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Given this is a general purpose GPU array library, was wondering if sparse arrays were being considered. Admittedly this is a pretty broad topic. Though am generally interested in thoughts on this topic.
At least for me initially, am interested in leveraging cuSPARSE and clSPARSE. Though having some object models, basic operations, and conversion back and forth between sparse and dense arrays in libgpuarray/pygpu would be really helpful.
The text was updated successfully, but these errors were encountered:
I think it also find here to wrap cusparse/clsparse. It is not in the short
term plan. making sparse computation fast on GPU is pretty hard.
contribution welcome.
On Mon, Jun 26, 2017 at 9:44 AM jakirkham ***@***.***> wrote:
Given this is a general purpose GPU array library, was wondering if sparse
arrays were being considered. Admittedly this is a pretty broad topic.
Though am generally interested in thoughts on this topic.
At least for me initially, am interested in leveraging cuSPARSE
<http://docs.nvidia.com/cuda/cusparse/index.html> and clSPARSE
<https://github.com/clMathLibraries/clSPARSE>. Though having some object
models, basic operations, and conversion back and forth between sparse and
dense arrays in libgpuarray/pygpu would be really helpful.
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Given this is a general purpose GPU array library, was wondering if sparse arrays were being considered. Admittedly this is a pretty broad topic. Though am generally interested in thoughts on this topic.
At least for me initially, am interested in leveraging cuSPARSE and clSPARSE. Though having some object models, basic operations, and conversion back and forth between sparse and dense arrays in libgpuarray/pygpu would be really helpful.
The text was updated successfully, but these errors were encountered: