original: For systems using digital signal processing, developers may use a math workbench such as Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica to simulate the mathematics.
simplifications: For systems using digital signal processing, developers may use a math workbench to mimic mathematics. For systems using digital signal processing, developers may use a Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica to simulate the mathematics. Developers may use a math workbench for simulations in systems using digital signal processing, Developers may use a math workbench such as Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica to simulate the mathematics. This is common for digital signal processing. For systems using digital signal processing, developers may use a math workbench to simulate the mathematics. Examples include Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica. For systems using digital signal processing, developers may use a math workbench to simulate the mathematics. This includes Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica. For systems that use digital signal processing, developers can use a math workbench to simulate the mathematics. Developers use math softwares such as Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica to simulate the mathematics for systems using digital signal processing. For systems using digital signal processing, developers may use a math workbench  to simulate the mathematics. This includes, Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica Creators may use a math tool box such as Scilab / Scicos, MATLAB / Simulink, EICASLAB, MathCad, or Mathematica to mimic math for devices using digital signal sort out.