search for: rjindael

...ks which I think are appropriate, for these (very) low end embedded platforms. The benchmarks that have been chosen: - CRC32, 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 on...

...> (very) low end embedded platforms. > > The benchmarks that have been chosen: > - CRC32, 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 Perhaps you mean any Open Source license? It seems...

...; StatementReordering-dbl: 51.45% > - > > Symbolics-dbl: 51.42% > - > > Recurrences-dbl: 51.38% > - > > Packing-dbl: 51.33% > > LO: > > - > > enc-3des: 50.7% > - > > ecbdes: 46.27% > - > > security-rjindael:45.13% > - > > ControlFlow-flt: 25.79% > - > > ControlFlow-dbl: 25.74% > > MO: > > - > > ecbdes: 28.22% > - > > Expansion-flt: 22.56% > - > > Recurrences-flt: 22.19% > - > > StatementReordering-flt: 2...

I’m River and I’m a compiler engineer at PlayStation. Recently, I’ve been working on an interprocedural outlining (code folding) pass for code size improvement at the IR level. We hit a couple of use cases that the current code size solutions didn’t handle well enough. Outlining is one of the avenues that seemed potentially beneficial. -- Algorithmic Approach -- The general implementation can be