[Mono-list] SciMark2 benchmark in F#
Rodrigo Cuevas
bellinux at gmail.com
Tue Jan 20 18:27:58 EST 2009
More benchmark Mono 2.0 vs Java 6 Server
http://shootout.alioth.debian.org/u64q/benchmark.php?test=all&lang=csharp&lang2=java
Regards.
Rodrigo Cuevas.
Alan McGovern escribió:
> Just for comparison, the java scores as from
> http://math.nist.gov/scimark2/run.html :
>
> FFT: 206 MFLOPS
> SOR: 511.8 MFLOPS
> MonteCarlo: 57.2 MFLOPS
> Sparse: 287.3 MFLOPS
> LU 395.4 MFLOPS
> Composite: 291.7 MFLOPS
>
> Alan.
>
> On Tue, Jan 20, 2009 at 10:05 PM, Alan McGovern
> <alan.mcgovern at gmail.com <mailto:alan.mcgovern at gmail.com>> wrote:
>
> Hi,
>
> Here are the results of running that assembly on several
> platforms/clrs on an original Macbook, 1.86ghz core2duo. The tests
> were executed in native windows and native opensuse. I didn't
> bother with native macos.
>
> *MS.NET <http://MS.NET>*
> FFT (1024): 245.115 MFLOPS
> SOR (100): 469.531 MFLOPS
> MonteCarlo (1024): 92.4046 MFLOPS
> Sparse (1000): 298.298 MFLOPS
> LU arrays (100): 547.227 MFLOPS
> Composite: 330.515165 MFLOPS
> *
> Mono r123727, essentially mono 2.2 (opensuse 11.1)*
> FFT (1024): 137.558 MFLOPS
> SOR (100): 254.216 MFLOPS
> MonteCarlo (1024): 73.4233 MFLOPS
> Sparse (1000): 213.333 MFLOPS
> LU arrays (100): 265.113 MFLOPS
> Composite: 188.728742 MFLOPS
>
> *Mono 2.0 (Windows)*
> FFT (1024): 85.3681 MFLOPS
> SOR (100): 236.843 MFLOPS
> MonteCarlo (1024): 13.4164 MFLOPS
> Sparse (1000): 219.993 MFLOPS
> LU arrays (100): 192.3 MFLOPS
> Composite: 149.584219 MFLOPS
> *
> Mono 2.0 (opensuse 11.1)*
> FFT (1024): 78.063 MFLOPS
> SOR (100): 293.207 MFLOPS
> MonteCarlo (1024): 15.5201 MFLOPS
> Sparse (1000): 148.81 MFLOPS
> LU arrays (100): 290.62 MFLOPS
> Composite: 165.243985 MFLOPS
>
> A quick overview tells us that with the old JIT was 2x-6x slower
> than MS.NET <http://MS.NET> and with the new jit performance goes
> from 0.25x-2x slower. The test that used to be 6x slower is now
> only 0.25x slower. Things have improved greatly since you
> originally ran your benchmark so it's definitely not accurate to
> call mono 3x slower than MS.NET <http://MS.NET> anymore. 1.5x
> slower would be a nice median.
>
> Taking a slightly more detailed view tells us a few more
> interesting things. Compare mono 2.0 (windows) to mono 2.0
> (opensuse). The exact same version of mono ranges between 1.5x
> faster on linux (LU arrays) to 1.5x slower on linux (SPARSE). What
> this tells us is that there appears to be differences in the
> platform itself which make a difference performance-wise.
>
> It'd be great if someone could compare mono 2.2 (or higher) on
> windows with MS.NET <http://MS.NET> and see what the performance
> delta is when running on the same platform. So yes, this tells us
> that there is still room for improvement with mono, but it's not
> as huge as was originally stated.
>
> Alan.
>
>
> On Tue, Jan 20, 2009 at 5:50 PM, Jon Harrop <jon at ffconsultancy.com
> <mailto:jon at ffconsultancy.com>> wrote:
>
>
> I ported the famous SciMark2 benchmark suite:
>
> http://math.nist.gov/scimark2/
>
> from Java to F# and put it up here:
>
> http://www.ffconsultancy.com/tmp/SciMark2.zip
>
> Mono 2.0 runs this code ~3x slower than .NET does and, in
> particular, the
> integer benchmark ("Monte Carlo") is over 6x slower on Mono.
>
> Regards,
> --
> Dr Jon Harrop, Flying Frog Consultancy Ltd.
> http://www.ffconsultancy.com/?e
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