Displaying 2 results from an estimated 2 matches for "final_benchmark_choice".
2012 Jul 31
2
[LLVMdev] Benchmarks for small embedded platforms
...2, SHA
- Prime sifting
- Integer / floating point matrix multiplication
- Cubic root solver
- 2D convolution, FFT, fast discrete cosine transform
- Dijkstra, Patricia
- Rjindael, Blowfish, Triple DES
- Arithmetic coding (?)
More info at:
http://jpallister.com/wiki/index.php?title=Benchmarks#Final_Benchmark_Choice
These have been chosen because:
- most have code available under the GPL
- they are small enough to fit on the target platforms (the ARM
Cortex-M0 we have only has 64 KiB flash and 8 KiB RAM)
- they are wide ranging enough to exercise most points of all the
target platforms.
Currently I haven&...
2012 Jul 31
0
[LLVMdev] Benchmarks for small embedded platforms
.../ floating point matrix multiplication
> - Cubic root solver
> - 2D convolution, FFT, fast discrete cosine transform
> - Dijkstra, Patricia
> - Rjindael, Blowfish, Triple DES
> - Arithmetic coding (?)
>
> More info at:
> http://jpallister.com/wiki/index.php?title=Benchmarks#Final_Benchmark_Choice
>
> These have been chosen because:
> - most have code available under the GPL
Perhaps you mean any Open Source license? It seems rather pointless to intentionally exclude BSD, MIT, Apache, etc, licenses as well as public domain code.
> - they are small enough to fit on the target pl...