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<p style="text-align: center"><span style="font-size:larger">Computational species '''"bw filter simplified less"''' ({{CREF|45741e3fbcf4024b:1db78910464c9d05}})</span></p>
 
<p style="text-align: center"><span style="font-size:larger">Computational species '''"bw filter simplified less"''' ({{CREF|45741e3fbcf4024b:1db78910464c9d05}})</span></p>
  
== Notes ==
+
== Notes<br/> ==
 +
 
 
Some cost-aware experiments (execution time, size, energy) performed by {{FGG}}. It supports our research on code optimization and compiler benchmarking (regression detection).
 
Some cost-aware experiments (execution time, size, energy) performed by {{FGG}}. It supports our research on code optimization and compiler benchmarking (regression detection).
 +
 +
This application is a threshold filter - it is used in image converting and in neuron activation functions.
  
 
== Used artifacts ==
 
== Used artifacts ==

Revision as of 08:41, 13 August 2014

Computational species "bw filter simplified less" (CID=45741e3fbcf4024b:1db78910464c9d05)

Notes

Some cost-aware experiments (execution time, size, energy) performed by Grigori Fursin. It supports our research on code optimization and compiler benchmarking (regression detection).

This application is a threshold filter - it is used in image converting and in neuron activation functions.

Used artifacts

  • Compilers:
    • LLVMXYZ = LLVM X.Y.Z
    • GCCXYZ = GCC X.Y.Z
    • MGCCXYZ = MingW X.Y.Z
    • SGCCXYZ = Sourcergy GCC X.Y.Z. for ARM
    • MX = Microsoft Visual Studio compilers X
    • IX = Intel X
  • Run-time kernel repetitions:
    • R1 = 4000
    • R2 = 400

Notes

Energy: 1Wh = 3600 joules

W = mAh * V / 1000 = 1300 * 3.9 / 1000 ~ 5W


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