The Ledlenser P6R Core flashlight offers everything you could wish for in a modern flashlight. With a luminous flux of 900 lumens at a light range of 240 meters and a maximum runtime of up to 95 hours, you can turn night into day. A special feature of the P6R Core is the Advanced Focus System, which allows you to switch the light continuously between homogeneous close-up light and sharply focused high beam. Due to the IPX8 protection certification, the flashlight can withstand heavy rain without any problems. With Smart Light Technology, it is possible to personalize all light functions. The battery is charged using the Magnetic Charge System.
- Advanced Focus System for efficient, tailored light in the focused and defocused state
- Smart Light Technology to personalize all light functions
- Extremely high protection against dust and water (protection class IP68) thanks to Flex Sealing Technology
- Constant Light for constant luminous flux over a long period of time
- Convenient charging of the battery using the Magnetic Charge System


What is it?
The specifications of most laser mirror surfaces involve sub micrometer dimensions, too small to measure mechanically. Interferometry uses laser light to generate interference patterns that can be interpreted to measure the flatness, radius of curvature, or angle of a laser optic as well as other properties.
For the majority of our mirrors we use a phase shifting interferometer for quality assurance. With software analysis of the interference pattern a hard copy of the results is available to our customers. This demonstrates that surface form specifications such as power and irregularity have been met.
This measurement of the spacing and curvature of the black and white lines (or fringe pattern) can be used to interpret the optical flatness of the laser mirror.
What is it used for?
It is also useful to measure and align optical assemblies such as reflective beam expanders or collimators, with an interferometer.
Of great interest to us has been investigating the mounting of optics and observing the deformation that can occur to mirrors from poorly designed mounts or excessive mechanical force. We can supply mirrors complete with mounts and internal water cooling, proven by interferometry that the assembled mirror has not been deformed.
We also use interferometry to measure the wedge of flat laser mirrors to ensure parallelism.
Results can be reported in many different forms, such as ISO 10110, Zernike polynomials or graphically.
As part of the company’s commitment to innovation and growth we have invested in a new 3D optical profiler (Filmetrics Profilm 3D). It uses state-of-the-art white-light interferometry to enable us to measure surface roughness from sub-nanometer to millimetre scale – something that is essential for some of our customers where surface finish is vitally important. Reports are easily generated and can be supplied upon request by customers.


2 ft. x 2 ft. 48W Color Selectable (5CCT) Integrated Edge-Lit Flat Panel T-Bar Grid Flush Mount LED Light Fixture
Get the right light for any situation or task with the Feit Electric 2 ft. x 2 ft. White LED Flat Ceiling Fixture with Selectable Color Temperature. Its ultra-slim, low-profile...
Get the right light for any situation or task with the Feit Electric 2 ft. x 2 ft. White LED Flat Ceiling Fixture with Selectable Color Temperature. Its ultra-slim, low-profile design (less than 1 in.) is perfect for any low-ceiling area. No-glare, edge-lit LEDs are integrated, so there are no bulbs to replace. With our selectable color switch, you can preset your preferred light color temperature: Warm White, Neutral White, Cool White, Daylight, or Daylight Deluxe (3000/3500K/4000/5000K/6500K) or set it to switch, for an easy toggle between color temperatures with a simple flip of a standard light switch. This energy-efficient fixture uses 48 watts of electricity and up to 80% less energy than a standard incandescent light bulb and produces even light distribution of 4250 lumens. The streamlined design of the LED flat panel, combined with patent pending easy-to-install mounting brackets, enables simple installation in both residential and commercial buildings. The FP2X2/6WY/WH fixture can be mounted as a ceiling flush mount or wall sconce in living rooms, kitchens, laundry rooms, basements, or in retail spaces. It has an average life of 50,000 hours/45.7 years.Read More Read Less
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DID YOU KNOW? DTIC has over 3.5 million final reports on DoD funded research, development, test, and evaluation activities available to our registered users. Click HERE
to register or log in.
Corvus Disk Operating System (CorDos) User's Manual.
Final rept. 1 Oct 84-31 Dec 85,
DAVID W TAYLOR NAVAL SHIP RESEARCH AND DEVELOPMENT CENTER BETHESDA MD
Pagination or Media Count:
This report is a users manual for the CorDos 1.2 Disk Operating System as used by the Naval Supply Systems Commands Computer Aided Warehouse Design System. CorDos 1.2 is operational on the Radio Shack Model II microcomputer. Under CorDos, the capability of the Computer Aided Warehouse Design System to produce voice and printed output in addition to normal screen display and printed output is maintained. Voice output was designed into the workstation to allow use of the workstation by a totally blind user who could not function independently at the workstation without voice output. For users not requiring voice output, CorDos functions without any loss of capabilities. This users manual describes CorDos for use with and without voice output. Keywords Corvus Hard Disks.
APPROVED FOR PUBLIC RELEASE


What’s the biggest mystery in our universe? Probably that’s our mind. But what would happen if we’re able to tap into the power of modern information technology to understand our mind, and eventually ourselves, better? In this workshop, the participants will get to experience how to analyse Electrodermal Activity (EDA) to visualise our real time emotion status – and use such insight to learn to manage stress better, to train up our resilience and build genuine human connections.
Date: October 27, 2021 (Wednesday)
Venue: Tam Wing Fan Innovation Wing
Class size: 15
Eligibility: Inno Wing and InnoHub members (Prior knowledge of assembling Arduino device is NOT required.)
In this interactive workshop, students will assemble an EDA monitoring device by themselves and learn to use the device to plot emotional states mindfulness, stress, resilience and biofeedback. There will also be a brief mindfulness practice session and students would discuss on how the device can be applied in counselling and psychotherapy. After this workshop, interested students may form a student interest group at Innovation Wing to continue exploring the potentials of this device.
- Introduction to EDA and psychophysiology response
- Introduction to galvanic skin response (GSR) technology
- Hands-on exercise: assembling an EDA monitoring device
- Introduction to mindfulness
- Brief mindfulness practice
- Demonstration and testing of THK’s GSR glove and its potential
- Students tinkering around their GSR device


The device, nicknamed SPARKy, short for Spring Ankle with Regenerative Kinetics, will be a first-of-its-kind smart, active and energy-storing transtibial (below-the-knee) prosthesis.
Existing technology in prosthetic devices is largely passive and requires the amputee to use 20 to 30 percent more energy to propel themselves forward when walking compared to an able-bodied person, according to Thomas Sugar, ASU assistant professor of engineering at the Polytechnic campus.
Once complete, SPARKy is expected to provide functionality with enhanced ankle motion and push-off power comparable to the gait of an able-bodied individual.
"A gait cycle describes the natural motion of walking starting with the heel strike of one foot and ending with the heel strike of the same foot," says Sugar. "The cycle can be split into two phases — stance and swing. We are concerned with storing energy and releasing energy (regenerative kinetics) in the stance phase."
When you look at the mechanics of walking, it can be described as catching a series of falls, explains Sugar. In the team's device, a tuned spring brakes falls and stores energy as the leg rolls over the ankle during the stance phase, similar to the Achilles tendon.
Sugar's team, made up of doctoral students Joseph Hitt and Matthew Holgate, and ASU Barrett Honors College student Ryan Bellman, have coined SPARKy a robotic tendon because of its bionic properties.
"What we hope to create is a robotic tendon that actively stretches springs when the ankle rolls over the foot, thus allowing the springs to thrust or propel the artificial foot forward for the next step," said Sugar. "Because energy is stored, a lightweight motor can be used to adjust the position of a uniquely tuned spring that provides most of the power required for gait. Thus, less energy is required from the individual."
The team is the first to apply regenerative kinetics to design a lightweight prosthetic device. Others are using large motors combined with harmonic drives, a monopropellant or extremely high-pressure oil.
Sugar's team already has proof that SPARKy is working. In recent experiments with able-bodied subjects outfitted with a robotic ankle orthosis, or a powered assist device, the researchers found that the spring and motor combination was able to amplify the motor power by three-fold. This significant finding allows SPARKy to be downsized from a 6 to 7 kg motor system to a 1 kg (2 lb) system, which is significant weight savings for those who wear a prosthetic.
"We expect this device to revolutionize prosthetics and will be especially helpful for military personnel wounded in active duty," says Hitt.
The project is a multi-phased effort led by ASU's Human Machine Integration Lab, Arise Prosthetics, Phoenix, and Robotics Group Inc., Scottsdale, Ariz. Arise Prosthetics is helping in the fitting of the device and Robotics Group, Inc. is designing embedded processors and motor amplifiers.
The first phase of SPARKy featuring the robotic tendon is expected to be ready for demonstration in December 2007. "I will know it is successful when a wounded solider is able to walk using the device on a treadmill," said Sugar about this phase.
The project will culminate with the functionality to support walking in a daily environment, which is expected in 2009.
Christine Lambrakis | EurekAlert!
Biofilm discovery suggests new way to prevent dangerous infections
23.05.2017 | University of Texas at Austin
Another reason to exercise: Burning bone fat -- a key to better bone health
19.05.2017 | University of North Carolina Health Care
Staphylococcus aureus is a feared pathogen (MRSA, multi-resistant S. aureus) due to frequent resistances against many antibiotics, especially in hospital infections. Researchers at the Paul-Ehrlich-Institut have identified immunological processes that prevent a successful immune response directed against the pathogenic agent. The delivery of bacterial proteins with RNA adjuvant or messenger RNA (mRNA) into immune cells allows the re-direction of the immune response towards an active defense against S. aureus. This could be of significant importance for the development of an effective vaccine. PLOS Pathogens has published these research results online on 25 May 2017.
Staphylococcus aureus (S. aureus) is a bacterium that colonizes by far more than half of the skin and the mucosa of adults, usually without causing infections....
Physicists from the University of Würzburg are capable of generating identical looking single light particles at the push of a button. Two new studies now demonstrate the potential this method holds.
The quantum computer has fuelled the imagination of scientists for decades: It is based on fundamentally different phenomena than a conventional computer....
An international team of physicists has monitored the scattering behaviour of electrons in a non-conducting material in real-time. Their insights could be beneficial for radiotherapy.
We can refer to electrons in non-conducting materials as ‘sluggish’. Typically, they remain fixed in a location, deep inside an atomic composite. It is hence...
Two-dimensional magnetic structures are regarded as a promising material for new types of data storage, since the magnetic properties of individual molecular building blocks can be investigated and modified. For the first time, researchers have now produced a wafer-thin ferrimagnet, in which molecules with different magnetic centers arrange themselves on a gold surface to form a checkerboard pattern. Scientists at the Swiss Nanoscience Institute at the University of Basel and the Paul Scherrer Institute published their findings in the journal Nature Communications.
Ferrimagnets are composed of two centers which are magnetized at different strengths and point in opposing directions. Two-dimensional, quasi-flat ferrimagnets...
An Australian-Chinese research team has created the world's thinnest hologram, paving the way towards the integration of 3D holography into everyday...
24.05.2017 | Event News
23.05.2017 | Event News
22.05.2017 | Event News
26.05.2017 | Life Sciences
26.05.2017 | Life Sciences
26.05.2017 | Physics and Astronomy


Samsung brings its AI-powered image editing app to the Galaxy S23 series
Samsung launched a pretty sophisticated photo editor app powered by AI back in July. The Galaxy Enhance-X app was compatible with a very limited range of Galaxy devices, but the new version of the app has been specifically designed to take advantage of the powerful processors inside the Galaxy S23 series.Released earlier today, Samsung Galaxy Enhance-X v1.0.55 beta only supports the company’s latest Galaxy S23 flagship because image processing through AI requires complex processing, which is why it needs high-end hardware like that packed inside the Galaxy S23 series. (via SamMobile)
However, Samsung confirmed that Galaxy S22 users will soon get access to the new version of the photo editor very soon. Additionally, the South Korean handset maker revealed that the Galaxy Enhance-X app will be supported by some of the Galaxy A series devices, although not all features might be available for these non-flagship phones.
Right now, the Galaxy Enhance-X app for S23 series supports photo remaster, image enhancement, and remove artifact functions. If you own one of Samsung’s newest flagships, you’ll be able to use features like Magic, HDR, Brightness, Focus Improvement, Lens Distortion Correction, Upscale (4x resolution improvement), and Sharpen.
Also, you’ll be able to apply various enhancement features like beauty and light effect in portrait mode. In the Remove Artifact menu, the app provides users with the ability to remove shadows from their pictures, as well as reflective objects.
With the Galaxy Enhance-X app, users can start modifying their pictures as soon as they are captured. Most of the functions available in the app can be applied with just one tap, so it doesn’t really require too in-depth knowledge about photography.
The latest version of Galaxy Enhance-X app is available for download for free via the Galaxy Store. It’s an 85MB download, so it’s not going to take too much of your precious storage space.


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In electrical vehicle driving systems, the DC bus usually shows large surge voltages because of the presence of loop parasitic inductance and hard-switching operations of voltage source inverters. The unexpected transient overvoltage mostly accounts for switching devices failures. To guarantee system reliability, high-voltage-rating insulated-gate-bipolar-transistors (IGBTs) are commonly used in practical systems to accommodate potential surge voltages. This eventually results in the increase of power loss and system cost. A comprehensive study is presented in this study to minimise the surge voltage across the DC bus. It starts with a surge voltage model indicating that the commutation loop inductances and the switching dynamics are two critical contributors to voltage spikes. An optimal design approach to lower the stray inductance of the connecting busbar is presented. Considering the characteristics of electric vehicle (EV) inverters controlled by space vector modulation, a slew-rate limiter strategy is proposed to minimise the surge voltage. The low inductance busbar design and control strategy are validated by simulation and experimental test.


I am trying to implement a simple project where I send a message from node 1 to node 2 using CAN. Both the nodes are lpc1769 boards. I suppose there are some issues with the code. As I am a beginner, I request you to provide any reference codes I can look into(polling implementation will be more helpful).
Thanking you in advance.


International Conference: ALD for industry
The 6th International Conference „ALD FOR INDUSTRY“ will again show the bridge between basic science, industrialisation and commercialisation of this technology.
Atomic layer deposition (ALD) is a process used to deposit a wide variety of thin film materials from the vapor phase of matter. The Global Atomic Layer Deposition ALD Equipment Market Size was estimated at USD 1296.62 million in 2021 and is projected to reach USD 6744.66 million by 2028, exhibiting a CAGR of 26.56% during the forecast period. The growth of this technology is not only based in microelectronics applications, but also in areas of industrial Li-Ion batteries, photovoltaics and quantum technology. Atomic layer deposition, is a thin film technology that enables new and highly innovative products for a wide range of applications.
In 2023 the EFDS will organize the 6th workshop „ALD FOR INDUSTRY“ in Dresden (Germany), at one of the focal points of European thin-film technologies in industrial applications and research. „ALD for industry provides the opportunity to get in touch with industrial and academic partners, to learn more about fundamentals and potential application of ALD technology
The Workshop will focus on the currents markets for ALD and address the applications in Semiconductor industry, MEMS &Sensors, Battery technology, Medical, Display, Lightning and Photovoltaics.


Asteroids that pass close to Earth have become the focus of increased attention in recent years, partly because of the potential threat they pose to humanity.
But they are also a potential boon. For decades, science fiction writers and various space scientists have pointed out that asteroids offer a huge untapped source of valuable resources. Bringing just a small portion of this back to Earth could be a game changer for our planet.
And even if this stuff is too expensive to bring home, it could provide the raw materials for rocket fuel and perhaps even rockets themselves to be manufactured in space. Many visionaries have greedily eyed these resources in the hope that a new gold rush is just around the corner.


Cingulata is used to develop applications capable of processing encrypted data without having to decrypt it. With Cingulata, processing data in the cloud or in collaborative workflows no longer has to compromise data privacy.
Cingulata is a compilation chain that can process encrypted data without having to decrypt it. It is useful in collaborative workflows, for example, for applications requiring the processing of customer or partner data without compromising the privacy of the information the data contains.
Using fully homomorphic encryption, an advanced encryption technique, Cingulata creates, optimizes, and deploys applications capable of processing encrypted data on remote servers, guaranteeing end-to-end privacy. With Cingulata, partners can exchange and process confidential data without revealing the information the data contains. It can also be used to develop cloud-based services that can analyze encrypted confidential data, without revealing the information in the data or the results of the analysis.
This open-source software meets a wide range of needs in the defense, energy, health, biometrics, multi-mode transportation, manufacturing, and other industries.
Cingulata offers several major advantages:
Scalnyx partnered with CEA-List to develop a secure-by-design solution to speed up processing on encrypted data. Performance is still a major challenge for this type of processing. Scaltrust, the solution developed by Scalnyx, leverages CEA-List’s Cingulata compilation chain and Scalnyx’s software acceleration technology.
Learn more about the R&D partnership between Scalnyx and the CEA.
Revisiting stream-cipher-based homomorphic transciphering in the TFHE era, A. A. Bend oukha, A. Boudguiga and R. Sirdey. Foundations of Privacy & Security (FPS), 2021. « in press ».
SPEED: Secure, PrivatE, and Efficient Deep learning, A. Grivet Sébert, R. Pinot, M. Zuber, C. Gouy-Pailler and R. Sirdey. Machine Learning Journal 110, 675–694, 2021 (DOI). Presented at ECML’21.
Efficient homomorphic evaluation of k-NN classifiers, M. Zuber and R. Sirdey. Proceedings on Privacy Enhancing Technology Symposium 2, 111-129, 2021 (DOI). Presented at PETS’21.
Faster homomorphic encryption is not enough: improved heuristic for multiplicative depth minimization of boolean circuits, P. Aubry, S. Carpov and R. Sirdey. 2020 Cryptographers’ Track at the RSA Conference.
Practical fully homomorphic encryption for fully masked neural networks, M. Izabachène, R. Sirdey and M. Zuber. Proceedings of the 18th International Conference on Cryptology and Network Security, 24-36, LNCS 11829, 2019 (DOI).
A SaaS implementation of a new generic crypto-classifier service for secure energy efficiency in Smart Cities, O. Stan, M.-H. Zayani, R. Sirdey, A. Ben Hamida, M. Mziou-Sellami and A. Ferreira Leite. In Smart Cities, Green Technologies and Intelligent Transport Systems, pp. 90-115, 2019 (DOI).
New Techniques for Multi-value Input Homomorphic Evaluation and Applications, S. Carpov, M. Izabachène, V. Mollimard. 2019 Cryptographers’ Track at the RSA Conference (DOI).
Go to Cingulata


Electro-Magnetic Field Pollution -- Remediation Solutions
Please call for 20+ volume discount prices.
Electro-Magnetic Field Meters
Better RF Meter. Budget Minded, Information Packed! The meter represent both a price and technology breakthrough! Simple hand held meter is so easy to use: One button, just to turn it on/off! Uses ordinary 9V battery (not included). Very sensitive (down to 25mV/m = 0.16 nW/cm²) and goes as high as 14.8 V/m = 58 μW/cm². Broad frequency range too: 100MHz to 3.0GHz digital or analog signals. ±3.5dBm accuracy. Look at all the information on the LCD screen: Signal power level in dBm Signal power density in μW/m², mW/m², or W/m² (automatic) Horizontal bar "power level display" with 12 5dBm segments Moving bargraph showing signal changes over the last 32 readings 8 segment LED bar (green/yellow/red) power indication Backlit for first 10 seconds of display Truly unique tool for personal RF exposure detection and level measurement. Use it to check GSM, TDMA, CDMA, PCS, Wi-Fi plus AM/FM and TV signals and much more. Now check out the price!
Digital Combination Meter. 1-Axis Electric and Magnetic Field measurements. The Digital Combination Meter boasts several distinct advantages for a meter in this price range: Wide frequency response: very flat (1 dB) from 16 Hz to 2000 Hz; useful from 5 Hz to 7000 Hz (3 dB) Tremendous Sensitivity and Range: Magnetic: 1-2000 nT (0.01-20.00 mG); Electric: 1-2000 V/m Accuracy: ±2% ±20 digits at 50/60 Hz Cool audio tone which resembles a Geiger counter Simple to operate, easy to read. Perfect for home, student, or researcher. Uses a standard 9V battery, included. Instructions in German and English.
Digital Hotspotter Meter. The device does not detect Bluetooth, 802.11a or 802.11n. Some 802.11b and g networks are not detected by the device. Full-featured Wi-Fi detection and analysis device The Digital Hotspotter provides information on signal availability and strength as well as essential network information, including ID, security status and channel for most 802.11 b/g Wi-Fi networks. Use it to determine if you are exposed to Wi-Fi radiation, the strength and direction of the source(s), and the number of channels. Travelers, students and other roaming Wi-Fi users can use the Hotspotter to find available networks. Use the Hotspotter to determine where your home or office coverage extends, and where the optimal locations for use of the network are. Security The Hotspotter can be used to determine whether your home or office network is leaky. The device can detect whether your access point's signal extends beyond your walls, and whether it is secured. The Hotspotter can also help you detect rogue access points. The Hotspotter displays an image of one to four vertical bars, indicating the relative strength of the signals detected by the Hotspotter. By scanning repeatedly, you may be able to determine whether you are moving closer to or farther from a network access point by watching the increase or decrease in the relative signal strength. The Hotspotter scans 13 channels. While only 11 channels are used in the US, 13 channels are used for Wi-Fi in Europe. Channel information can be useful in detecting potential reasons for interference. Most access points are set to channel 1, 6 or 11 by default. If you see more than one network on the same channel, it is likely that you may experience problems with interference. In fact, Wi-Fi channels overlap on adjacent channels, and may cause interference on adjacent channels. You may wish to use the Hotspotter when configuring your home or office network to determine what channels are least likely to experience interference. LCD screen displays information about multiple networks: Network ID (SSID) Signal strength Encryption status (WEP and WPA) Provides Channel Information Signal Availability (802.11b and 802.11g networks)
ElectroSmog Detector. A new, inexpensive hand-held device available to the consumer which can detect the pulsing emissions from wireless communications technologies (mobile phones, masts, DECT digital cordless phones, w/LAN's, Wi-Fi, etc.) which are considered by scientists to be the cause of health effects among a significant minority of the population. Has a built-in speaker, 2.5 mm mono headset jack for private operation (headset not included) and 2 year warranty. Uses 9V battery (included). Patented. 2 yr mfr wty. Frequency Range: 50 MHz to 3000 MHz Sensitivity: 0.01 volts per meter (V/m) Output: Audio Loudspeaker, Audio jack socket Controls: On/Off Switch, Volume
ElectroSmog Meter. Digital RF Meter Breakthrough in low cost RF measurement. Covers 50 MHz to 3.5 GHz and great for digital or analog RF signals. Use in 3-axis (isotropic) measurement mode or check each of the X,Y Z axis! Includes audio alarm with adjustable threshold and 99 point memory function. Extremely sensitive: 38 mV/m to 11V/m (equivalent to 0.38 nanoWatt/cm² to 32 microWatt/cm²). 4-digit LCD display offers V/m, A/m, or W/m². Updates 2.5 times per second. Choose to display instantaneous value, maximum value, or average (average period adjustable from 4 second to 15 minute intervals). ±2.4dB accuracy or better. Uses 9V battery. 1 year warranty
EMF Hunter. Versatile new meter for detecting cell phone radiation, power line EMF, as well as paranormal research. Combines AC magnetic field detection, microwave sensor, and temperature in a very compact design. Easy to read LED indication and dramatic sound. For cell phones, microwave ovens, and other high frequency appliances: 0.01 to 0.30 mW/cm² in 10 color-coded increments: - Green light (safe): Less than 0.02 mW/cm² -
Yellow light (caution): 0.02 to 0.1 mW/cm² - Red light (warning): higher than 0.1 mW/cm² For power lines, TVs, computers, AC alarm clocks, motors and other electric appliances: 1 to 10 mG in 10 color-coded increments: - Green light (safe): Less than 2.5 mG - Yellow light (caution): 2.5 to 8 mG - Red light (warning): higher than 8 mG Temperature: External temperature probe on 6 foot cable included. 32 - 102°F (0-40°C) in 5 increments. Audible warning at 99°F Power: 9V battery (not included) good for continuous use for more than 30 hours. One-year warranty. Very unique!.
Field Analyzer. High End Combination Meter This is a beautiful, all purpose, EMF meter. Measure single axis AC magnetic, AC Electric and RF with high sensitivity and high accuracy. Backlit LCD screen plus AC voltage output for analyzing frequency information. And look at this: in RF mode it shows the field strength as a function of time, and in AC magnetic mode waveform is included on the screen display! Built-in speaker can give an audible impression of the pulse modulation of RF radiation. Peak, Hold and Average readout. Professional quality, but easy enough for a non-technical user. Includes clearly written manual with exposure limit recommendations, rechargeable 9V battery and battery charger/AC power supply. RF Frequency Range: 300-3000 MHz
Gauss Master. This little meter measures the level of ELF magnetic field radiation from power lines, computers, kitchen appliances, and more! The easy to read scale, unique built-in audio signal and auto shut-off make it simple to use and a great way to find hidden sources of ELF frequency magnetic fields. Most experts agree that chronic exposure to more than 2.5 milli-Gauss is inadvisable. This meter will show you which areas are above or below 2.5 milli-Gauss in the 50 - 60 Hz frequency range. Hand-held, lightweight and durable, with two easy to read scales (0-1 mG, & 0-10 mG), and dramatic audio signal. Our favorite meter for demonstrating the presence of dangerous EMFs to others and paranormal work. Requires one 9V battery (not included). Calibrated at 50-60 Hz. Includes nice instructions on how to perform a proper survey of your home, office, or school yard.
High-Frequency Meter. We like this calibrated wideband (800 MHz - 2.5 GHz) RF meter because it has a switch which allows a choice of peak or average indication mode. This permits accurate measurement of both digital and analog signals. Two ranges: 1 - 1999 µW/m² (same as 0.1 - 199.9 nW/cm²) and 0.1 - 199.9 µW/m² (same as 0.01 - 19.99 nW/cm²). In addition, you get a choice of audio tone - none, or intensity proportional to field strength, or proportional to frequency (for analyzing pulsed signals) - accuracy ±6 dB - true logarithmic - periodic antenna, 800 MHz - 2.5 GHz, single polarized, included - standard 9V battery included Easily detects cell phone towers, cordless phones even microwave oven leaks. Instructions in German and English. 2 year Warranty. Model HF35C
Pace Alert. PaceAlert is the first and only meter/alarm designed specifically with pacemaker safety in mind. Simply turn the unit on and it will warn with LED lights and audible alarm if it encounters EMF near the limits for proper and safe operation of implanted devices. PaceAlert monitors AC magnetic fields, AC electric fields, and radiofrequencies simultaneously. Common sources of strong fields include microwave ovens, power tools, hair dryers, vacuum cleaners, electric ranges and toaster ovens, electric circuit boxes, welding equipment, etc. Alarm thresholds: 4 kV/m for electric field at 50/60 Hz 1.5 Gauss magnetic field at 50/60 Hz 100 V/m RF from 500 kHz - 6 GHz
The information in this article was current at 06 Dec 2011


In the information loss problem in black hole evaporation, the investigation of the purification partner of a Hawking particle is crucial. It is a well-known fact that the 3+1 dimensional spherically symmetric gravitational collapse can be mimicked by 1+1 dimensional moving mirror models. Since a detected particle in field theory is defined by what a particle detector observes, the diversity of detector designs yields a variety of particles and their partners. We provide a formula of generalized partners of detected particles emitted out of mirrors in an arbitrary motion for any Gaussian state in a free massless scalar field theory. Using our formula, we directly demonstrate information storage about initial phase information in a pure state of a detected particle and its partner. The form of the partner drastically changes depending on the detailed designs of particle detectors for Hawking radiation. In the case of a detected particle and its partner sensitive to information about initial phase, spatial configurations of the partner has long tails in a stage where only zero-point fluctuation is emitted out of the mirror.


Designed to anticipate the growing needs for large power capacity in a small footprint, the 9395XC UPS delivers reliable, flexible power protection for everything from hyperscale and multitenant data centers to enterprise and light industrial applications. It features intelligent sensing capabilities and integrations that enable 24x7, real-time power infrastructure monitoring and management through Eaton’s data center infrastructure management (DCIM) solution and PredictPulse remote monitoring service, both integral parts of the Eaton Brightlayer Data Centers suite. Users who deploy the 9395XC UPS can future-proof their data center infrastructure with the ability to incorporate Eaton’s EnergyAware solution and battery services to help improve sustainability while offsetting overall energy consumption and costs.
UPS — Eaton
April 28, 2022


The about well-known proper name in batteries, the Duracell Plus AAA are a quality choice. My tests showed decent overall capacity, although these batteries didn’t perform every bit well in my high-drain tests, then I recommend these more than for lighter utilise, such as remote controls. Nonetheless, the high price may put some off and there are meliorate value options.
- Expert overall chapters
- Widely available
- Good range of pack sizes
- Middling high-drain test results
These are alkaline (non-rechargeable) AAA batteries
Movie a set of AAA batteries in your head, and the Duracell Plus AAA are probably the set that you’re thinking of. The default choice for anyone that wants long-lasting batteries, Duracell has built a good proper noun for itself.
Overall tested capacity in my tests was proficient, although the batteries didn’t practise as well as some of its competitors in the initial high-drain test. There’s as well the high toll to consider, with these batteries costing a lot more than much of the competition. That’south a picayune disappointing considering how well the Duracell Plus AA batteries did in my tests.
- High overall capacity
- Other batteries perform better in the high drain test
Duracell provides a detailed specification sheet for its AAA Plus batteries. As with all batteries, the full capacity of the batteries depends on temperature, load and the cut-off voltage (voltage drops as the batteries are tuckered). In short, batteries deliver more than ability under lighter loads; less nether loftier drain conditions. Duracell’s own specs demonstrate this.
To test, I use an Ansmann Energy XC3000. Its drainage test uses a loftier load of 600mA (+/-twenty%) with a cutting-off voltage of 0.94V. I started by measuring the initial voltage of the batteries, which I bought from Amazon, at ane.49V. That’s just backside the nominal 1.5V that you’d expect from alkali metal batteries; even so, equally voltage drops quite rapidly with alkaline batteries, this minor variation doesn’t thing.
After the initial drain, I measured a capacity of 414mAh. That’south alright, but is a way behind the Amazon Basics Alkaline AAA batteries.
I give batteries a few hours to cool downwards, and then re-run the same exam to measure whatsoever remainder capacity. I measured the Duracell Plus AAA at 146mAh, giving me a full capacity of 560mAh.
That’s a decent overall capacity and these batteries should do well in low-bleed applications, such as in remote controls
As with virtually alkaline batteries, Duracell says that these have a ten-year shelf life, so you tin buy in bulk and not worry about them discharging while non in utilize.
Duracell Plus batteries are available in a wide range of unit sizes. For a prepare of 4, look to pay around 73p a battery. Bigger packs are generally ameliorate value (although not always), with prices per battery dropping to around 55p. I’ve listed the price for the pack of eight (effectually 68p per battery), as information technology’s a skillful compromise between pack size and cost.
Should yous purchase it?
If you desire big-make batteries to go into low-drain devices such as remote controls, then these are a good pick.
My high-drain test shows that in that location are batteries that performed better here, plus you can buy much cheaper AAA batteries.
Decent overall capacity shows that the Duracell Plus AAA could be a good choice for lower-drain use. If you demand higher-bleed batteries for more intensive use, my high-drain tests showed that these batteries were a way behind the Amazon Nuts Alkaline AAA batteries. These batteries are too expensive.
How we exam
Unlike other sites, we test every alkaline battery we review thoroughly over an extended catamenia of time. Nosotros utilize standard tests to compare features properly. We’ll ever tell y’all what we find. We never, always, have money to review a product.
Find out more than almost how we test in our ethics policy.
We utilize an Ansmann Energy XC 3000 to drain batteries, then that we can test capacity in mAh. After the first run, we permit the batteries to cool and and so retest to give us a second reading.
We measure the initial voltage of the batteries, checking that the starting voltage is at least 1.5V.
You might like…
Trusted Reviews test information
Duracell Plus AAA
Amazon Basics Alkaline AAA
First Reviewed Date
Bombardment engineering science
Duracell Plus AAA
Duracell Plus AAA
Posted by: Sadiyev.com


received his PhD in Physics in 1990 from University of Stuttgart working at Max Planck Institute for Metal Physics on the field of nuclear methods (muon spin rotation) based investigation of magnetic ordering phenomena in antiferromagnetic materials. Subsequently he spent two years as postdoc at MPI working on nuclear methods in solid state physics at Paul Scherrer Institute (Switzerland) and Rutherford Appleton Labs (UK).
joined Alcatel-SEL in 1992 where he worked for four years in the field of semiconductor component qualification and tests. From 1999 to 2005 he lead the microelectronic technology department of Alcatel Research Centre. After having worked in the optical networking department of Bell Labs Germany, mainly concentrating on identification, assessment and introduction of new device technologies for optical and wireless communication systems he is leading since Sept. 2013 the Bell Labs Wireless Transceiver Devices Group .
presently holding more than 40 active patents worldwide.


Lattice, a provider of advanced information and communications technology solutions for customers worldwide, reports that it has acquired InnoVisit's video conferencing technology to strengthen Lattice's Integrated Corrections Operating Network (NASDAQ:ICON).
The newly purchased technology will be integrated with ICON, a strong technology platform that provides secure, cloud-based management of all customer, payment, and accounting data for correctional facilities. The transaction also provides Lattice with the opportunity to increase its revenue growth.
"We've had a great working relationship with InnoVisit for more than a year," Paul Burgess, CEO of Lattice stated in the press release. "Our customers have been very pleased with InnoVisit's technology and its seamless integration into our ICON platform. We plan to take advantage of new cross-selling opportunities with current customers and previous installations, and this technology has strengthened our competitive position, which should lead to accelerated sales growth as we expand our marketing efforts."
As a leading provider of video conferencing technology to the corrections market, InnoVisit has deployed its video visitation technology in more than 90 facilities in 26 states and Canada.
For more information visit latticeinc.com
QualityStocks provides investor relations services to publicly traded companies in exchange for compensation. This article may be part of our efforts to widen a client's exposure. To read our full disclaimer, visit http://disclaimer.qualitystocks.net


How much does cyber security earn? This article discusses the meaning of the topic. As a result, you can have more knowledge about this study.
How Much Does Cyber Security Earn?
Cyber security is a booming industry with a growth rate of 7% by 2024. Also, it is important to know that cyber security professionals are in high demand. This is because of the many threats that are posed to companies and individuals every day.
With the news of data breaches, phishing scams, and ransomware attacks, people are worried about their online security. As a result, the demand for cyber security experts has increased.
If you are looking for a new career or simply want to change your current one, you may want to consider becoming a cyber security expert.
Cyber security earns around $125,000 annually. However, the amount of money is not the only thing that you must consider.
You must also take into account that they work in a risky environment. They possess knowledge that you do not have and they are always on the lookout for cyber threats. Thus, they must be ready to face these threats at all times.
Duties And Responsibilities
Cyber security experts are responsible for finding and eliminating all possible threats to a computer system. They do this by using their deep knowledge of how a computer works and how it interacts with other systems.
A cyber security expert is also responsible for protecting their client’s data from any kind of cyber threat. Also, they may use firewalls, anti-virus software, or any other means to protect the data from attacks on the computer system.
Other than that, they may work to improve the security of a computer system. This is by changing the software program of the system and making it secure.
Finally, cyber security experts are responsible for making sure that their clients’ systems are always updated. This is for them to be prepared for any new kind of cyber threat.
A Day in the Life of a Cyber Security Expert
Cyber security experts can work in many different environments. They can work for private companies or even the government.
However, they will be to do the same job no matter where they are working. Also, they will be responsible for monitoring their clients’ systems and looking for possible cyber threats.
They may also need to detect and eliminate a possible cyberattack on a client’s computer system. It is a fast-paced job and it is difficult to predict when a cyber threat will arrive. Thus, cyber security experts must always be ready for an attack.
How to Become a Cyber Security Expert
As mentioned before, you must gain experience in the field before you can become a cyber security expert. However, you must also have the proper educational background. Here is what you need to know to start this career.
You need to know both hardware and software programming languages. It is also important that you know how a computer works and how it interacts with other devices.
It would also be best if you have some experience working as a computer programmer or any other cybersecurity-related job. Also, this will give you an edge over other applicants as it shows that you have the necessary background for the job.
It is not enough to just know different computer languages or how a computer system works.
You must also have the proper certification to prove that you are competent for the job. To do this, you may need to enroll in a cyber security degree program at an accredited college or university.
Cyber security is a very important field. This is because of the many cyber threats that are to businesses, companies, and individuals.
Cyber security experts are responsible for finding and eliminating these threats. Thus, there are many different kinds of cyber security experts.


Nissan develops new driver assistance
The car company brings froward a new era of crash avoidance
Nissan is developing a new level of collision avoidance technology that’s expected to be available on all its cars by the end of the decade.
The system uses information from high-performance LIDAR, radar and cameras. Called “ground truth perception” technology, it can instantly analyse real time and developing situations. Using it judgement, it automatically performs the required collision-avoidance operations.
This technology can also detect slowed traffic and road obstacles in the distance and execute lane changes accordingly.
A new era
Nissan say the system provides increased support to drivers. This will be particularly useful in areas where detailed map information is not available.
“Nissan has been the first to market a number of advanced driver assistance technologies,” says Takao Asami, senior vice president, leading global research and development at Nissan.
Looking to the the future, Nissan believes its essential the public has full confidence in such technology. Asami believes this new technology “will make a significant contribution to owner confidence”, as well as “reduced traffic accidents”.
Under its long-term vision, Nissan Ambition 2030, Nissan is is developing various levels of autonomous vehicle tech. They believe it will significantly reduce accidents by utilizing next-generation LIDAR technology.
This should mean that the upcoming era of driver-assistance technology will be capable of avoiding highly complex accidents. Indeed, it sees this as “essential”.
Nissan aims to complete the development of its ‘ground truth perception’ technology by the mid-2020s. It will first be available on select new models, and on virtually every new model by fiscal year 2030.


Major Air to Ground Auction Winner Is Cellular Friendly
Jun 2, 2006, 2:32 PM by (staff)
The FCC's auction for two air-to-ground licenses in the 800 MHz spectrum has finally closed. AirCell, which won the larger 3 MHz lot, currently provides voice and data services, including cell phone use, to private planes and other small craft. They hold a number of patents on making cell phone calls from planes. It is possible that they will use this new spectrum to provide cellular service on commercial planes, however they are not allowed to comment on how the spectrum will be used, and the FAA still has not cleared cellular phone use on aircraft. The smaller one MHz block was won by JetBlue's LiveTV.
T-Mobile Says It Will Start Using 600 MHz Spectrum This Year
"T-Mobile now has the largest swath of unused low-band spectrum in the country," said T-Mobile CEO John Legere about the company's 600 MHz auction winnings. The company successfully won an average of 31 MHz (ranging between 20 MHz and 50 MHz) of the 70 MHz low-band spectrum auctioned off by TV stations and the FCC.
T-Mobile, US Cellular Named FCC Incentive Auction Winners
The FCC today marked the official end of the incentive auction for 600 MHz airwaves. The agency said 50 wireless companies bid a cumulative $19.8 billion on some 70 MHz of spectrum that was put on offer by 175 television stations.
C Spire Looking to Nab 700MHz Spectrum
C Spire Wireless is hoping to buy some Lower 700 MHz C Block spectrum from Waller Wireless. The companies recently filed the request with the FCC.
AT&T Seeking 700MHz Spectrum from Peoples Wireless
AT&T has asked the FCC for permission to purchase two Lower 700 MHz C Block licenses from Peoples Wireless in Texas. If granted, AT&T would hold 24 MHz of contiguous, paired Lower 700 MHz spectrum in the two cellular market areas in question.
FCC Relaxes Rules Governing 800 MHz Spectrum
The FCC this week made it easier for carriers to add LTE to their 800 MHz spectrum holdings. Rules concerning the 800 MHz band (CDMA Band Class 0, LTE Band 5) have been in place since 1981 and limit how much power carriers can use to transmit wireless signals across those airwaves.


Multi-slice Computed Tomography (MSCT) is an important medical imaging tool that provides dynamic three-dimensional (3D) volume data of the heart for diagnosis of various cardiac diseases. Due to the huge amount of data in MSCT, manual identification, segmentation and tracking of various parts of the heart are very labor intensive and inefficient. In this paper, we introduce a semi-automatic method for robustly segmenting the endocardium surface from cardiac MSCT images. A level set approach is adopted to define a flexible and powerful interface for capturing the complex anatomical structure of the heart. A novel speed function based on clustering the image intensities of the region of interest and the background is proposed for use with the level set method. The method introduced in this paper has the advantages of simple initialization and being capable of segmenting the blood pool with non-homogeneous intensities. Experiments on real data using the proposed speed function have been carried out with 2D, 3D and 4D implementations of the level sets respectively, and comparisons in terms of computational speed and segmentation results are presented.


E-Ink display module, 1.54inch, 200×200 resolution, with embedded controller, communicating via SPI interface, supports red, black, and white three-color display.
No backlight, keeps displaying last content for a long time even when power down
Ultra low power consumption, basically power is only required for refreshing
SPI interface, for connecting with controller boards like Raspberry Pi/Nucleo, etc.
Comes with development resources and manual (examples for Raspberry Pi/STM32)


– Innovative solution developed as part of the LASERPORE research project in collaboration with Ernst Abbe University, Leipzig University and ITG Wismar
– Funding by the German Federal Ministry for Economic Affairs and Energy (BMWi)
– Integrated high-temperature oven shortens laser processing to just a few minutes
Herzogenrath, 8 March 2022: Pulsar Photonics, an innovative high-tech company in the field of laser technology, is developing a machine- and software-based solution based on the RDX1000 laser machine for the production of porous glass moulds for applications as filter element. The machine solution was developed as part of the LASERPORE research project in close cooperation with the Ernst Abbe University of Applied Sciences (EAH) in Jena, the University of Leipzig and ITG Wismar and was funded by the German Federal Ministry for Economic Affairs and Energy (BMWi). This innovation makes it possible to produce sample components as well as in component series and to shorten the laser processing to a few minutes.
– Maximum component volume: D 50mm x H 150mm
– Minimum layer thickness: ≤ 50µm
– Build-up rates per layer: 10mm³/min to >100mm³/min
Pulsar Photonics develops the Photonics Elementes (PE) machine software for laser micromachining applications. PE has specialised software functions for layer-by-layer process control with scanner and axis systems and uses a library of integrated laser beam sources. Laser jobs can be easily parameterised using a solid model or 2D geometry. The sequence and state control of the process is stored in a software recipe and can thus further reduce the complexity depending on the user level.
The further development of the process chamber enables additive manufacturing under defined environmental conditions. A high-temperature furnace was developed for this purpose, which prevents premature segregation and thermally induced stresses in the glass mould. Slow cooling, which is achieved by preheating, allows the components to be released from the building platform without causing damage.
At the push of a button, glass moulds can be produced with appropriately defined process parameters. These can be produced with different densities and cavities in the millimetre to micrometre range, depending on the material used, the process conditions and the setting parameters. A downstream VYCOR® process enables further processing of the components, which was further developed by the University of Leipzig especially for the SLS process. The porous glass components generated can be used, for example, in the filter systems of ITG Wismar.
Dr. Joachim Ryll, Founder and Managing Director at Pulsar Photonics GmbH: “The entire manufacturing process is based on a layer-by-layer construction of the glass moulds and works similarly to 3D printing of metal components. This allows several components to be built up simultaneously in one batch and complex internal structures and surfaces to be created. What makes our solution unique is a high-temperature oven integrated into the laser machine, which enables stress-free 3D printing of porous glass moulds.”
Pulsar Photonics GmbH is an innovative high-tech company in the field of laser technology. Its range of services includes the development, production and distribution of laser machines for material processing with short and ultra-short pulse lasers. A second core competence of the company is the integration of tooling and measuring systems for material processing, adapted to the specific requirements of the application. Besides its expertise in system development, Pulsar Photonics is also a competent partner for single-part and series production with (ultra-)short pulse lasers. Its core processes focus on structuring, drilling and precision cutting. Founded in 2013, Pulsar Photonics GmbH is one of the fastest growing companies in Europe, according to the Financial Times and Statista. Pulsar Photonics has been part of the Schunk Group since 2021.
Pulsar Photonics GmbH
Dr. Stephan Eifel


[time-nuts] 10MHz Rubidium reference source for frequency counter
ra3apw at mail.ru
Mon Nov 3 08:48:01 EST 2014
yes, it is my fault - my set up (connections) for TI mode was not correct.
According your advices I went back to the frequency mode and set gate / sample time to 1 second for CNT-91 and TimeLab.
Then I switched on "Smart Frequency" and "Interpolator Calibration" option on CNT-91
1. Setting -> Misc -> Smart Meas -> Smart Frequency -> ON
Smart Frequency (valid only if the selected measurement function is Frequency or Period Average).
By means of continuous timestamping and regression analysis, the resolution is increased for measuring times between 0.2 s and 100 s.
2. Setting -> Misc -> Smart Meas -> Interp Calib ON
Interpolatator Calibration - By switching off the interpolator calibration, you can increase the measurement speed at the expense of accuracy.
Please see the result with and without these CNT-91's options (Smart Frequency and Interpolator Calibration)
This result is for the internal CNT-91 reference source. I will check with external reference second Morion OCXO shortly.
More information about the time-nuts


will have at least enough storage allocated to handle the
data being written or read at the port.
A port name can be used instead of an address to
refer to a port. A name is normally easier to remember
than an address. Operating systems sometimes have
predefine names associated with certain ports. For
example, DOS reserves COM1 and LPT1 to refer to the
first serial and parallel ports, respectively.
Analyzing the configuration of the network can be
accomplished in two different ways. The first and
simplest way happens when the computer is turned on;
the operating system goes out and checks the
configuration. The second way is accomplished by
using an application to test whether a remote device is
properly connected to the system. The use of an
application is the best way to analyze the configuration.
The application tests the remote device by sending
out a signal to each device and waiting for the signal to
return. This process is called pinging. The ping sent
out is called an echo message, and the reply is called an
echo reply message. The application sends out the echo
message and, if the device is properly connected, it
sends back an echo reply message. The receipt of this
echo reply indicates that there is a viable connection.
Some version of application software reports on how
long it took to receive the echo reply and any lost
replies. These reports provide information about the
traffic and noise levels on the network.
SYSTEM RESOURCE LIMITS
The advantage of a network is it allows several
people to share resources, both hardware and software.
Hardware resources refer to printers, disk drives, CD-
rom drives, scanners, and modems. Software resources
include operating system, drivers, applications (word
processing, database, etc.), management software, and
data files. To avoid problems, such as slow response
time and unavailability of resources, you must know the
limits of the system resources.
The limitation involved with hardware is going to
be waiting. A particular piece of peripheral equipment
can be accessed by one user at a time. Only one job can
be printed at a time, and only one user can be using a
single modem at a time. This small inconvenience of
access outweighs the cost of several different pieces of
the same type (i.e., several printers or modems).
No matter which software package, whether
application, mail, or operating system, there is a limited
number of users that can use the software at one time. It
is far cheaper to buy one multi-user package that allows
for 25 users than to purchase 25 individual copies. But,
it might run just a bit slower than an individual copy.
Networks require the interaction of software and
hardware. The system software to operate and control
the network must be specifically designed for network
operation. The application software/programs to solve
user problems must also be specially designed to run on
a network. Between the system software and the
application software/programs, two pieces of software
are needed. One is the telecommunications access
software. It provides application programs access to
the network so they can send and receive data. The
other is the teleprocessing monitor, which is the
interface between the telecommunications access
software and the application programs. It handles the
details of integrating these two. To install the system
software, as with any software, follow the installation
instructions supplied with the software.
It takes special system software to handle the
unique and dynamic workloads of a network. This
special software is called network system software.
The network system software is sometimes referred to
as the network operating system (NOS). It is different
from the type of system software you normally use on
your stand-alone PC. Network system software must be
able to handle multiple users, multiple peripherals,
network security, and be able to share information and
application software, just to name a few differences.
Normally, network system software runs on the network
server. It includes such things as the networks
operating system software, communications software,
and all the programs needed to manage the sharing of
information and resources on the network. Without it,
there would be no way to coordinate and manage the
many components of a network into a functioning
Network system software provides multitasking
capabilities. If the network is to serve multiple users at
the same time, then the server must be able to perform
tasks so fast they appear to be processed


Have you been itching to know what's under the Kin's skin? The helpful demolition experts at iFixit and Chipworks lay it all for you in a step-by-step disassembly of Microsoft's just-introduced, youth-oriented smartphones.
Microsoft's design is a bit bulkier than high-end smartphones like the iPhone and Motorola Droid. It's 0.77 inches thick compared to 0.48 inches for iPhone and a bit thicker for Droid.
Part of the thickness is due to the fact that the Kin models are slider phones, with two halves sliding apart to show a simple full QWERTY keyboard. The teardown revelas Microsoft uses two springs to keep the halves fully open or fully closed. (Close-up photos from Chipworks are online at iFixit)
The heart of the phone is the first-generation mobile chip from Nvidia, the Tegra APX2600. Tegra is the chip vendor's mobile silicon platform, based on an ARM core, with a companion GeForce graphics core and other components. It's been designed for good quality multi-media applications, and Microsoft already uses it in its line of Zune music players.
Later this year, the first smartphones, many of them apparently Android-based, with Nvidia's next generation CPU, the Tegra 2, will become available. The company is also targeting tablets and netbook-style devices. More details can be found at Nvidia's Website.
The onboard camera, a Sony IMX046 with an impressive 8 megapixels, only takes up 0.3 cubic inches. Sony fabricates it with a 90 nanometer CMOS process. Chipworks notes it's one of the first phones to feature 720p High Definition video.
Networking connectivity is provided by a Qualcomm QSC6085 CDMA processor and, for Wi-Fi and Bluetooth (and FM radio) a Texas Instruments WL1271A chip. The touchscreen controller is from Synaptics: its Clearpad technology in a device marked T1021A.
Storage is via the Samsung moviNAND KLM8G4DEDD package, based on an advanced 30-nanometer architecture, with up to 8GB of capacity.
* Avago has two chips inside the Kin Two: an ACFM-7103 CS/Cellular/S-GPS Qunitplexer and an ACPM-7353 dual-band power amplifier.
* The camera is the Sony IMX046. The IMX046 is fabricated using a 90nm CMOS process. The camera's resolution is 8.11 effective megapixels (8 active megapixels), 1.4 μm sized pixel, 1/3.2" optical format. Samsung was the first to use this camera in the M8800.
* Taking a cue from the iPhone and Zune HD, the Kin Two has an accelerometer. It's an STMicro 331DL 3 Axis nano MEMS (microelectromechanical systems) device.


“The OpenSensor Cloud Platform and the WunderBar enable you to easily develop applications for the physical world. Sense your environment, imagine new products and build incredible smart apps (relayr.io).” By utilizing an array of sensors from Relayr’s WunderBar and Octoblu’s IoT platform, it was easy to create a simple baby monitor that texts you updates about your baby. This simple project was created entirely with Octoblu and a few WunderBar sensors. Octoblu makes it so you can read data from the sensors and decide what you want to do with it from there. Maybe you want to create a flow that tweets the temperature of your living room or one that turns on a siren when your child trips an IR beam on the way to your pool. When you use Relay’s WunderBar with Octoblu, the possibilities are endless.
For step by step instructions on how to create your own, visit this link: http://www.hackster.io/octoblu/octoblu-wunderbar-baby-monitor-that-texts-you-updates


Dr. Bing Brunton, assistant professor of biology at the University of Washington (UW) and Dr. Raj Rao, Director of the Center for Sensorimotor Neural Engineering and professor in the UW Computer Science & Engineering department, have received a grant from the National Science Foundation (NSF) to study how the brain functions without being given structured tasks or direction. Their study is aimed at understanding neural processing outside of traditionally structured and controlled experiments in a laboratory setting.
In Brunton’s and Rao’s study, subjects receive no explicit instructions, but instead, simply behave as they wish in their hospital-room, including eating, sleeping and conversing with family. By observing non-structured behavior, the study aims to build a better understanding of the brain in action, in a real-world scenario. Learn more about this grant and study on the NSF website.


Graphene-semiconductor technology integrates the remarkable properties of graphene with semiconductor functionality. This hybrid offers groundbreaking applications in electronics and optoelectronics.
Graphene, a single layer of carbon atoms arranged in a hexagonal lattice, possesses extraordinary electrical conductivity and mechanical strength, making it a promising material for advancing semiconductor devices. Its compatibility with existing semiconductor processes allows for innovative adaptations in computer chips, sensors, and energy-efficient systems.
The development of graphene semiconductors paves the way for ultrafast and flexible electronics, potentially revolutionizing the tech industry. Companies and researchers are focusing on overcoming challenges such as band-gap tuning and large-scale production to fully harness graphene’s potential. The integration of graphene into semiconductor devices is a compelling area of research that could lead to significantly enhanced performance and new functionalities in electronic components.
What Is Graphene Semiconductor?
Imagine a material so strong yet incredibly thin and light. That material is graphene, and it’s changing technology, especially in semiconductors. Graphene semiconductors could power the future of electronics, with remarkable properties that outshine traditional materials. Let’s explore this groundbreaking material and uncover what makes it so special.
Definition Of Graphene Semiconductor
A graphene semiconductor involves graphene in electronic components. Graphene is a single layer of carbon atoms, both flexible and strong. The way these atoms link up makes graphene perfect for controlling electricity in semiconductors.
Properties Of Graphene
Graphene is not just unusual but a real game-changer. Below are some of its key properties:
- Electrical Conductivity: Electrons move super fast in graphene, making it very conductive.
- Heat Conductivity: It also manages heat very well, which keeps devices from overheating.
- Strength: Graphene is tougher than diamonds and steel.
- Flexibility: Despite its strength, graphene can bend and stretch.
- Transparency: It is nearly invisible because it is so thin, ideal for screens.
- Lightness: Almost weightless, graphene adds no extra weight to devices.
These properties make graphene semiconductors superior to traditional silicon ones. Whether it’s speed or efficiency, graphene is set to revolutionize our electronic world!
Applications Of Graphene Semiconductor
Graphene semiconductors are exciting for tech lovers. These materials pave the way for breathtaking applications. From faster electronics to better energy solutions, graphene is a game-changer. Let’s dive into its real-world uses.
Graphene semiconductors take electronics to new heights. They make gadgets work swiftly. Phones and computers use them to run cooler and process data fast. With graphene, devices get thinner yet more robust.
- Speedy CPUs: Run multiple apps without lag.
- Flexible Displays: Bendable screens that don’t break.
- High-Speed Internet: Data moves like lightning with graphene.
The energy sector gains massively from graphene semiconductors. They make batteries that charge in minutes. These batteries last longer and power up everything from phones to electric cars.
|Charge quickly, less heat, more power.
|Drive further, recharge faster.
|Store solar and wind energy efficiently.
Graphene semiconductors shine in sensor technology. They detect the tiniest changes in the environment. This ability is vital for medicine, security, and environmental monitoring.
- Precision Medicine: Monitors health in real-time.
- Security Systems: Senses dangers unseen by the eye.
- Environmental Monitoring: Tracks air and water quality closely.
Challenges And Future Prospects
Unveiling the next chapter in tech evolution, Graphene Semiconductors surge onto the scene. As a marvel of modern science, Graphene offers unprecedented electrical, thermal, and mechanical properties. But to harness its full potential, the industry confronts key challenges while eyeing tantalizing future prospects.
Scaling up production of graphene remains a formidable barrier. Labs can produce high-quality material. Yet, this proves difficult on an industrial scale. The quest for cost-effective, high-volume manufacturing is on. Experts aim for consistent quality across large batches. Meeting industrial demands is crucial for adoption across industries.
Integration with Existing Technology
Integration With Existing Technology
The integration of graphene semiconductors with existing technologies poses a challenge. The tech world boasts a complex landscape of silicon-based chips. Meshing graphene into this landscape calls for cutting-edge approaches. Collaboration between scientists and engineers is paramount. They seek ways to fuse graphene with current systems, ensuring efficiency and compatibility.
Exploration of New Applications
Exploration Of New Applications
Graphene’s versatility ignites visions of new applications. The material promises to revolutionize various sectors: from electronics to energy storage. Researchers and innovators toil to uncover fresh uses. They test the boundaries of graphene’s capabilities. In doing so, they set the stage for groundbreaking advancements that could reshape our world.
Frequently Asked Questions For Graphene Semiconductor
What Is Graphene Semiconductor Technology?
Graphene semiconductor technology leverages graphene’s exceptional electrical properties. It aims to surpass silicon chips in speed and efficiency, offering vast potential for electronics innovation.
How Does Graphene Outperform Silicon?
Graphene features remarkable electrical conductivity and electron mobility. It outperforms silicon by enabling faster data processing and lower power consumption while also being thinner and more flexible.
What Are Applications Of Graphene Semiconductors?
Graphene semiconductors have diverse applications including advanced computing, flexible electronics, high-frequency radio communication, and energy-efficient sensors, enabling cutting-edge technological advancements.
Are Graphene Semiconductors Commercially Available?
Graphene semiconductors are not yet widely available commercially. They are currently under intense research and development for future market introduction.
As the frontier of technology expands, graphene semiconductors are poised to revolutionize electronics. Their exceptional properties promise faster, more efficient devices. Embracing this innovation could lead us into a new era of scientific advancement and industry transformation. Stay tuned to witness graphene’s full potential unfold.


I’m using a shell script to control a Belkin Wemo (WiFi) Switch. Everything is working fine by using a shellswitch as a device in pimatic. But sometimes the switch is loosing the wifi connection and the getstatecommand of the shellswitch can’t be executed without an error.
2017-02-09 08:52:09error [pimatic-shell-execute,ShellSwitch]: Error getting attribute value WEMO_Switch.state: undefined
Is there a possiblity to handle the error within the shell script? Perhaps by an exit state? Right now I’m just using the output of the script.
echo $(/home/pi/Scripte/WEMO.sh 192.168.xxx.xxx GETSTATE)


Analogue Systems RS-100S LPF Mk3
Brak w magazynie
This low pass filter is a very good -24dB/octave Moog filter, based on the classic Moog cascade with selected, low-noise transistors
Połączenie z serwerem jest szyfrowane z użyciem klucza SSL
SZYBKA DOSTAWA KURIEREM LUB PACZKOMATEM
darmowa dostawa do polski od 500 PLN
Being the successor of the RS-100, the new "S" version features several improvements regarding stability, tracking, distortion behavoiur and also the frequency range.
24dB/oct low pass filter based on the design by Moog. Two signal inputs, resonance, manually and voltage controlled cutoff frewquency. Frequency range 10Hz to 35kHz with CVs applied.
The transistors used in the filter cascade are low-noise, have been selected ans in addition matched in pairs what improves frequenc response over the whole frequency range.
A better stability guarantees after one minute heating time that the flter can be used as a clean and well tracking sine wave oscillator.
Usage with Eurorack:
/>Analogue Systems' modules are designed solely for use in cases and cabinets made by Analogue Systems. Through the use of adaptors or adaptor cables, however, it is possible to connect them to Eurorack cases.
Should you chose to use an Analogue Systems module in an Eurorack case, please note that the warranties are thus void and the use occurs at your own risk! If the module is plugged in incorrectly and therefore damaged the customer has to bear any costs for repair and shipping!
Because of the different position of the mounting holes there will be a gap of 0.5HP (= 2.5 mm) when mounting an Analogue Systems module next to a Eurorack module. Take this into consideration when planning your system. Gaps can be covered with 1.5HP wide blank panels by Doepfer.
Two audio inputs with level controls. One audio output.
Two cutoff CV inputs: one with fixed 1V/octave, the other is variable
3U module in Analogue Systems form factor, 12HP wide, 64mm deep
30mA power consumption
Weight 0.163 kg


EEG and brain machine interface allows amputees to move a prosthetic hand, a new study reports.
Researchers report they have successfully replicated a previous brain-to-brain communication experiment.
Researchers demonstrate the viability of direct brain-to-brain communication in humans located over 5000 miles apart.
Researchers have discovered a fundamental constraint in the brain which could explain why some skills are easier to learn than others.
People recognize and remember music better if they have performed it in the past rather than only heard it, new research claims.
Researchers develop a new blueprint for touch-sensitive prosthetic limbs. The findings could someday convey real-time sensory information for amputees.
Neurofeedback which enhances the signal-to-noise ratio of brain activity, could have positive implication for rehabilitation following brain injury.
Researchers develop a flexible carbon-nanotube 'harpoon' to study individual brain neurons. The 'brain harpoon' harnesses the electromechanical properties of carbon nanotubes to capture the electrical signals generated by single neurons.
Researchers show that when humans use brain-computer interface technology, the brain behaves much like it does when completing simple motor skills such as waving a hand. This technology could help improve the daily lives of those who are paralyzed or lost specific abilities due to neurodegenerative diseases.
A new study has uncovered the neurological basis of speech motor control, the complex coordinated activity of tiny brain regions that controls our lips, jaw, tongue and larynx as we speak.
Researchers have given rats the ability to "touch" infrared light by fitting them with an infrared detector wired to microscopic electrodes implanted in the part of the mammalian brain that processes tactile information. The study demonstrated that a novel sensory input could be processed by a cortical region specialized in another sense without "hijacking" the function of this brain area.
Researchers describe how an electrode array sitting on top of the brain enabled a 30-year-old paralyzed man to control the movement of a character on a computer screen in three dimensions with just his thoughts. It also enabled him to move a robot arm to touch a friend’s hand for the first time in the seven years.


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Keysight (Agilent) 6050A Electronic Load Mainframe
Free UK Mainland Delivery (Sales)
Manuals and accessories supplied
Comprehensive Warranty on ALL Products
UK Certified Quality Assurance
Keysight (Agilent) 6050A Electronic Load Mainframe Description:
The new HP 6050A 1800 Watt Electronic Load Mainframe, the HP60502A 300 Watt Module and the HP60501A 150 Watt Module are designed for test, evaluation, and burn-in of DC power supplies, batteries, and power components. They are suitable for applications in areas such as R+D, production test, and field repair.
The Electronic Load Family offers advantages in performance, quality, reliability, and price/performance. The HP 6050A Mainframes built-in HP-IB interface simplifies system integration and allows control and readback of each modules functions using a single HP-IB address. The load modules are user installable for easy initial installation, reconfiguration, or service. The mainframe has six slots. The HP 60502A and HP 60501A occupy one slot each.
The features and instruction set of the HP 60502A and HP 60501A Load Modules are compatible with the HP 6060A Single Input Load. For example, test programs developed for an HP 6060A 300 Watt Single Electronic Load or an HP 60502A 300 Watt Module Load are interchangeable. Programming meets all currently defined HP-SL standards and therefore assures programming compatibility with future products.
The HP 6050A 1800 Watt Load Mainframe is suitable for bench use too. The front panel keypad allows easy, repeatable, and reliable front panel control of the load when it is used manually. Front panel settings are remembered after AC power is removed. The front panel LCD meters indicate voltage, current, and power readings of the selected channel.
We offer the refurbished used Keysight (Agilent) 6050A Electronic Load Mainframe for sale and rental.
The Keysight 6050A is fully tested and refurbished in our in-house ISO9001 calibration laboratory. We supply manuals, accessories, full warranty and a free-of-charge Certificate of Conformity. We can also provide the Keysight 6050A with a fresh calibration for a small additional charge.
If you have under-utilised test equipment talk to us about trading-in or part-exchanging it towards the Keysight 6050A or other refurbished test equipment.


An article blog entry done by Loïc *WydD* Petit on Medium.com shows his scientific experiment and methodology used while conducting input latency (lag) testing on on certain controllers and common arcade fight sticks. He conducted this experiment after researching other noted test and came to the realization that the control method for capturing the experiments might be tainted by unknown variables in the capturing setup. Mr. Petit referenced some of the previously used methods in performing these information captures, most notably by TeyahDL and Noodalls. Which he aimed to improve by making a simple setup free form many unknown variables.
Mr Petit continues by stating how input polling works with his example showing USB communication. This is both educational and illustrates how his simple hardware setup will be used in conducting this test. For the hardware setup he is using an Arduino and USB Shield host, though Mr. Petit does go into a simpler solution to buy if you want to replicate the results. He then notes the software that he formed to run this experiment.
Mr. Petit then goes on to break down all the controllers he tested, showing the deviation in which the controller is likely to miss an input frame. The results for each controller is posted as well as analysis on the break down of each controller used and it’s results.
Hopefully this test can spur more research and development on this topic as well as on the making of sound measuring tools to then be able to grade all input devices.
Mr. Loïc Petit has a PhD in Computer Science
Links to original article: https://medium.com/@WydD/controller-input-lag-how-to-measure-it-1ebfd2c9d60
Notables referenced in his article:


Digital Audio connector (4-1 pin SPDIF_OUT)
This connector is for the S/PDIF audio module to allow digital sound output. Connect
one end of the S/PDIF audio cable to this connector and the other end to the S/PDIF
P8H6110L/P6-P8H61E/DT_MB Digital audio connector
The S/PDIF out module is purchased separately.
USB connectors (10-1 pin USB78, USB910, USB1112)
These connectors are for USB 2.0 ports. Connect the USB module cable to any of
these connectors, then install the module to a slot opening at the back of the system
chassis. These USB connectors comply with USB 2.0 specification that supports up to
480Mbps connection speed.
Never connect a 1394 cable to the USB connectors. Doing so will damage the
The USB 2.0 module is purchased separately.
Chapter 3: Motherboard info


Here is another robot that helps you move around without breaking a sweat. The Rodem robot is an electric wheelchair of sorts. It lets you move from a bed or sofa to anywhere in your home. Its seat protrudes backward and diagonally downward. The height of the seat is adjustable.
The robot can separately control its wheels, so it can turn on the spot. It can be controlled from a smartphone. Rodem moves at speeds up to 3.7mph.


ABOUT OUR COMPANY
Overwatch Imaging designs and manufactures imaging systems with custom onboard AI software for both piloted and unmanned aircraft. The real-time automatic detection and reporting capabilities in our systems make them perfect for large-scale, time-critical civil and special missions. By helping organizations of all kinds move to autonomous aerial detection, we help them improve efficiencies, reduce costs and enhance safety.
The company was founded in 2016 by UAS and airborne imaging experts and is based in Hood River, Oregon, a well-known hub of airborne imaging and unmanned systems technology.
Learn more about our Leadership team.
Want to work on our team? See our Careers page.


Alarm Type: Vehicle Backup Cameras
Brand Name: Autoleader
Color Name: black
Wireless 7″ LCD Monitor 18LED IR Rearview Reversing Backup Camera Night Version Kit
7″ LCD Monitor:
Aspectratio: 7″ / 16:9
Power: 12V DC
Video: 2 way video input
Resolution: 800(H) x RGB x 480(W)
-7" LED Backlight Color TFT LCD monitor.
-Can easily adjust the camera installation angle in multi-level.
-Headrest style installation, support screen rotation, easy to mount & easy to use.
-When no video signal input, black screen will display.
-Comes with an IR remote controller.
-When parking, image can be changed V2 from V1.
-The monitor will start up automatically, and synchronously display the video from rearview camera when you're backing your car. And close after backing.
-Available for VCD/DVD/Camera
18 LED light
Night version: YES
Resolution: 420 TV line
View angle: 120°
Image Device: 1/3 for sony CCD
S/N Radio: better than 48db
White Balance: >0.45
Backlight Compensation: Auto
LED Switch: Auto
Wireless 2.4GHz transmitter & receiver set
Power: DC 12V
Connects to rear-view camera and front video screen
1 x 7" Monitor
1 x Car Rear View Camera
1 x Holder
1 x Frame
1 x Video & Power Cable
1 x Remote Controller
1 x 2.4G Transmitter
1 x 2.4G Receiver
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How one client was able to reduce 3-4 weeks’ work to real-time
When a client came to Aigenpulse for help with in-silico target validation, their established analytics routine took 3-4 weeks per target. Their data exploration was hampered by external data and analytics tools, which couldn’t be combined efficiently with in-house data assets.
Without the ability to rapidly analyse large data assets, the client could not drive important development decisions. Ineffective in-silico target validation kept slowing them down, and every additional data parameter slowed them down even more.
We offered them a solution, and this is how we did it.
Since our client already had a lot of in-house data and relied on external datasets, we imported these assets into the Aigenpulse Platform. To maximise data handling efficiency, analytics were also integrated into the client’s package.
Once everything was accessible via the unified interface and API, we started to optimise the analytics workflow. The performance tuning data structures and machine learning improved efficiency and scalability of reliable complex analytics procedures.
The fully automated analytics made in-silico target validation as rapid as possible. Now, the Aigenpulse Platform offers real time data analysis and generates reports upon every data import.
The Aigenpulse Platform integration cut down the data analysis timeframe from 3-4 weeks to real time. The fully automated in-silico validation routine increased data processing efficiency, and it keeps saving our client’s time.
In this case, our client needed the Aigenpulse Platform to identify targets for biologics development. Now they have a tool to efficiently choose and progress validated leads, without wasting time on lengthy analytics or loosing promising signals across large datasets.


I have problem with device SG 300-28. When I try to set port mirroring I get following message: “Lock port Dynamic Enable prevents executing Copy Port Enable”. This message is displayed as in web-interface, as in lcli mode. This is output from the console:
SW(config-if)#port monitor gi15
Port gi16: Lock port Dynamic Enable prevents executing Copy Port Enable
Both ports are in the same VLAN (if it matters). Which command prevents executing “port monitor” ?
You're getting this error because port security is enabled on the port you are trying to mirror. Once you unlock this port and make sure your destination port is vlan 1 then you shouldn't have any problems setting up mirroring.
Sx550X, Sx350X, Sx250: PSE will Supply Power to Catalyst PSE Ports
May 31, 2016
June 5, 2017
Configure Remote Network Monitoring (RMON) Events Control Settings on a Switch through the Command Line Interface (CLI)
Remote Network Monitoring (RMON) was developed by the Internet Engineering Task Force (IETF) to support...


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MISIS – March 12, 2018: Physicists from the NUST MISIS Laboratory of Superconducting Metamaterials and two Institutes of the Russian Academy of Sciences have created the world’s highest quality signal booster for quantum computers. The device can also be used in radio telescopes and other devices that work with super-weak radio emission.
The qubit state is one of the most difficult tasks when creating a quantum computer and the challenge is not only due to the small energies of readable photons but also the strange noises which change the system state. A signal amplifier which allows scientists to better read information about photons is an integral part of such systems. However, it usually brings a large part of noises that reduce the accuracy of the computations. That is why, to increase the probability of getting the correct solution, scientists have to conduct thousands of similar computations. Despite the fact that it is much faster than in regular computers, to reduce the number of computations and to further improve their speed, researchers are working on improving the accuracy of the computations. Hence why the creation of an amplifier with a minimal noise level has become one of key tasks of creating quantum computers. Several world leading laboratories have already offered their solutions but there is no way to utilize these developments. Now, Russian scientists have also managed to get a better grasp of this technology.
“For the first time in the world, scientists from the NUST MISIS Laboratory of Superconducting Metamaterials, led by Professor Alexey Ustinov, together with their colleagues from the Institute of Solid State Physics and the Institute of Radio-Engineering & Electronics, have developed a superconducting amplifier of the signal from a qubit; this amplifier emits the lowest possible noise level. This world-class development has commercial potential: the created amplifiers can be used in radio telescopes”, said Alevtina Chernikova, Rector of NUST MISIS.
And according to Professor Karpov, it is impossible to create a completely soundless amplifier because even a vacuum makes a background noise: from time to time a pair of particle-antiparticles is born, and subsequently dies there. These vacuum fluctuations cause chaos in the system. That is why the minimum noise level that can be reached while creating superconducting elements is equal to the vacuum. This level is called the quantum limit. NUST MISIS scientists have managed to achieve it by replacing the material — from which the amplifier is created — with a superconductor.
“These amplifiers can be used not only in quantum computers but also in other systems from the field of quantum informatics, where the reading mechanism for the quantum state of the system is used. For example, in sensors of space radiation on radio telescopes. As it is impossible to purchase foreign analogues, this development will be in commercial demand at least throughout Russia”, added Karpov.


Ore processing requires physical separation of mineral phases, therefore a chemical characterization cannot by itself solve the problem, and must be complemented by mineralogical characterization of the ore. This task has been traditionally achieved with a reflected light microscope coupled to a point counter device. Modern sem-based Systems are far more performant but very expensive. The automated
AMCO System combines the low price of the optical microscope with the high performance of sem-systems. Automated ore identification and characterization are achieved by AMCO through multi-spectral imaging. The acquired images allow specular reflectance measurement and digital image analysis on a pixel to pixel basis, thus providing all the information required for industrial plants or for research e.g. ore identification, modal analysis, grain size and textural analysis, liberation grade, etc..


April 5, 2011
ANN ARBOR, Mich. -- The University of Michigan Athletics Department has partnered with TS Sports/Lighthouse for its scoreboard replacement project. TS Sports/Lighthouse will be providing new state-of-the-art video displays and scoring systems at Michigan Stadium, Crisler Arena and Yost Ice Arena.
"We are excited to partner with TS Sports on new, state-of-the-art scoreboards for our three largest venues," said U-M director of athletics Dave Brandon. "Our goal is to set a new, higher standard for our fans' viewing experience and the game day atmosphere we create in our venues. These boards will be an important first step in achieving that goal."
TS Sports/Lighthouse is a leading LED video board company that specializes in video displays, scoring systems, installation and long-term service. Its turn-key visual solutions are created for a variety of applications including outdoor stadiums, indoor arenas, collegiate facilities and professional venues.
TS Sports/Lighthouse recently installed video display systems at American Airlines Center, home of the NBA's Dallas Mavericks and the NHL's Dallas Stars. The Bradley Center, home of the Milwaukee Bucks, also recently chose TS Sports for its system. On the college front, TS Sports has recently completed projects at the University of Oregon, University of Connecticut and Ohio State University.
The demolition and removal of the existing video boards began in March. Over the next several months, TS Sports will install in both end zones of Michigan Stadium LED screens that will be 40 percent larger than the previous system. The new video screens will be 47 feet tall by 85 feet wide. The Big House upgrade will be completed in August prior to the 2011 season.
"TS Sports is very excited about partnering with the University of Michigan on their LED video display upgrades," said president and CEO Garry Waldrum. "Michigan Stadium features our new Impact 16 video product from Lighthouse Technologies. The Impact 16 will provide Wolverine fans with the latest technology and clearest video image in college sports."
The new video display at the "Big House" features:
Two Lighthouse Impact 16 video displays measuring more than 4,000 square feet each
» Resolution: 900 x 1632
New custom scoring system
New custom system enclosure
» Size: 62' (h) x 108' (w)
In conjunction with Phase I of the Crisler Arena renovations, TS Sports will replace the current center-hung scoreboard that was installed in 1998.
"The new video system at Crisler Arena is a basketball fan's dream," said TS Sports vice president of sales Matt Ritter. "The system will feature 14 LED video displays from Lighthouse Technology tracking all major events throughout the game -- instant replays, fan shots, hustle stats, animations, graphics and much more."
The new center-hung at Crisler Arena will consist of 14 LED video displays:
- Four 12' x 16.8' Pi10 10mm main displays
- Four 6.28' x 16.8' Pi10 10mm scoring displays
- Four 6.28' x 6.3' Pi10 10mm advertising displays
- One 2.1' x 81.9' Pi10 10mm top video ring display
- One 2.1' x 44.1' Pi10 10mm bottom video ring display
Yost Ice Arena
For the first time in its history Yost Ice Arena will get a facelift that will include LED video displays for the arena.
The new center-hung at Yost Ice Arena will consist of nine LED video displays:
- Four 13' x 16.8' Pi10 main displays
- Four 12.5' x 6'6' F16 corner displays
- One 2.5' x 75.59' F16 video ring display
Michigan Sports Television Production Studio
The project also includes the conversion to high-definition video equipment. Due to the construction at Crisler Arena, the Michigan Sports Television Production Studio, which manages and controls the video boards, will be relocated to Michigan Stadium until the arena is completed in 2013-14.
About TS Sports:
TS Sports, founded in 1997 and based in Dallas, Texas, is an electronic video board supplier that provides state-of-the art light-emitting diode (LED) technology. TS Sports' innovative video boards are of the highest quality in the industry, and the company prides itself on being a unique "one-stop shop" for its customers. TS Sports also installs and services scoreboards, advertising panels, electronic message centers, sound systems, control rooms, and advertising and naming rights. The company works with clients on projects from start to finish beginning with the design stage, then production and finally installation. Post installation, TS Sports offers the best service and response times in the industry. For more information about TS Sports, please visit www.ts-sports.com.
Regents Approve New HD Video Boards for Big House, Crisler, Yost (Jan. 20, 2011)
Media Contact: David Ablauf (734) 763-4423


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|Mapping constrained optimization problems to quantum annealing with application to fault diagnosis
|Year of Publication
|Bian, Z, Chudak, F, Israel, R, Lackey, B, Macready, WG, Roy, A
Current quantum annealing (QA) hardware suffers from practical limitations such as finite temperature, sparse connectivity, small qubit numbers, and control error. We propose new algorithms for mapping boolean constraint satisfaction problems (CSPs) onto QA hardware mitigating these limitations. In particular we develop a new embedding algorithm for mapping a CSP onto a hardware Ising model with a fixed sparse set of interactions, and propose two new decomposition algorithms for solving problems too large to map directly into hardware.