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 such as scilab / scicos , matlab / simulink , eicaslab , mathcad , or mathematica to simulate the mathematics . developers may use a math workbench such as scilab for digital signal processing systems . 1 . for systems using digital signal processing , developers may use a math workbench such as scilab / scicos , matlab / simulink , eicaslab , mathcad , or mathematica to test the mathematics . for systems using digital signal processing , developers may use a math workbench such as scilab / scicos , matlab / simulink , eicaslab , mathcad , or mathematica to test out -lrb- in a way that 's close to the real thing -rrb- the mathematics . for systems using digital signal processing , developers may use a math workbench such as scilab / scicos , matlab / simulink , eicaslab , mathcad , or mathematica to simulate -lrb- imitate the appearance or character of -rrb- the mathematics . developers can us scilab , scios , matlab , simulink , eicaslab , mathcad or mathematica to simulate mathematics . 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 . 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 .