Tomasz Rybak tomasz.ry...@post.pl writes:
Hello.
For some time I've been working on adding new features from CURAND
into PyCUDA ( g...@github.com:rybaktomasz/pycuda.git branch curand-41)
I have added MRG32k3a, and poisson generation to all existing classes.
Branch contains documentation and
Dnia 2013-06-21, pią o godzinie 02:17 -0400, Andreas Kloeckner pisze:
Tomasz Rybak tomasz.ry...@post.pl writes:
Hello.
For some time I've been working on adding new features from CURAND
into PyCUDA ( g...@github.com:rybaktomasz/pycuda.git branch curand-41)
I have added MRG32k3a, and
Hello.
For some time I've been working on adding new features from CURAND
into PyCUDA ( g...@github.com:rybaktomasz/pycuda.git branch curand-41)
I have added MRG32k3a, and poisson generation to all existing classes.
Branch contains documentation and tests - and all tests pass on my
hardware.
I was
Dnia 2010-12-15, śro o godzinie 00:30 +0100, Tomasz Rybak pisze:
Dnia 2010-12-14, wto o godzinie 01:14 +0100, Tomasz Rybak pisze:
Dnia 2010-12-10, pią o godzinie 01:05 +0100, Tomasz Rybak pisze:
Hello.
NVIDIA introduced library CURAND in CUDA 3.2.
It allows for generating pseudo-random
Dnia 2010-12-10, pią o godzinie 01:05 +0100, Tomasz Rybak pisze:
Hello.
NVIDIA introduced library CURAND in CUDA 3.2.
It allows for generating pseudo-random numbers on GPU.
CURAND library consists of two parts - host part, and device
part.
The latter is set of __device__ kernels that can be
