure O in O a O graphical O form O . O A O good O example O that O highlights O the O pros O and O cons B-Protocol of O using O dynamic B-Data_Structure arrays I-Data_Structure vs. O linked B-Data_Structure lists I-Data_Structure is O by O implementing O a O program O that O resolves O the O Josephus O problem O . O It O is O only O through O deletion O operations O that O a O WAVL B-Data_Structure tree I-Data_Structure can O become O different O from O an O AVL O tree O . O The O table O is O a O linked B-Data_Structure list I-Data_Structure of O entries O for O each O cluster O , O a O contiguous O area O of O disk O storage O . O The O root B-Application directory I-Application of O the O disk O contains O the O number O of O the O first O cluster O of O each O file O in O that O directory B-Application . O The O operating B-General_Concept system I-General_Concept can O then O traverse O the O FAT O , O looking O up O the O cluster O number O of O each O successive O part O of O the O disk O file O as O a O cluster O chain O until O the O end O of O the O file O is O reached O . O The O term O Move B-Algorithm To I-Algorithm Front I-Algorithm ( O MTF O ) O is O also O used O in O a O slightly O different O context O , O as O a O type O of O a O dynamic O linked B-Data_Structure list I-Data_Structure . O formally O define O binary O tree B-Data_Structure accumulation I-Data_Structure as O iterative O application O of O a O ternary O operator O ; O where O A O are O descendant O labels O and O B O is O a O junction O label O . O Since O Split O and O Union O call O Join O but O do O not O deal O with O the O balancing O criteria O of O weight-balanced B-Data_Structure trees I-Data_Structure directly O , O such O an O implementation O is O usually O called O the O join-based O algorithms O . O Such O pointer O values O may O legitimately O indicate O uninitialized O values O or O sentinel B-Data_Structure nodes I-Data_Structure , O but O they O do O not O point O to O valid O objects O . O The O control O flow O of O the O interpreter B-Application is O normally O by O sequential O processing O of O each O table B-Data_Structure row O but O may O be O modified O by O specific O actions O in O the O table B-Data_Structure entries O . O Each O node O contains O three O fields O : O two O link O fields O ( O references O to O the O previous O and O to O the O next O node O in O the O sequence O of O nodes B-Data_Structure ) O and O one O data B-Application field I-Application . O PDL O extends O the O data O structures O built O into O Perl B-Language , O to O include O large O multidimensional B-Data_Structure arrays I-Data_Structure , O and O adds O functionality O to O manipulate O those O arrays O as O vector O objects O . O Octrees B-Data_Structure are O used O because O and O there O are O three O color O components O in O the O RGB O system O . O R* B-Data_Structure -trees I-Data_Structure have O slightly O higher O construction O cost O than O standard O R-trees B-Library , O as O the O data O may O need O to O be O reinserted O ; O but O the O resulting O tree O will O usually O have O a O better O query O performance O . O An O even O simpler O linear-time O sequential O algorithm O ( O , O Lemma O 1 O ) O does O not O even O need O a O stack B-Application ; O it O assumes O that O the O input O sequence O is O given O as O an O array B-Data_Structure A[1,n] O of O size O n O , O and O stores O the O index O j O of O the O preceding O smaller O value O of O the O ith O value O A[i] O in O P[i] O . O For O example O , O a O linked B-Data_Structure list I-Data_Structure might O be O declared O as O : O Although O with O internal O storage O the O same O data B-General_Concept can O be O placed O in O multiple O lists O by O including O multiple O next O references O in O the O node B-Data_Structure data B-General_Concept structure I-General_Concept , O it O would O then O be O necessary O to O create O separate O routines O to O add O or O delete O cells O based O on O each O field O . O only O support O growable B-Data_Structure arrays I-Data_Structure . O If O two O elements O are O removed O , O the O two O oldest O values O inside O of O the O circular B-Data_Structure buffer I-Data_Structure would O be O removed O . O In O dynamic B-Algorithm perfect I-Algorithm hashing I-Algorithm , O two-level O hash B-Algorithm tables I-Algorithm are O used O to O reduce O the O look-up B-Data_Structure complexity O to O be O a O guaranteed O in O the O worst O case O . O In O addition O to O an O improved O split O strategy O , O the O R* B-Data_Structure -tree I-Data_Structure also O tries O to O avoid O splits O by O reinserting O objects O and O subtrees O into O the O tree O , O inspired O by O the O concept O of O balancing O a O B-tree B-Architecture . O The O Stern B-Data_Structure – I-Data_Structure Brocot I-Data_Structure tree I-Data_Structure may O itself O be O defined O directly O in O terms O of O mediants O : O the O left O child O of O any O number O q O is O the O mediant O of O q O with O its O closest O smaller O ancestor O , O and O the O right O child O of O q O is O the O mediant O of O q O with O its O closest O larger O ancestor O . O Formally O , O an O array B-Data_Structure A O is O given O by O a O ( O total O or O partial O ) O function O A O : O X O → O V O where O X O , O the O domain O is O a O d-dimensional O integer O interval O for O some O d0 O and O V O , O called O range O , O is O some O ( O non-empty O ) O value O set O ; O in O set O notation O , O this O can O be O rewritten O as O { O ( O p O , O v O ) O | O p O in O X O , O v O in O V O } O . O Building O a O heap B-Application from O an O array B-Data_Structure of O input O elements O can O be O done O by O starting O with O an O empty O heap B-Application , O then O successively O inserting O each O element O . O In O the O analysis O of O algorithms O , O the O input O to O breadth-first B-Algorithm search I-Algorithm is O assumed O to O be O a O finite O graph B-Application , O represented O as O an O adjacency B-Data_Structure list I-Data_Structure , O adjacency B-Algorithm matrix I-Algorithm , O or O similar O representation O . O LALR(1 ) O based O parsers O . O Automatic O generation O of O strictly-typed O abstract B-Data_Structure syntax I-Data_Structure trees I-Data_Structure . O This O latter O definition O is O today O more O standard O , O and O the O still-looser O notion O of O a O data B-General_Concept structure I-General_Concept with O non-constant O but O small O overhead O is O today O known O as O a O succinct B-Data_Structure data I-Data_Structure structure I-Data_Structure , O as O defined O by O ; O it O was O referred O to O as O semi-implicit O by O . O However O , O we O can O say O that O all O AVL O trees O are O WAVL B-Data_Structure trees I-Data_Structure . O In O an O implicit B-Data_Structure ( O array B-Data_Structure ) O representation O , O this O requires O one O " O reverse O bit O " O per O internal O node O to O indicate O which O child O is O considered O the O left O child O . O In O computer B-General_Concept science I-General_Concept , O an O optimal B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure ( O Optimal O BST O ) O , O sometimes O called O a O weight-balanced O binary O tree O , O is O a O binary B-Language search I-Language tree I-Language which O provides O the O smallest O possible O search O time O ( O or O expected O search O time O ) O for O a O given O sequence O of O accesses O ( O or O access O probabilities O ) O . O Once O we O find O an O upper O bound O on O the O performance O of O the O tango B-Data_Structure tree I-Data_Structure , O we O can O divide O them O to O bound O the O competitive B-Algorithm ratio I-Algorithm . O The O first O color O entry O of O each O background O palette B-Data_Structure must O be O the O same O across O all O background O palettes B-Data_Structure . O Many O of O the O lossless B-Algorithm compression I-Algorithm techniques O used O for O text O also O work O reasonably O well O for O indexed B-Data_Structure images I-Data_Structure . O This O is O often O also O applied O to O sound O files O , O and O can O compress B-Device files O that O contain O mostly O low O frequencies O and O low O volumes O . O An O HTML B-Language element O is O a O type O of O HTML B-Language ( O HyperText B-Language Markup I-Language Language I-Language ) O document O component O , O one O of O several O types O of O HTML B-Language nodes B-Data_Structure ( O there O are O also O text O nodes B-Data_Structure , O comment O nodes B-Data_Structure and O others O ) O . O With O initial O drivers O , O the O RIVA B-Device 128 I-Device used O per-polygon O mipmapping B-Data_Structure instead O of O the O much O higher-quality O , O but O more O demanding O , O per-pixel O variety O . O Also O , O it O has O no O support O for O indexes B-Data_Structure . O This O algorithm O can O be O kinetized O by O maintaining O the O convex O hull O in O a O kinetic B-Algorithm convex I-Algorithm hull I-Algorithm data O structure O , O the O merge O of O the O four O envelope O lists O in O a O kinetic B-Data_Structure sorted I-Data_Structure list I-Data_Structure and O the O boxes O in O a O kinetic B-Application priority I-Application queue I-Application . O Each O region O is O implemented O as O a O linked B-Data_Structure list I-Data_Structure of O large O blocks O of O memory O ; O each O block O should O be O large O enough O to O serve O many O allocations O . O The O TSS/360 O operating O system O , O developed O by O IBM O for O the O System O 360/370 O machines O , O used O a O double O linked B-Data_Structure list I-Data_Structure for O their O file O system O catalog O . O ISO O SQL B-Language lists O an O array-valued O attribute O type O , O but O this O is O only O one-dimensional O , O with O almost O no O operational O support O , O and O not O usable O for O the O application O domains O of O Array B-Data_Structure DBMSs O . O Most O nodes B-Data_Structure are O USER O nodes B-Data_Structure ; O these O have O no O special O function O . O An O event O is O considered O internal O if O the O property O maintained O by O the O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure does O not O change O when O the O event O occurs O . O Compared O to O binary O search O where O the O sorted B-Data_Structure array I-Data_Structure is O divided O into O two O equal-sized O parts O , O one O of O which O is O examined O further O , O Fibonacci B-Algorithm search I-Algorithm divides O the O array O into O two O parts O that O have O sizes O that O are O consecutive O Fibonacci B-Algorithm numbers I-Algorithm . O This O is O partly O because O it O has O traditionally O been O difficult O to O create O an O effective O evaluation B-General_Concept function I-General_Concept for O a O Go O board O , O and O partly O because O the O large O number O of O possible O moves O each O side O can O make O each O leads O to O a O high O branching B-Data_Structure factor I-Data_Structure . O Particularly O , O there O is O a O group O of O problems O that O have O been O extensively O studied O where O the O input O is O an O array B-Data_Structure of O unsorted O numbers O and O a O query O consists O of O computing O some O function O , O such O as O the O minimum O , O on O a O specific O range O of O the O array B-Data_Structure . O Thus O , O for O many O workloads O , O fractal B-Data_Structure tree I-Data_Structure indexes I-Data_Structure can O match O B-trees B-Architecture in O terms O of O search O time O . O In O general O , O if O there O are O k O functions O , O then O one O may O visualize O the O monoid O as O a O full O k-ary B-Data_Structure tree I-Data_Structure , O also O known O as O a O Cayley B-Algorithm tree I-Algorithm . O Each O node B-Data_Structure or O DPU B-General_Concept independently O computes O a O partial O result O as O a O function O of O the O data O received O from O its O upstream O neighbours O , O stores O the O result O within O itself O and O passes O it O downstream O . O Thus O , O using O kinetic B-Algorithm convex I-Algorithm hull I-Algorithm to O maintain O the O upper O and O lower B-Algorithm envelopes I-Algorithm , O a O kinetic B-Data_Structure sorted I-Data_Structure list I-Data_Structure on O these O intervals O to O maintain O the O antipodal O edge-vertex O pairs O , O and O a O kinetic B-Data_Structure tournament I-Data_Structure to O maintain O the O pair O of O minimum O distance O apart O , O the O diameter O of O a O moving O point O set O can O be O maintained O . O However O , O an O algorithm O that O is O given O as O input O an O implicit B-Data_Structure graph I-Data_Structure of O this O type O must O operate O on O it O only O through O the O implicit O adjacency O test O , O without O reference O to O how O the O test O is O implemented O . O Trees O can O also O be O represented B-Data_Structure radially I-Data_Structure : O * O 8 O colors O may O be O used O by O fontA O and O other O 8 O colors O by O fontB O ; O so O , O if O fontA O ≠ O fontB O ( O 512 O characters O mode O ) O , O then O the O palette B-Data_Structure should O be O halved O and O a O text O may O effectively O use O only O 8 O colors O . O An O internal O node B-Data_Structure ( O also O known O as O an O inner B-Application node I-Application , O inode O for O short O , O or O branch O node B-Data_Structure ) O is O any O node B-Data_Structure of O a O tree O that O has O child B-Data_Structure nodes I-Data_Structure . O Every O internal O node B-Data_Structure is O a O 2-node O or O a O 3-node O . O The O main O difference O between O the O Hilbert B-Data_Structure R-tree I-Data_Structure and O the O R* O -tree O is O that O non-leaf O nodes O also O contain O information O about O the O LHVs O ( O Largest O Hilbert O Value O ) O . O This O vital O information O is O listed O in O the O EPROCESS O in O memory O ; O the O section O in O the O object O manager O contains O a O double O linked B-Data_Structure list I-Data_Structure of O all O known O processes B-Operating_System running O , O which O is O also O known O as O the O EPROCESS O . O The O module O introduces O rose B-Data_Structure trees I-Data_Structure as O pairing O entities O by O the O following O definition O : O The O type O system O consists O of O basic O types O such O as O integer O or O floating-point B-Algorithm numbers I-Algorithm and O five O derived O types O : O pointers O , O arrays B-Data_Structure , O vectors O , O structures O , O and O functions O . O In O the O case O of O a O circular O doubly O linked B-Data_Structure list I-Data_Structure , O the O first O node B-Data_Structure also O points O to O the O last O node B-Data_Structure of O the O list B-General_Concept . O A O vantage-point B-Data_Structure tree I-Data_Structure can O be O used O to O find O the O nearest O neighbor O of O a O point O . O To O increase O system O reliability O , O the O kernel B-Operating_System architecture O is O entirely O static O , O a O memory B-General_Concept allocator I-General_Concept is O not O needed O ( O but O is O available O as O an O option O ) O , O and O there O are O no O data B-General_Concept structures I-General_Concept with O upper O size O limits O like O tables B-Application or O arrays B-Data_Structure . O The O algorithm O evaluates O each O leaf B-Data_Structure node I-Data_Structure using O a O heuristic B-General_Concept evaluation I-General_Concept function I-General_Concept , O obtaining O the O values O shown O . O The O String O and O list O types O are O both O actually O arrays B-Data_Structure , O while O the O time O stamp O is O a O high O resolution O representation O of O a O point O in O time O . O Programming B-General_Concept languages O commonly O associated O with O buffer B-General_Concept overflows I-General_Concept include O C B-Language and O C++ B-Language , O which O provide O no O built-in O protection O against O accessing O or O overwriting O data B-General_Concept in O any O part O of O memory O and O do O not O automatically O check O that O data B-General_Concept written O to O an O array B-Data_Structure ( O the O built-in O buffer B-General_Concept type O ) O is O within O the O boundaries O of O that O array B-Data_Structure . O Abstract B-Data_Structure Syntax I-Data_Structure Trees I-Data_Structure are O well O known O in O the O computer O science O community O ; O they O are O simple O recursive O data O structures O useful O for O representing O the O syntactic O structure O of O sentences O in O certain O kinds O of O languages O ( O mathematical O or O otherwise O ) O . O The O only O support O for O strings O in O the O programming O language O proper O is O that O the O compiler O translates O quoted O string O constants O into O null-terminated B-Data_Structure strings I-Data_Structure . O Then O , O while O item O x O and O its O children O do O not O satisfy O the O heap B-Application property I-Application , O item O x O is O swapped O with O one O of O its O children O ( O the O one O with O the O smallest O priority O in O a O min-heap O , O or O the O one O with O the O largest O priority O in O a O max-heap O ) O , O moving O it O downward O in O the O tree O and O later O in O the O array B-Data_Structure , O until O eventually O the O heap B-Application property I-Application is O satisfied O . O While O the O number O of O failed O nodes O is O less O than O the O skip B-Data_Structure graph I-Data_Structure can O continue O to O function O normally O . O On O a O hardware O level O , O RTX B-Algorithm cards O feature O fixed-function O " O RT O cores O " O that O are O designed O to O accelerate O mathematical O operations O needed O to O simulate O rays O , O such O as O bounding B-Data_Structure volume I-Data_Structure hierarchy I-Data_Structure traversal O . O Here O input O is O the O input O array B-Data_Structure to O be O sorted O , O key O returns O the O numeric O key O of O each O item O in O the O input O array B-Data_Structure , O count O is O an O auxiliary O array B-Data_Structure used O first O to O store O the O numbers O of O items O with O each O key O , O and O then O ( O after O the O second O loop O ) O to O store O the O positions O where O items O with O each O key O should O be O placed O , O Double-linked O lists O require O more O space O per O node B-Data_Structure ( O unless O one O uses O XOR-linking B-Data_Structure ) O , O and O their O elementary O operations O are O more O expensive O ; O but O they O are O often O easier O to O manipulate O because O they O allow O fast O and O easy O sequential B-General_Concept access I-General_Concept to O the O list B-General_Concept in O both O directions O . O Once O this O step O is O done O , O a O PEG O parser B-Language analyzes O the O text O and O generates O an O AST B-Data_Structure capturing O the O syntax B-Application and O semantics B-Application of O the O wiki B-Protocol page O . O Row-major B-Data_Structure order I-Data_Structure is O the O default O in O NumPy B-Application ( O for O Python B-Language ) O . O Inserting O k O into O a O balanced B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure that O contains O O(logM ) O elements O also O takes O O(loglogM ) O time O . O To O reduce O the O overhead O incurred O by O this O garbage B-General_Concept collection I-General_Concept , O most O implementations O avoid O purely O circular B-Data_Structure logs I-Data_Structure and O divide O up O their O storage O into O segments O . O right|x200px|thumb|Figure O 2.2 O : O Concatenating O two O child O ropes B-Data_Structure into O a O single O rope O . O If O there O is O a O DO O with O an O approximation O factor O of O at O most O 2 O , O then O it O is O possible O to O build O a O set B-Data_Structure intersection I-Data_Structure oracle I-Data_Structure ( O SIO O ) O with O query O time O and O space O requirements O , O where O n O is O the O number O of O sets O and O N O the O sum O of O their O sizes O ; O see O set B-Data_Structure intersection I-Data_Structure oracle I-Data_Structure #Reduction O to O approximate O distance B-Application oracle I-Application . O The O original O paper O only O considers O 1+2b O ( O " O sequence-forking O " O rose B-Data_Structure trees I-Data_Structure ) O and O 1+2a O ( O " O set-forking O " O rose B-Data_Structure trees I-Data_Structure ) O . O As O with O the O related O pivoting-based O quicksort B-Algorithm algorithm O , O the O partition O of O the O input O into O and O may O be O done O by O making O new O collections O for O these O sets O , O or O by O a O method O that O partitions O a O given O list O or O array B-Data_Structure data O type O in-place O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Each O record O must O have O a O unique B-Application key I-Application , O but O other O , O , O record O keys O need O not O be O unique O . O Implementations O of O indexed O files B-Operating_System vary O between O vendors O , O although O common O implementations O , O such O as O C-ISAM B-Application and O VSAM O , O are O based O on O IBM O 's O ISAM B-Application . O This O method O leads O to O a O balanced B-Data_Structure k-d B-Data_Structure tree I-Data_Structure , O in O which O each O leaf O node O is O approximately O the O same O distance O from O the O root O . O Each O node B-Data_Structure in O a O tree O has O zero O or O more O child B-Data_Structure nodes I-Data_Structure , O which O are O below O it O in O the O tree O ( O by O convention O , O trees O are O drawn O with O descendants O going O downwards O ) O . O For O example O , O CSC O is O , O where O is O an O array O of O the O ( O top-to-bottom O , O then O left-to-right O ) O non-zero O values O of O the O matrix B-Architecture ; O is O the O row O indices B-Data_Structure corresponding O to O the O values O ; O and O , O is O the O list O of O indexes O where O each O column O starts O . O Their O corresponding O implicit B-Data_Structure k-d I-Data_Structure trees I-Data_Structure are O full O binary O trees O , O which O have O for O n O leaf O nodes O n O - O 1 O inner O nodes O . O Petriscript B-Language 's O main O purpose O is O to O automate O modeling O operations O on O Petri B-Operating_System nets I-Operating_System by O merging O , O creating O , O and O connecting O nodes B-Data_Structure . O However O , O the O collection O operations O that O alter O the O number O of O elements O ( O insert/add/remove O ) O will O throw O exceptions O as O these O operations O are O unsupported O by O arrays B-Data_Structure . O There O are O two O types O of O self-referential O definitions O : O inductive O and O coinductive B-Application definitions O . O For O example O , O linked B-Data_Structure lists I-Data_Structure can O be O defined O inductively O ( O here O , O using O Haskell B-Language syntax O ) O : O A O coinductive B-Application data O definition O is O one O that O specifies O the O operations O that O may O be O performed O on O a O piece O of O data O ; O typically O , O self-referential O coinductive B-Application definitions O are O used O for O data O structures O of O infinite O size O . O Some O data B-General_Concept structures I-General_Concept , O even O those O that O are O not O purely O functional O such O as O dynamic B-Data_Structure arrays I-Data_Structure , O admit O operations O that O are O efficient O most O of O the O time O ( O e.g. O , O constant O time O for O dynamic B-Data_Structure arrays I-Data_Structure ) O , O and O rarely O inefficient O ( O e.g. O , O linear O time O for O dynamic B-Data_Structure arrays I-Data_Structure ) O . O Each O element B-General_Concept node B-Data_Structure has O a O tag B-General_Concept name O , O attributes O , O and O can O contain O other O element B-General_Concept nodes O or O text O nodes O as O children O . O This O does O not O seem O like O an O advantage O , O since O normally O k O ≥ O log O n O , O but O in O a O balanced B-Data_Structure tree I-Data_Structure every O comparison O is O a O string O comparison O requiring O O(k ) O worst-case O time O , O many O of O which O are O slow O in O practice O due O to O long O common O prefixes O ( O in O the O case O where O comparisons O begin O at O the O start O of O the O string O ) O . O In O many O cases O , O the O participating O nodes B-Data_Structure must O trust O the O central O system O not O to O abuse O the O access O that O is O being O granted O , O by O interfering O with O the O operation O of O other O programs O , O mangling O stored O information O , O transmitting O private O data O , O or O creating O new O security O holes O . O This O makes O scapegoat B-Data_Structure trees I-Data_Structure similar O to O red O – O black O trees B-Application in O that O they O both O have O restrictions O on O their O height O . O One O common O example O is O accessing O an O array B-Data_Structure element I-Data_Structure , O modifying O it O , O and O storing O the O modified O value O in O the O same O array B-Data_Structure at O the O same O location O . O It O is O implemented O using O a O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure of O fixed-length O subarrays O . O In O this O case O , O lists O of O WMEs O for O a O partial O match O are O represented O by O the O linked B-Data_Structure list I-Data_Structure of O tokens O . O A O relaxed B-Data_Structure K-d I-Data_Structure tree I-Data_Structure or O relaxed O K-dimensional O tree O is O a O data O structure O which O is O a O variant O of O K-d B-Data_Structure trees I-Data_Structure . O To O save O memory O , O smaller O surfaces O using O mipmaps B-Data_Structure of O the O original O texture O were O generated O first O for O further O walls O . O The O design O of O the O underlying O data B-General_Concept structure I-General_Concept , O which O is O implemented O in O a O Rust B-Application library B-Library , O uses O a O succinct B-Data_Structure data I-Data_Structure structures I-Data_Structure and O delta B-Algorithm encoding I-Algorithm approach O drawing O inspiration O from O software O source B-Architecture control I-Architecture systems O like O Git B-Application . O The O grayscale O ( O Left O + O B O ) O palette B-Data_Structure produces O an O appearance O similar O to O that O experienced O on O the O original B-Device Game I-Device Boy I-Device , O Game B-Device Boy I-Device Pocket O , O or O Game B-Device Boy I-Device Light O . O Exponential B-Data_Structure trees I-Data_Structure achieve O optimal O asymptotic O complexity O on O some O operations O . O sift-up O : O move O a O node B-Data_Structure up O in O the O tree B-Application , O as O long O as O needed O ; O used O to O restore O heap B-Application condition O after O insertion O . O Output O : O Find O an O ‘ O a’ O in O the O array B-Data_Structure . O However O , O most O compressed B-General_Concept data I-General_Concept formats O are O not O so O easy O to O access O randomly O ; O also O by O compressing O bit B-Data_Structure arrays I-Data_Structure too O aggressively O we O run O the O risk O of O losing O the O benefits O due O to O bit-level B-Operating_System parallelism I-Operating_System ( O vectorization B-Application ) O . O What O identifies O the O data B-General_Concept structure I-General_Concept as O a O stack B-Application , O in O either O case O , O is O not O the O implementation O but O the O interface O : O the O user O is O only O allowed O to O pop O or O push O items O onto O the O array B-Data_Structure or O linked B-Data_Structure list I-Data_Structure , O with O few O other O helper O operations O . O 1982 O Discovery O Recurrent B-Algorithm Neural I-Algorithm Network I-Algorithm John O Hopfield O popularizes O Hopfield B-Algorithm networks I-Algorithm , O a O type O of O recurrent B-Algorithm neural I-Algorithm network I-Algorithm that O can O serve O as O content-addressable B-Data_Structure memory I-Data_Structure systems O . O To O find O and O remove O a O particular O node B-Data_Structure , O one O must O again O keep O track O of O the O previous O element O . O null-terminated B-Data_Structure string I-Data_Structure . O Such O " O container O " O arrays B-Data_Structure can O be O any O number O of O dimensions O . O In O the O case O of O arrays B-Data_Structure , O access O is O done O with O the O array O index O . O In O the O case O of O stacks B-Application , O access O is O done O according O to O the O LIFO B-Application ( O last O in O , O first O out O ) O order O and O in O the O case O of O queues B-Application it O is O done O according O to O the O FIFO B-Operating_System ( O first B-Operating_System in I-Operating_System , I-Operating_System first I-Operating_System out I-Operating_System ) O order O ; O Although O rainbow B-Algorithm tables I-Algorithm have O to O follow O more O chains O , O they O make O up O for O this O by O having O fewer O tables O : O simple O hash B-Algorithm chain O tables O cannot O grow O beyond O a O certain O size O without O rapidly O becoming O inefficient O due O to O merging O chains O ; O to O deal O with O this O , O they O maintain O multiple O tables O , O and O each O lookup B-Data_Structure must O search O through O each O table B-Data_Structure . O key B-Data_Structure – I-Data_Structure value I-Data_Structure pair I-Data_Structure , O wide B-Application column I-Application , O graph B-Application , O or O document B-General_Concept ) O are O different O from O those O used O by O default O in O relational B-Application databases I-Application , O making O some O operations O faster O in O NoSQL B-General_Concept . O Then O it O transformed O each O element O of O the O heightmap B-Data_Structure into O a O column O of O pixels B-Algorithm , O determined O which O are O visible O ( O that O is O , O have O not O been O occluded O by O pixels B-Algorithm that O have O been O drawn O in O front O ) O , O and O drew O them O with O the O corresponding O color O from O the O texture O map O . O The O following O 6502 O assembly B-Language language I-Language source O code O is O for O a O subroutine O named O TOLOWER O , O which O copies O a O null-terminated B-Data_Structure character O string O from O one O location O to O another O , O converting O upper-case O letter O characters O to O lower-case O letters O . O Especially O implicit B-Data_Structure max B-Data_Structure kd-trees I-Data_Structure are O an O optimal O choice O for O visualizing O scalar O fields O defined O on O rectilinear O grids O ( O see O ) O . O For O example O , O the O command O , O INPUT O had O no O abbreviation O because O its O spelling O collided O with O the O separate O INPUT# O keyword O , O which O was O located O nearer O to O the O beginning O of O the O keyword O lookup B-Data_Structure table I-Data_Structure . O Pseudographics B-Data_Structure : O 2x3 O dot B-General_Concept matrix I-General_Concept combinations O in O graphic O character O subset O – O 64x48 O dots O total O . O When O the O inputs O are O linked B-Data_Structure lists I-Data_Structure , O this O algorithm O can O be O implemented O to O use O only O a O constant O amount O of O working O space O ; O the O pointers O in O the O lists O ' O nodes O can O be O reused O for O bookkeeping O and O for O constructing O the O final O merged O list O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O The O representation O of O splay B-Data_Structure trees I-Data_Structure can O change O even O when O they O are O accessed O in O a O ' O read-only O ' O manner O ( O i.e. O Often O , O an O operation O might O be O performed O when O a O pointer O arrives O at O a O particular O node B-Data_Structure . O FOUND O L O R15 O , O CT1(R14 ) O ********* O get O pointer O to O subroutine O using O index B-Data_Structure ( O 0 O , O 4 O , O 8 O etc O . O ) O This O example O in O C B-Language uses O two O tables O , O the O first O ( O CT1 O ) O is O a O simple O linear B-Algorithm search I-Algorithm one-dimensional O lookup B-Data_Structure table I-Data_Structure – O to O obtain O an O index B-Data_Structure by O matching O the O input O ( O x O ) O , O and O the O second O , O associated O table B-Data_Structure ( O CT1p O ) O , O is O a O table B-Data_Structure of O addresses O of O labels O to O jump B-General_Concept to O . O The O map O range O node O now O supports O vectors O in O both O Shader O nodes B-Data_Structure and O Geometry O Nodes B-Data_Structure . O The O on-disk O representation O of O text B-General_Concept files I-General_Concept in O the O Oberon B-Application System I-Application uses O a O piece B-Data_Structure chain I-Data_Structure technique O that O allows O pieces O of O one O document O to O point O to O text O stored O in O some O other O document O , O similar O to O transclusion O . O Text O content O within O an O element B-General_Concept is O represented O as O a O text O node B-Data_Structure in O the B-General_Concept DOM I-General_Concept tree O . O Since O nodes B-Data_Structure are O likely O to O go O " O offline O " O from O time O to O time O , O as O their O owners O use O their O resources B-General_Concept for O their O primary O purpose O , O this O model O must O be O designed O to O handle O such O contingencies O . O For O example O , O a O stored O word O of O " O 10XX0 O " O in O a O ternary O CAM B-Data_Structure will O match O any O of O the O four O search O words O " O 10000 O " O , O " O 10010 O " O , O " O 10100 O " O , O or O " O 10110 O " O . O Crysis B-Application , O as O well O as O Cryengine B-Application 2 I-Application and O Cryengine B-Application 3 I-Application , O use O a O combination O of O heightmaps B-Data_Structure and O voxels B-Algorithm for O their O terrain O systems O . O A O more O recent O example O of O a O key-value B-Data_Structure database I-Data_Structure is O RocksDB B-Language which O is O used O as O storage O engine O for O other O database O management O systems O such O as O ArangoDB B-Operating_System . O Another O solution O is O to O store O entries O in O a O sorted O collection O , O such O as O dynamic B-Data_Structure arrays I-Data_Structure and/or O B-trees B-Architecture . O Cam B-Data_Structure : O Cam B-Algorithm actuators I-Algorithm function O on O a O principle O similar O to O that O of O the O wedge O , O but O provide O relatively O limited O travel O . O When O using O only O one O additional O memory O board O , O only O 4 O colors O form O 8 O color B-Data_Structure palette I-Data_Structure are O available O . O Lookup B-Data_Structure tables I-Data_Structure are O thus O used O by O mathematics O coprocessors B-General_Concept in O computer O systems O . O Two O common O ways O to O make O the O span O and O pixel-based O algorithms O support O pattern O filling O are O either O to O use O a O unique O color O as O a O plain O fill O and O then O replace O that O with O a O pattern O or O to O keep O track O ( O in O a O 2d O boolean O array B-Data_Structure or O as O regions O ) O of O which O pixels O have O been O visited O , O using O it O to O indicate O pixels O are O no O longer O fillable O . O A O similar O family O of O problems O are O orthogonal B-Data_Structure range I-Data_Structure queries O , O also O known O as O counting O queries O . O The O Atari B-Device 8-bit I-Device family I-Device allows O different O graphics O modes O and O color O palettes B-Data_Structure to O be O used O in O different O horizontal O bands O on O the O screen O , O by O using O a O simple O display O list O and O a O type O of O horizontal B-General_Concept blank I-General_Concept interrupt I-General_Concept . O The O maximum O distance O between O pairs O of O antipodal O can O be O maintained O with O a O kinetic B-Data_Structure tournament I-Data_Structure . O Find B-Algorithm first I-Algorithm set I-Algorithm and O related O operations O can O be O extended O to O arbitrarily O large O bit B-Data_Structure arrays I-Data_Structure in O a O straightforward O manner O by O starting O at O one O end O and O proceeding O until O a O word O that O is O not O all-zero O ( O for O , O , O ) O or O not O all-one O ( O for O , O , O ) O is O encountered O . O Color B-Data_Structure palette I-Data_Structure managing O , O including O 65 O default O palettes B-Data_Structure ; O Now O , O for O each O node O in O the O tree O , O add O another O interval B-Data_Structure tree I-Data_Structure on O the O x-ranges O , O for O all O elements O whose O y-range O is O the O same O as O that O node O 's O y-range O . O Research O has O been O underway O since O at O least O 2005 O regarding O methods O to O use O x86 O 's O built-in O virtual O memory O management O unit O to O ensure O safety O of O array B-Data_Structure and O buffer O accesses O . O Array B-Data_Structure rotation O : O move O the O items O in O an O array B-Data_Structure to O the O left O or O right O by O some O number O of O spaces O , O with O values O on O the O edges O wrapping O around O to O the O other O side O . O Here O is O a O simple O example O of O index B-General_Concept register I-General_Concept use O in O assembly O language O pseudo-code O that O sums O a O 100 O entry O array B-Data_Structure of O 4-byte O words O : O These O standardized O scene B-Data_Structure graph I-Data_Structure systems O meant O the O programmer O only O had O to O provide O the O GUI O for O the O program O . O A O scene B-Data_Structure graph I-Data_Structure is O normally O organized O as O some O sort O of O a O tree B-Application data I-Application structure I-Application , O with O the O nodes O representing O objects O , O and O the O edges O their O relationship O to O other O objects O in O the O world O . O For O dozens O of O select O Game B-Device Boy I-Device games O , O the O Game B-Device Boy I-Device Color I-Device has O an O enhanced O palette B-Data_Structure built-in O featuring O up O to O 16 O colors O — O four O colors O for O each O of O the O Game B-Device Boy I-Device 's O four O layers O . O Block O Data O Group O mirror O large O blocks O of O OPC O data O in O an O SQL B-Language database I-Language through O the O use O of O array B-Data_Structure read O and O writes O . O Remote O Configuration O Group O configuration O over O the O network O via O TCP B-Protocol connection O . O Example O C-like B-Language code O using O indices O for O bottom-up O merge B-Algorithm sort I-Algorithm algorithm O which O treats O the O list O as O an O array B-Data_Structure of O n O sublists O ( O called O runs B-Algorithm in O this O example O ) O of O size O 1 O , O and O iteratively O merges O sub-lists O back O and O forth O between O two O buffers O : O Like O most O trees O , O a O palindrome B-Data_Structure tree I-Data_Structure consists O of O vertices O and O directed O edges O . O Instead O of O removing O textures O that O exceed O the O draw O distance O , O the O new O engine O uses O mipmapping B-Data_Structure to O lower O the O polygon B-General_Concept count I-General_Concept of O distant O terrain O . O For O example O , O by O evaluating O the O idiom O BV/ O ⍳⍴A O as O a O single O operation O ( O where O BV O is O a O Boolean O vector B-Data_Structure and O A B-Application is I-Application an O array B-Application ) O , O the O creation O of O two O intermediate O arrays O is O avoided O . O It O can O be O shown O inductively B-Algorithm that O the O tree B-Data_Structure contains O primitive O Pythagorean O triples O and O nothing O else O by O showing O that O starting O from O a O primitive O Pythagorean O triple O , O such O as O is O present O at O the O initial O node O with O ( O 3 O , O 4 O , O 5 O ) O , O each O generated O triple O is O both O Pythagorean O and O primitive O . O The O palette B-Data_Structure cache O is O a O set O of O three O circular O buffers O which O store O the O 256 O most O recently O used O palettes B-Data_Structure , O one O each O for O of O the O 2 O , O 4 O , O and O 8-color O modes O . O Nonrelevant O child O nodes O do O n't O have O to O be O accessed O because O the O bitmap B-Data_Structure and O a O bitwise O AND O operation O allows O to O determine O the O result O upfront O . O Since O each O block O contains O information O about O the O previous O block O , O they O effectively O form O a O chain O ( O compare O linked B-Data_Structure list I-Data_Structure data O structure O ) O , O with O each O additional O block O linking O to O the O ones O before O it O . O When O the O dynamic B-Data_Structure array I-Data_Structure includes O operations O that O decrease O the O array B-Data_Structure size O as O well O as O increasing O it O , O the O potential O function O must O be O modified O to O prevent O it O from O becoming O negative O . O The O sequence O of O values O M O computed O by O this O search O is O exactly O the O sequence O of O values O on O the O path O from O the O root O to O q O in O the O Stern B-Data_Structure – I-Data_Structure Brocot I-Data_Structure tree I-Data_Structure . O scikit-learn B-Application includes O a O Python O implementation O of O DBSCAN B-Algorithm for O arbitrary O Minkowski O metrics O , O which O can O be O accelerated O using O k-d B-Data_Structure trees I-Data_Structure and O ball B-Data_Structure trees I-Data_Structure but O which O uses O worst-case O quadratic O memory O . O As O one O example O , O while O the O directory O structure O and O thus O the O process O structure O for O NLTSS B-Operating_System was O naturally O a O directed O graph O ( O process O capabilities O could O be O stored O in O directories O just O like O file O capabilities O or O directory O capabilities O ) O , O the O baselib O library O emulated O a O simple O linear O ( O controller O – O controllee O ) O process O structure O ( O not O even O a O tree B-Data_Structure structure I-Data_Structure as O in O Unix B-Application ) O to O stay O compatible O with O the O prior O LTSS O . O bitmap B-Algorithm or O bilevel O image O ) O and O not O an O indexed B-Data_Structure color I-Data_Structure image O . O Proper O representation O of O m-ary B-Data_Structure tree I-Data_Structure objects O can O greatly O simplify O the O generation O process O . O However O , O this O is O more O often O an O advantage O for O insertion B-Algorithm sort I-Algorithm in O that O it O runs O much O more O efficiently O if O the O array B-Data_Structure is O already O sorted O or O " O close O to O sorted. O " O In O plain O lists O , O y O points O to O the O next O cell O ( O if O any O ) O , O thus O forming O a O list B-Data_Structure . O The O final O code O , O with O vector B-Data_Structure branches O , O executes O both O the O comparison O and O the O branch O in O vector B-Data_Structure mode O , O potentially O gaining O performance O over O the O scalar O baseline O . O In O computer B-General_Concept science I-General_Concept , O a O radix B-Data_Structure tree I-Data_Structure ( O also O radix B-Data_Structure trie I-Data_Structure or O compact B-Data_Structure prefix I-Data_Structure tree I-Data_Structure or O compressed O trie B-General_Concept ) O is O a O data B-General_Concept structure I-General_Concept that O represents O a O space-optimized O trie B-General_Concept ( O prefix B-General_Concept tree I-General_Concept ) O in O which O each O node O that O is O the O only O child O is O merged O with O its O parent O . O As O in O a O K-d B-Data_Structure tree I-Data_Structure , O a O relaxed B-Data_Structure K-d I-Data_Structure tree I-Data_Structure of O size O n O induces O a O partition O of O the O domain O D O into O n+1 O regions O , O each O corresponding O to O a O leaf O in O the O K-d B-Data_Structure tree I-Data_Structure . O Going O back O to O the O table O of O enumeration O of O all O m-ary B-Data_Structure trees I-Data_Structure , O where O and O , O we O can O easily O observe O the O apparent O jump O from O " O 006 O " O to O " O 010 O " O can O be O explained O trivially O in O an O algorithmic O fashion O as O depicted O below O : O The O output O is O an O array B-Data_Structure of O the O elements O ordered O by O their O keys O . O The O next O step O , O in O level2 O , O consists O of O choosing O for O each O node B-Data_Structure the O largest O of O the O child B-Data_Structure node I-Data_Structure values O . O Another O very O simple O implementation O technique O , O usable O when O the O keys O are O restricted O to O a O narrow O range O , O is O direct O addressing O into O an O array B-Data_Structure : O the O value O for O a O given O key O k O is O stored O at O the O array B-Data_Structure cell O A[k], O or O if O there O is O no O mapping O for O k O then O the O cell O stores O a O special O sentinel B-Data_Structure value I-Data_Structure that O indicates O the O absence O of O a O mapping O . O Linked B-Application data I-Application structures I-Application may O also O incur O in O substantial O memory B-General_Concept allocation I-General_Concept overhead O ( O if O nodes B-Data_Structure are O allocated O individually O ) O and O frustrate O memory B-Architecture paging I-Architecture and O processor B-General_Concept caching I-General_Concept algorithms O ( O since O they O generally O have O poor O locality B-General_Concept of I-General_Concept reference I-General_Concept ) O . O The O only O data B-General_Concept structure I-General_Concept supported O by O the O language O is O arrays B-Data_Structure . O Data B-General_Concept structures I-General_Concept like O linked B-Data_Structure lists I-Data_Structure , O trees B-Application , O hash B-Algorithm tables I-Algorithm etc O . O Linked B-Data_Structure lists I-Data_Structure allow O constant O time O removal O and O insertion O in O the O middle O but O take O linear O time O for O indexed O access O . O Arrays B-Data_Structure can O be O passed O where O sequences O ( O IEnumerables O ) O or O collections/list O interfaces B-Application are O expected O . O At O the O end O of O it O all O , O we O have O a O nice O triangulated O mesh O of O our O point O set O built O from O a O quadtree B-Data_Structure . O It O provided O simple O , O useful O features O which O were O unlikely O to O be O supported O in O contemporary O hardware O , O such O as O tessellating B-Algorithm , O and O generating O mipmaps B-Data_Structure and O primitive B-Algorithm shapes I-Algorithm . O Bounds B-Data_Structure checking I-Data_Structure can O prevent O buffer B-General_Concept over-reads I-General_Concept , O while O fuzz O testing O can O help O detect O them O . O In O a O 2 O – O 3 O B-tree B-Architecture , O the O internal O nodes B-Data_Structure will O store O either O one O key O ( O with O two O child O nodes B-Data_Structure ) O or O two O keys O ( O with O three O child O nodes B-Data_Structure ) O . O Gal B-Algorithm 's I-Algorithm accurate I-Algorithm tables I-Algorithm is O a O method O devised O by O Shmuel O Gal O to O provide O accurate O values O of O special O functions O using O a O lookup B-Data_Structure table I-Data_Structure and O interpolation B-Algorithm . O In O the O implicit B-Data_Structure tree O , O finding O the O binary O parent O is O easy O , O but O its O reverse O bit O must O be O consulted O to O determine O which O type O of O child O the O node O is O . O Bottom-up O ( O leaf B-Data_Structure ) O visualization O is O used O to O find O " O hot O " O code O , O starting O in O the O symbols O where O samples O occurred O . O Height B-Data_Structure fields I-Data_Structure ( O also O known O as O " O 2 O 1/2 O dimensional O surfaces O " O ) O model O three-dimensional O phenomena O by O a O single O functional O surface O , O in O which O elevation O is O a O function O of O two-dimensional O location O , O allowing O it O to O be O represented O using O field O techniques O such O as O isolated O points O , O contour O lines O , O raster B-Algorithm ( O the O digital B-Application elevation I-Application model I-Application ) O , O and O triangulated B-Algorithm irregular I-Algorithm networks I-Algorithm . O A O polygon B-Algorithm mesh I-Algorithm ( O related O to O the O mathematical O polyhedron O ) O is O a O logical O extension O of O the O vector O data B-Application model I-Application , O and O is O probably O the O 3-D O model O type O most O widely O supported O in O GIS B-Application . O This O enables O some O simple O speed O up O optimizations O for O large O ray O bundles O while O keeping O memory/cache O usage O low O . O Some O general O attributes O of O bounding B-Data_Structure interval I-Data_Structure hierarchies I-Data_Structure ( O and O techniques O related O to O BIH O ) O as O described O by O are O : O After O an O element O is O inserted O into O or O deleted O from O a O heap B-Application , O the O heap B-Application property I-Application may O be O violated O , O and O the O heap B-Application must O be O re-balanced O by O swapping O elements O within O the O array B-Data_Structure . O Keys O in O subtrees B-Application are O stored O in O search B-Data_Structure tree I-Data_Structure order O , O that O is O , O all O keys O in O a O subtree B-Application are O between O the O two O bracketing O values O . O The O circular B-Data_Structure buffer I-Data_Structure write O operation O writes O an O element O to O the O end O index O position O and O the O end O index O is O incremented O to O the O next O buffer B-General_Concept position O . O The O problem O was O first O introduced O implicitly O by O Sleator O and O Tarjan O in O their O paper O on O splay B-Data_Structure trees I-Data_Structure , O but O Demaine O et O al O . O Sprites O are O often O supported O , O as O are O ( O RAM B-Architecture based O ) O character B-General_Concept generators I-General_Concept and O video O RAM B-Architecture dedicated O to O colour B-General_Concept attributes I-General_Concept and O pallette B-Data_Structure registers I-Data_Structure ( O colour B-Data_Structure lookup I-Data_Structure tables I-Data_Structure ) O for O the O high-resolution O or O text B-Application modes I-Application . O In O an O array B-Data_Structure , O moving O all O items O to O the O next O lower O location O . O Unlike O JSON B-General_Concept , O which O can O only O represent O data O in O a O hierarchical O model O with O each O child B-Data_Structure node I-Data_Structure having O a O single O parent O , O YAML B-Protocol also O offers O a O simple O relational O scheme O that O allows O repeats O of O identical O data O to O be O referenced O from O two O or O more O points O in O the O tree O rather O than O entered O redundantly O at O those O points O . O To O insert O the O value O " O 25 O " O into O this O 2 B-Data_Structure – I-Data_Structure 3 I-Data_Structure – I-Data_Structure 4 I-Data_Structure tree I-Data_Structure : O In O addition O , O C B-Language supports O arrays O of O multiple O dimensions O , O which O are O stored O in O row-major B-Data_Structure order I-Data_Structure . O IBM O introduced O more O general O overlay B-General_Concept handling O in O IBSYS/IBJOB B-Operating_System , O including O a O tree B-Data_Structure structure I-Data_Structure and O automatic O loading O of O links O as O part O of O CALL O processing O . O A O fundamental O distinction O between O Lisp B-Language and O other O languages O is O that O in O Lisp B-Language , O the O textual O representation O of O a O program O is O simply O a O human-readable O description O of O the O same O internal O data B-General_Concept structures I-General_Concept ( O linked B-Data_Structure lists I-Data_Structure , O symbols O , O number O , O characters O , O etc O . O ) O With O N O functions O , O then O one O may O visualize O the O monoid O as O a O full O N-ary B-Data_Structure tree I-Data_Structure or O a O Cayley B-Algorithm tree I-Algorithm . O The O following O COBOL B-Application fragment O declares O a O variable-length B-Data_Structure array I-Data_Structure of O records O DEPT-PERSON O having O a O length O ( O number O of O members O ) O specified O by O the O value O of O PEOPLE-CNT O : O It O supported O up O to O 7 O buffers O , O had O a O character O transpose O command O , O undo B-Application , O footnotes O , O and O indexing B-Data_Structure . O In O computer O science O , O Iacono B-Data_Structure 's I-Data_Structure working I-Data_Structure set I-Data_Structure structure I-Data_Structure is O a O comparison O based O dictionary B-Application . O Examples O of O the O latter O are O accounting O of O dollar O amounts O , O when O fractions O of O cents O must O be O rounded B-Algorithm to O whole O cents O in O strictly O prescribed O ways O ; O and O the O evaluation O of O functions O by O table B-Data_Structure lookup I-Data_Structure . O An O early O application O of O partition B-Data_Structure refinement I-Data_Structure was O in O an O algorithm O by O for O DFA B-General_Concept minimization I-General_Concept . O The O pre-computed O distances O between O each O node O and O the O corresponding O access O node O as O well O as O the O pairwise O distances O between O transit O nodes B-Data_Structure need O to O be O stored O in O distance O tables O . O XOR B-Data_Structure linked I-Data_Structure lists I-Data_Structure do O not O provide O some O of O the O important O advantages O of O doubly B-Data_Structure linked I-Data_Structure lists I-Data_Structure , O such O as O the O ability O to O delete O a O node O from O the O list O knowing O only O its O address O or O the O ability O to O insert O a O new O node O before O or O after O an O existing O node O when O knowing O only O the O address O of O the O existing O node O . O This O required O each O palette B-Data_Structure to O have O overlapping O colors O , O but O carefully O done O , O allowed O great O flexibility O . O Fortran O 77 O has B-Application arrays B-Data_Structure , O but O lacked O any O formal O record/structure O definitions O . O Where O graphical O presentation O is O unavailable O PQ B-Data_Structure trees I-Data_Structure are O often O noted O using O nested O parenthesized O lists O . O The O cross O product O operation O is O an O example O of O a O vector B-Data_Structure rank O function O because O it O operates O on O vectors O , O not O scalars O . O For O example O , O Hilbert B-Algorithm curves I-Algorithm have O been O used O to O compress O and O accelerate O R-tree B-Library indexes O ( O see O Hilbert B-Data_Structure R-tree I-Data_Structure ) O . O Inheritance O and O interfaces B-Application provide O polymorphism B-Application . O Support O for O generic B-Language programming I-Language is O provided O through O parameterized O classes O , O which O can O be O instantiated O to O use O any O class O or O interface O . O COBOL O does O not O provide O a O way O to O hide O methods B-Language . O Method B-Language overloading I-Language was O added O in O COBOL O 2014 O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Use O of O bound O information O makes O it O possible O for O a O compiler B-Language to O generate O code O that O performs O bounds B-Data_Structure checking I-Data_Structure , O i.e. O SceneKit B-Application maintains O a O scene B-Data_Structure graph I-Data_Structure based O on O a O root O object O , O an O instance O of O the O class O SCNScene O . O In O this O complexity-theoretic O context O , O the O vertices O of O an O implicit B-Data_Structure graph I-Data_Structure may O represent O the O states O of O a O nondeterministic O Turing O machine O , O and O the O edges O may O represent O possible O state O transitions O , O but O implicit B-Data_Structure graphs I-Data_Structure may O also O be O used O to O represent O many O other O types O of O combinatorial O structure O . O The O address O field O in O the O B5000 O is O only O 15 O bits O , O which O means O that O only O 32K O words O ( O 192KB O ) O of O memory O can O be O addressed O by O descriptors B-Data_Structure . O As O development O neared O completion O , O Saito O noticed O that O the O Mac O 's O performance O had O improved O and O decided O to O increase O the O color B-Data_Structure palette I-Data_Structure size O from O 16 O to O 256colors O . O A O dynamic B-Data_Structure array I-Data_Structure is O not O the O same O thing O as O a O dynamically B-General_Concept allocated I-General_Concept array O or O variable-length B-Data_Structure array I-Data_Structure , O either O of O which O is O an O array O whose O size O is O fixed O when O the O array O is O allocated O , O although O a O dynamic B-Data_Structure array I-Data_Structure may O use O such O a O fixed-size O array O as O a O back O end O . O A O scapegoat B-Data_Structure tree I-Data_Structure is O a O weight-balanced B-Data_Structure tree I-Data_Structure where O whenever O a O node O no O longer O satisfies O the O weight-balance O condition O the O entire O subtree O rooted O at O that O node O is O rebuilt O . O The O sensitivity O of O the O D-20 B-Device in O video O mode O is O regulated O by O the O application O of O LUTs B-Data_Structure ( O Look B-Data_Structure Up I-Data_Structure Tables I-Data_Structure ) O prior O to O output O . O A O skip B-Data_Structure graph I-Data_Structure is O a O distributed B-Architecture data B-General_Concept structure I-General_Concept based O on O skip O lists O designed O to O resemble O a O balanced B-Data_Structure search I-Data_Structure tree I-Data_Structure . O For O example O , O the O temperatures O in O an O area O may O be O stored O as O a O quadtree B-Data_Structure , O with O each O leaf O node O storing O the O average O temperature O over O the O subregion O it O represents O . O The O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure for O convex O hull O is O constructed O by O using O these O certificates O to O certify O the O recursive O merge O of O the O upper B-Algorithm envelopes I-Algorithm . O Some O languages O , O especially O system B-Language programming I-Language languages I-Language , O allow O the O user O to O specify O the O bit O combination O to O be O used O for O each O enumerator O , O which O can O be O useful O to O efficiently O represent O sets O of O enumerators O as O fixed-length O bit B-Data_Structure strings I-Data_Structure . O Dinic B-Algorithm 's I-Algorithm algorithm I-Algorithm with O dynamic B-Data_Structure trees I-Data_Structure The O dynamic B-Data_Structure trees I-Data_Structure data O structure O speeds O up O the O maximum B-Algorithm flow I-Algorithm computation O in O the O layered O graph O to O . O This O is O accelerated O by O the O use O of O new O RT O cores O , O which O are O designed O to O process O quadtrees B-Data_Structure and O spherical O hierarchies O , O and O speed O up O collision O tests O with O individual O triangles O . O This O distinction O holds O even O when O the O nodes B-Data_Structure are O actually O implemented O as O elements O of O a O single O array O , O and O the O references O are O actually O array O indices B-Data_Structure : O as O long O as O no O arithmetic O is O done O on O those O indices B-Data_Structure , O the O data B-General_Concept structure I-General_Concept is O essentially O a O linked O one O . O Shoup O also O experimented O with O modifying O the O output O signal O using O color B-Data_Structure tables I-Data_Structure . O This O construction O time O can O be O improved O for O 2-dimensional O range B-Data_Structure trees I-Data_Structure to O . O An O association B-Data_Structure list I-Data_Structure in O Common B-Language Lisp I-Language mimicks O a O stack O , O that O is O , O adheres O to O the O last-in-first-out O ( O LIFO O ) O principle O , O and O hence O prepends O to O the O list O head O . O After O rewriting O , O an O optimal O term O is O extracted O from O the O e-graph B-Data_Structure according O to O some O cost O function O , O usually O related O to O AST B-Data_Structure size O or O performance O considerations O . O One O seemingly O simple O way O to O do O this O is O to O create O a O new O array B-Data_Structure of O equal O size O , O fill O it O with O copies O from O in O the O appropriate O order O and O then O delete O . O Given O the O EDG O over O time O , O by O creating O a O kinetic B-Data_Structure tournament I-Data_Structure tree I-Data_Structure over O the O edges O of O the O EDG O , O one O can O easily O maintain O the O closest B-Algorithm pair I-Algorithm . O ** O Normally O , O first O 8 O colors O of O the O same O palette B-Data_Structure . O If O the O number O of O items O is O small O , O array B-Data_Structure indices O can O occupy O significantly O less O space O than O full O pointers O , O particularly O on O some O architectures O . O Z88DK B-Device is O much O developed O from O Small-C B-Language and O it O accepts O many O features O of O ANSI O C O with O the O notable O exception O of O multi-dimensional B-Data_Structure arrays I-Data_Structure and O prototyped O function B-Language pointers I-Language . O The O dependency O graph O contains O all O local O dependencies O with O distance O not O greater O than O the O vector B-Data_Structure size O . O This O problem O is O defined O as O follows O : O given O a O linked B-Data_Structure list I-Data_Structure of O nodes O , O find O the O distance O ( O measured O in O the O number O of O nodes O ) O of O each O node O to O the O end O of O the O list O . O A O maximum B-Data_Structure clade I-Data_Structure credibility I-Data_Structure tree I-Data_Structure is O a O tree O that O summarises O the O results O of O a O Bayesian B-General_Concept phylogenetic I-General_Concept inference I-General_Concept . O Sequential B-General_Concept access I-General_Concept on O arrays B-Data_Structure and O dynamic B-Data_Structure arrays I-Data_Structure is O also O faster O than O on O linked B-Data_Structure lists I-Data_Structure on O many O machines O , O because O they O have O optimal O locality B-General_Concept of I-General_Concept reference I-General_Concept and O thus O make O good O use O of O data B-General_Concept caching O . O If O the O file O fit O in O 227 O words O , O then O the O directory O would O point O to O a O block O holding O an O aux-aux O index B-Data_Structure ; O each O entry O would O either O be O NULL O or O point O to O an O aux O index B-Data_Structure . O Furthermore O , O node B-Data_Structure A O receives O the O data O that O it O originated O back O from O node B-Data_Structure B O and O consults O its O routing B-Protocol table O . O The O simplest O such O procedure O is O termed O the O " O k-d O Construction O Algorithm O " O , O by O analogy O with O the O process O used O to O construct O k-d B-Data_Structure trees I-Data_Structure . O The O patterns O generally O have O the O form O of O either O sequences O or O tree B-Data_Structure structures I-Data_Structure . O A O variant O developed O by O TSC O for O and O marketed O by O Smoke O Signal O Broadcasting O in O California O , O used O doubly O linked B-Data_Structure lists I-Data_Structure in O the O same O manner O . O The O optimizations O from O ZDDs B-Data_Structure in O unate O cube O set O calculations O indicate O that O ZDDs B-Data_Structure could O be O useful O in O developing O VLSI O CAD O systems O and O in O a O myriad O of O other O applications O . O Additionally O , O alternating O with O color O palettes B-Data_Structure unlocks O , O the O player O unlocks O different O movement O styles O , O which O influence O Welltaro O 's O position O and O movement O animation O while O on O solid O ground O , O as O well O as O some O of O the O well O 's O procedural O attributes O , O like O frequency O and O type O of O timevoids O . O The O QSDK B-General_Concept is O a O streaming O scene B-Data_Structure graph I-Data_Structure retained-mode O Application B-Application Programming I-Application Interface I-Application ( O API B-Application ) O combined O with O a O cell-portal O system O to O connect O scene B-Data_Structure graphs I-Data_Structure . O Leaf O nodes O are O inlined O : O Instead O of O having O a O child-pointer O to O a O leaf O node O , O the O bitmap B-Data_Structure of O the O leaf O node O itself O is O stored O . O For O a O sparse O graph O ( O one O in O which O most O pairs O of O vertices O are O not O connected O by O edges O ) O an O adjacency B-Data_Structure list I-Data_Structure is O significantly O more O space-efficient O than O an O adjacency B-Algorithm matrix I-Algorithm ( O stored O as O a O two-dimensional O array B-Data_Structure ) O : O the O space O usage O of O the O adjacency B-Data_Structure list I-Data_Structure is O proportional O to O the O number O of O edges O and O vertices O in O the O graph O , O while O for O an O adjacency B-Algorithm matrix I-Algorithm stored O in O this O way O the O space O is O proportional O to O the O square O of O the O number O of O vertices O . O An O interpreter B-Application might O well O use O the O same O lexical B-Application analyzer I-Application and O parser B-Language as O the O compiler B-Language and O then O interpret O the O resulting O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure . O Before O a O scene O can O be O used O , O it O must O be O compiled O into O an O octree B-Data_Structure file O ( O ' O .oct O ' O ) O using O the O oconv O tool O . O Finally O , O it O was O shown O that O dynamic O fusion B-Data_Structure trees I-Data_Structure can O perform O each O operation O in O time O deterministically O . O The O set O of O query B-Language plans I-Language examined O is O formed O by O examining O the O possible O access O paths O ( O e.g. O , O primary O index B-Data_Structure access O , O secondary O index B-Data_Structure access O , O full O file O scan O ) O and O various O relational O table B-Language join I-Language techniques O ( O e.g. O , O merge B-Algorithm join I-Algorithm , O hash B-Algorithm join I-Algorithm , O product O join B-Language ) O . O Kolivas O explained O the O reason O why O he O choose O to O go O with O the O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure mono-runqueue O than O the O multi-runqueue O ( O round O robin O ) O priority O array O per O CPU O that O was O used O in O his O RDSL O scheduler O was O to O put O to O ease O fairness O among O the O multiple O CPU O scenario O and O remove O complexity O that O each O runqueue O in O a O multi-runqueue O scenario O had O to O maintain O its O own O latencies O and O [ task ] O fairness O . O C++'s O std::vector O and O Rust B-Application 's O std::vec::Vec O are O implementations O of O dynamic B-Data_Structure arrays I-Data_Structure , O as O are O the O ArrayList B-Data_Structure classes O supplied O with O the O Java B-Language API O and O the O .NET B-Application Framework I-Application . O Quackle O , O an O open-source O Scrabble B-Application program O , O uses O a O GADDAG B-Data_Structure to O generate O moves O . O The O Calkin O – O Wilf O sequence O is O the O sequence O of O rational O numbers O generated O by O a O breadth-first B-Algorithm traversal I-Algorithm of O the O Calkin B-Data_Structure – I-Data_Structure Wilf I-Data_Structure tree I-Data_Structure , O Tokyo B-Application Cabinet I-Application features O on-disk O B+ O trees O and O hash B-Algorithm tables I-Algorithm for O key-value B-Data_Structure storage O , O with O " O some O " O support O for O transactions B-General_Concept . O More O general O wavefront O processors O , O by O contrast O , O employ O sophisticated O and O individually O programmable O nodes O which O may O or O may O not O be O monolithic O , O depending O on O the O array B-Data_Structure size O and O design O parameters O . O Nanite O can O import O nearly O any O other O pre-existing O three-dimension O representation O of O objects O and O environments O , O including O ZBrush B-Application and O CAD B-Application models I-Application , O enabling O the O use O of O film-quality O assets O . O Lumen O is O another O component O described O as O a O " O fully O dynamic O global B-Algorithm illumination I-Algorithm solution O that O immediately O reacts O to O scene O and O light O changes O " O . O Lumen O eliminates O the O need O for O artists O and O developers O to O craft O a O lightmap B-Data_Structure for O a O given O scene O , O but O instead O calculates O light O reflections O and O shadows O on O the O fly O , O thus O allowing O for O real-time O behavior O of O light O sources O . O Another O application O of O fractional B-Data_Structure cascading I-Data_Structure in O geometric O data O structures O concerns O point B-Data_Structure location I-Data_Structure in O a O monotone O subdivision O , O that O is O , O a O partition O of O the O plane O into O polygons O such O that O any O vertical O line O intersects O any O polygon O in O at O most O two O points O . O The O removal O of O a O node O that O sits O between O two O other O nodes O is O performed O by O changing O the O next O pointer O of O the O previous O node O to O point O to O the O next O node O ( O in O other O words O , O if O node O is O being O removed O , O then O the O next O pointer O of O node O is O changed O to O point O to O node O , O thereby O removing O from O the O linked B-Data_Structure list I-Data_Structure any O reference O to O node O ) O . O The O problem O is O greatly O simplified O if O it O is O out-of-place B-Algorithm : O the O output O array B-Data_Structure is O distinct O from O the O input O array B-Data_Structure or O , O equivalently O , O an O equal-size O auxiliary O array B-Data_Structure is O available O . O Elements O of O Arrays B-Data_Structure may O be O accessed O using O normal O object O property O access O notation O : O Arrays B-Data_Structure are O implemented O so O that O only O the O defined O elements O use O memory O ; O they O are O " O sparse B-Algorithm arrays I-Algorithm " O . O Since O databases O may O contain O many O objects O , O and O since O lookup B-Data_Structure is O a O common O operation O , O it O is O often O desirable O to O improve O performance O . O However O , O since O the O graph O is O not O very O sparse O , O the O advantage O of O using O ZDDs B-Data_Structure is O not O so O obvious O . O Each O search O , O insertion O , O or O deletion O in O a O WAVL B-Data_Structure tree I-Data_Structure involves O following O a O single O path O in O the O tree O and O performing O a O constant O number O of O steps O for O each O node O in O the O path O . O On O the O other O hand O , O C99 B-Language introduced O a O number O of O new O features O that O C++ B-Language did O not O support O that O were O incompatible O or O redundant O in O C++ B-Language , O such O as O variable-length B-Data_Structure arrays I-Data_Structure , O native O complex-number O types O ( O however O , O the O class O in O the O C++ B-Language standard I-Language library I-Language provides O similar O functionality O , O although O not O code-compatible O ) O , O designated O initializers O , O compound O literals O , O and O the O keyword O . O In O the O implicit B-Data_Structure tree O , O the O links O are O fixed O , O so O which O of O the O two O links O is O the O sibling O and O which O the O first O child O is O indicated O by O the O reverse O bit O . O The O color B-Data_Structure table I-Data_Structure used O with O the O OS/2 B-Application uses O the O 3-byte O per O entry O RGB24 O format O . O CAM B-Data_Structure , O while O useful O in O layer O 2 O switches O that O needed O to O look O up O a O relatively O small O number O of O fixed-length O MAC O addresses O , O had O limited O utility O with O IP O addresses O having O variable-length O routing B-Protocol prefixes O ( O see O Classless B-Protocol Inter-Domain I-Protocol Routing I-Protocol ) O . O Every O array O is O characterized O by O its O type O , O rank B-Data_Structure , O and O shape O ( O which O defines O the O extents O of O each O dimension O ) O . O Bit B-Data_Structure arrays I-Data_Structure are O used O for O priority B-Application queues I-Application , O where O the O bit O at O index O k O is O set O if O and O only O if O k O is O in O the O queue O ; O this O data O structure O is O used O , O for O example O , O by O the O Linux B-Operating_System kernel I-Operating_System , O and O benefits O strongly O from O a O find-first-zero O operation O in O hardware O . O This O prevents O the O need O to O recall O the O parent B-Application nodes I-Application into O memory O , O which O may O be O expensive O if O the O nodes B-Data_Structure are O on O secondary O storage O . O is O a O 2-node O with O data O element O . O and O are O 2 B-Data_Structure – I-Data_Structure 3 I-Data_Structure trees I-Data_Structure of O the O same O height O ; O Searching O for O an O item O in O a O 2 B-Data_Structure – I-Data_Structure 3 I-Data_Structure tree I-Data_Structure is O similar O to O searching O for O an O item O in O a O binary B-Language search I-Language tree I-Language . O Graphic O ability O was O limited O to O a O semigraphic B-Data_Structure symbol O display O , O with O the O equivalent O resolution O of O 320 O x O 250 O in O 8 O colors O . O However O , O in O a O linked B-Data_Structure list I-Data_Structure the O worst O case O modification O time O complexity O is O O( n O + O update O cost O ) O . O Then O denotes O the O corresponding O minimum O range B-Data_Structure query I-Data_Structure . O Zobrist B-Application hashing I-Application starts O by O randomly B-Algorithm generating I-Algorithm bitstrings B-Data_Structure for O each O possible O element O of O a O board O game O , O i.e. O Each O node O stores O a O single O character O and O the O tree B-Application itself O is O ordered O the O same O way O a O binary O search B-Data_Structure tree I-Data_Structure is O , O with O the O exception O of O a O possible O third O node O . O Like O many O programming O languages O in O the O Lisp B-Language family O , O Clojure B-Language contains O an O implementation O of O a O linked B-Data_Structure list I-Data_Structure , O but O unlike O other O dialects O its O implementation O of O a O Linked B-Data_Structure List I-Data_Structure has O enforced O persistence O instead O of O being O persistent O by O convention O . O We O will O start O this O process O with O a O balanced O 2-3 B-Data_Structure tree I-Data_Structure . O Sort O A O 's O keys O into O array B-Data_Structure A2 O of O equal O size O . O Suppose O you O wanted O to O create O a O linked B-Data_Structure list I-Data_Structure of O families O and O their O members O . O Although O a O runtime B-Library algorithm O can O be O used O to O generate O the O bits_set O array B-Data_Structure , O it O 's O an O inefficient O usage O of O clock O cycles O when O the O size O is O taken O into O consideration O , O hence O a O precomputed O table O is O used O — O although O a O compile B-Application time I-Application script O could O be O used O to O dynamically O generate O and O append O the O table O to O the O source O file O . O In O each O timestep O , O all O array B-Data_Structure elements I-Data_Structure are O updated O . O If O the O goal O node B-Data_Structure is O found O , O then O DLS O unwinds O the O recursion O returning O with O no O further O iterations O . O In O this O approach O , O a O temporary O in-memory O bitmap B-Data_Structure is O created O with O one O bit O for O each O row O in O the O table O ( O 1MB O can O thus O store O over O 8 O million O entries O ) O . O Array B-Data_Structure if O the O key O values O span O a O moderately O compact O interval O . O Collision O resolution O through O chaining O with O linked B-Data_Structure list I-Data_Structure is O a O common O method O of O implementation O of O hash B-Algorithm tables I-Algorithm . O In O range B-Data_Structure searching I-Data_Structure , O the O input O is O a O search O rectangle O ( O Query O box O ) O . O In O addition O to O the O general O functions O applicable O to O all O arrays O , O dedicated O operations O exist O for O bit B-Data_Structure vectors I-Data_Structure . O A O more O modern O popular O method O is O clustering O using O octrees B-Data_Structure , O first O conceived O by O Gervautz O and O Purgathofer O and O improved O by O Xerox O PARC O researcher O Dan O Bloomberg O . O Stored B-General_Concept Procedure I-General_Concept Group O Map O OPCdata O to O and O from O SQL B-Language stored B-General_Concept procedure I-General_Concept parameters O . O Block O Data O Group O mirror O large O blocks O of O OPC O data O in O an O SQL B-Language database I-Language through O the O use O of O array B-Data_Structure read O and O writes O . O Many O of O the O lossless B-Algorithm compression I-Algorithm techniques O used O for O text O also O work O reasonably O well O for O indexed B-Data_Structure images I-Data_Structure , O but O there O are O other O techniques O that O do O not O work O for O typical O text O that O are O useful O for O some O images O ( O particularly O simple O bitmaps O ) O , O and O other O techniques O that O take O advantage O of O the O specific O characteristics O of O images O ( O such O as O the O common O phenomenon O of O contiguous O 2-D O areas O of O similar O tones O , O and O the O fact O that O color O images O usually O have O a O preponderance O of O a O limited O range O of O colors O out O of O those O representable O in O the O color O space O ) O . O As O mentioned O previously O , O lossless B-Algorithm sound O compression O is O a O somewhat O specialized O area O . O The O color B-Data_Structure table I-Data_Structure ( O palette B-Data_Structure ) O occurs O in O the O BMP B-Device image I-Device file O directly O after O the O BMP B-Device file I-Device header O , O the O DIB O header O , O and O after O the O optional O three O or O four O bitmasks O if O the O header O with O BI_BITFIELDS O ( O 12 O bytes O ) O or O BI_ALPHABITFIELDS O ( O 16 O bytes O ) O option O is O used O . O A O transaction O Ti O that O performs O a O lookup O must O lock O all O the O index B-Data_Structure leaf O nodes O that O it O accesses O , O in O S-mode O , O even O if O the O leaf O node O does O not O contain O any O tuple O satisfying O the O index B-Data_Structure lookup O ( O e.g. O It O can O be O done O on O various O orders O , O but O a O simple O bottom-up O implementation O works O from O the O end O of O the O array B-Data_Structure to O the O beginning O , O merging O each O node O with O its O distinguished O ancestor O . O Useful O search B-Data_Structure data I-Data_Structure structures I-Data_Structure allow O faster O retrieval O ; O however O , O they O are O limited O to O queries B-Library of O some O specific O kind O . O In O addition O to O shared O ( O S O ) O locks O and O exclusive O ( O X O ) O locks O from O other O locking B-Operating_System schemes O , O like O strict B-Operating_System two-phase I-Operating_System locking I-Operating_System , O MGL O also O uses O intentional O " O locks O " O , O which O do O not O directly O lock O a O node B-Data_Structure , O but O instead O denote O the O existence O , O or O intent O to O add O , O a O lock O of O the O specified O type O lower O in O the O node B-Data_Structure hierarchy O . O The O MAC O address O table O is O usually O implemented O with O a O binary O CAM B-Data_Structure so O the O destination O port O can O be O found O very O quickly O , O reducing O the O switch O 's O latency O . O The O way O a O vantage-point B-Data_Structure tree I-Data_Structure stores O data O can O be O represented O by O a O circle O . O Next O , O one O picks O a O new O representative O for O each O of O the O new O trees O and O one O inserts O these O into O the O x-fast B-Data_Structure trie I-Data_Structure . O Some O indexed-color B-Data_Structure image O file O formats O such O as O Graphics O Interchange O Format O ( O GIF O ) O allow O the O image O 's O scan O lines O to O be O arranged O in O interleaved O fashion O ( O not O linear O order O ) O , O which O allows O a O low O resolution O version O of O the O image O to O appear O on O screen O while O it O is O still O downloading O , O so O that O the O computer O user O can O gain O an O idea O of O its O contents O during O the O seconds O before O the O whole O image O arrives O . O The O array B-Data_Structure container B-Application at O first O appeared O in O several O books O under O various O names O . O One O of O the O simplest O ways O to O represent O a O board O is O to O create O an O 8x8 O two-dimensional O array B-Data_Structure ( O or O , O equivalently O , O a O 64 O element O one-dimensional O array B-Data_Structure ) O . O Notes O : O The O reduce B-Application and O scan B-Application operators O expect O a O dyadic O function B-Application on O their O left O , O forming O a O monadic O composite O function B-Application applied O to O the O vector B-Data_Structure on O its O right O . O Semi O : O 128×128Most O probably O just O a O tweaked O semigraphics B-Data_Structure mode O dividing O the O text O screen O 's O characters O into O a O 2x4 O ( O single O height O ) O or O 2x8 O ( O double O height O ) O semigraphics B-Data_Structure matrix O instead O of O the O presumed O 2x3 O included O in O the O system O font O 8 O colors O or O presumably O 128×96 O 8 O colors O or O 128x48 O 8 O colors O ( O through O block O graphics O characters O included O in O the O font O ) O 64x16 O or O 64x32 O , O 128x128BGsaid O to O be O the O first O color O home O computer O on O the O market O , O very O nice O graphics O for O the O timeComx-35 O and O clones1983CDP1869 O CDP18703K1K O Video O ram B-Architecture and O 2K O character O RAM B-Architecture for O 128 O programmable O characters O ( O 6×8 O Bytes O NTSC O or O 6×9 O Bytes O PAL O , O RAM B-Architecture was O available O for O 6×16 O which O was O possible O to O use O via O assembler O code O ) O 40×24In O Assembler O the O width O and/or O height O of O the O characters O could O be O doubled O , O so O 20×24 O , O 40×12 O , O and O 20×12 O was O also O possible O 8 O foreground O colors O ( O 4 O per O 6×8 O or O 6×9 O pixels O , O 1 O per O 6-pixel O line O ) O + O 8 O background O colors O ( O for O the O whole O screen O ) O " O Full O " O : O Limited O 240× O 192(NTSC ) O /240x216 O ( O PAL O ) O /240x384 O ( O expanded O RAM B-Architecture ) O Using O a O programmable O font O ( O with O 128 O characters O 6 O pixels O wide O and O 9 O pixels O high O ) O that O meant O that O not O each O pixel O of O the O theoretical O 240×192 O , O 240x216 O or O 240x384 O could O be O individually O addressed O . O front O front O front O front O front O Accesses O the O first O element O back O back O back O back O rowspan O = O 2 O Accesses O the O last O element O data O data O Accesses O the O underlying O array B-Data_Structure Iterators O begincbegin O begincbegin O begincbegin O begincbegin O begincbegin O Returns O an O iterator O to O the O beginning O of O the O container B-Application endcend O endcend O endcend O endcend O endcend O Returns O an O iterator O to O the O end O of O the O container B-Application rbegincrbegin O rbegincrbegin O rbegincrbegin O rbegincrbegin O rowspan O = O 2 O Returns O a O reverse O iterator O to O the O reverse O beginning O of O the O container B-Application rendcrend O rendcrend O rendcrend O rendcrend O Returns O a O reverse O iterator O to O the O reverse O end O of O the O container B-Application Capacity O empty O empty O empty O empty O empty O Checks O whether O the O container B-Application is O empty O size O size O size O size O Returns O the O number O of O elements O in O the O container B-Application . O Since O this O method O involves O unate O cube O set O expressions O , O ZDDs B-Data_Structure are O more O efficient O . O If O nodes O a O , O b O , O c O connect O to O a O P O node O , O which O connects O to O a O root O P O node O , O with O all O other O leaf B-Data_Structure nodes I-Data_Structure connected O directly O to O the O root O , O then O any O ordering O where O a O , O b O , O c O are O contiguous O is O allowed O . O We O then O can O iterate O the O bins B-Data_Structure Q O intersects O and O examine O all O the O candidates O in O the O linked-lists O of O these O bins B-Data_Structure . O After O an O implementation O of O a O slower O algorithm O for O SPQR B-Data_Structure trees I-Data_Structure was O provided O as O part O of O the O GDToolkit O library O , O provided O the O first O linear-time O implementation O . O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O These O efforts O led O to O the O ROMable O logic O implementation O of O a O decimal O CORDIC O prototype O machine O inside O of O Hewlett-Packard O in O 1966 O , O built O by O and O conceptually O derived O from O Thomas O E O . O Osborne O 's O prototypical O Green O Machine O , O a O four-function O , O floating-point B-Algorithm desktop O calculator O he O had O completed O in O DTL B-General_Concept logic O in O December O 1964 O . O This O development O resulted O in O the O first O scientific O handheld O calculator O , O the O HP-35 B-Device in O 1972 O . O CORDIC O has O been O implemented O in O the O ARM-based B-Architecture STM32G4 O , O Intel B-Device 8087 I-Device , O 80287 O , O 80387 O up O to O the O 80486 B-General_Concept coprocessor O series O as O well O as O in O the O Motorola B-General_Concept 68881 I-General_Concept and O 68882 B-General_Concept for O some O kinds O of O floating-point B-Algorithm instructions O , O mainly O as O a O way O to O reduce O the O gate O counts O ( O and O complexity O ) O of O the O FPU B-General_Concept sub-system O . O As O a O consequence O , O CORDIC O has O been O used O for O applications O in O diverse O areas O such O as O signal O and O image B-Algorithm processing I-Algorithm , O communication O systems O , O robotics O and O 3D O graphics O apart O from O general O scientific O and O technical O computation O . O CORDIC O was O used O to O implement O the O Intel B-Device 8087 I-Device math B-General_Concept coprocessor I-General_Concept in O 1980 O , O avoiding O the O need O to O implement O hardware O multiplication O . O