Hi again,
> It's actually important to have finer grained data for small vectors, > and more spaced points as the data grows bigger : this is why it is > better to choose the sizes according to a a^x law than an a*x one. You > can experiment other values than 2 for a, if you want. If I were you, > I'd probably go with something like : > [int(1.5**x) for x in range(30,45)] > > That is, an increment 1.5 factor from ~190,000 to ~55,000,000 Hmm, 55M elements is a bit too much for the default mode, it would exceed the RAM available on a bunch of mobile GPUs. I'd rather suggest the range ~1k to ~10M elements so that the latency at small vector sizes is also captured. Best regards, Karli ------------------------------------------------------------------------------ _______________________________________________ ViennaCL-devel mailing list ViennaCL-devel@lists.sourceforge.net https://lists.sourceforge.net/lists/listinfo/viennacl-devel
