lopers program, I can modify
skcuda.linalg.eig to use cusolver instead of cula.
--
Lev E. Givon, PhD
http://lebedov.github.io
___
PyCUDA mailing list
PyCUDA@tiker.net
https://lists.tiker.net/listinfo/pycuda
ort vectors such as those you are processing if you are
loading a new vector into GPU memory at every iteration. You probably
will see better performance processing your vectors in parallel on the
CPU using something like Python's multiprocessing module or dask
distributed (https://distributed.readthedocs.io/en/latest/).
- Since you are using single precision floats, you will see
differences in the CUDA/numpy results because of internal
implementation differences.
--
Lev E. Givon, PhD
http://lebedov.github.io
___
PyCUDA mailing list
PyCUDA@tiker.net
https://lists.tiker.net/listinfo/pycuda
o want to take a look at
numba's GPU support (http://numba.pydata.org).
--
Lev E. Givon, PhD
http://lebedov.github.io
___
PyCUDA mailing list
PyCUDA@tiker.net
https://lists.tiker.net/listinfo/pycuda
On Tue, Mar 13, 2018 at 9:48 AM, wrote:
> Hello,
>
>
> I do not have experience in GPU(CUDA) computation.
>
> I googled a lot, but I did not find how to calculate the covariance on the
> GPU using pycuda or skcuda.
>
> All I found is the following code snippet
>
> https://github.com/OrangeOwlSolu