Видео ютуба по тегу Pyopencl

UA PYCON 2012. Tomasz Rybak. PyOpenCL - unleash your GPU with the help of Python
UA PYCON 2012. Tomasz Rybak. PyOpenCL - unleash your GPU with the help of Python
GPU programming with PyOpenCL and PyCUDA (2)
GPU programming with PyOpenCL and PyCUDA (2)
Лекция 12. PyOpenCL, CUDA, multi-GPU (Вычисления на видеокартах)
Лекция 12. PyOpenCL, CUDA, multi-GPU (Вычисления на видеокартах)
pyopencl nbody 1
pyopencl nbody 1
PyOpenCL PyOpenGL memory sharing demo
PyOpenCL PyOpenGL memory sharing demo
Parallel Programming with (Py)OpenCL for Fun and Profit
Parallel Programming with (Py)OpenCL for Fun and Profit
Лекция 12. Всякое-превсякое: как оптимизировать код, поддержка CUDA, multi-GPU, PyOpenCL
Лекция 12. Всякое-превсякое: как оптимизировать код, поддержка CUDA, multi-GPU, PyOpenCL
The Euler equations in 3D with iPython and pyopencl
The Euler equations in 3D with iPython and pyopencl
GPU programming with PyOpenCL and PyCUDA (4)
GPU programming with PyOpenCL and PyCUDA (4)
GPU acceleration in Python
GPU acceleration in Python
The shallow water equations in 2D with iPython and pyopencl
The shallow water equations in 2D with iPython and pyopencl
Mastering PyOpenCL: A Step-by-Step Guide to Matrix Multiplication
Mastering PyOpenCL: A Step-by-Step Guide to Matrix Multiplication
GPU programming with PyOpenCL and PyCUDA (1)
GPU programming with PyOpenCL and PyCUDA (1)
GPU programming with PyOpenCL and PyCUDA (3)
GPU programming with PyOpenCL and PyCUDA (3)
Fluid-Simulation für VFX mit PyOpenCl
Fluid-Simulation für VFX mit PyOpenCl
nbody simulation using pyopencl and pyopengl
nbody simulation using pyopencl and pyopengl
Hands-On GPU Computing with Python | 7. Working with ROCm and PyOpenCL
Hands-On GPU Computing with Python | 7. Working with ROCm and PyOpenCL
pyopencl nbody 3
pyopencl nbody 3
The linear wave equation in 2D with iPython and pyopencl
The linear wave equation in 2D with iPython and pyopencl
Установка pyopencl для вычислений на видеокарте
Установка pyopencl для вычислений на видеокарте
Understanding tinygrad internals using PyOpenCL
Understanding tinygrad internals using PyOpenCL
High Performance with Python: Architectures, Approaches & Applications | ScyPy 2016 |Klockner
High Performance with Python: Architectures, Approaches & Applications | ScyPy 2016 |Klockner
R0 DAY03-03 Kernel-mapper (Tool to simplify the use of PyOpenCL) - Kilik Kuo (PyCon APAC 2015)
R0 DAY03-03 Kernel-mapper (Tool to simplify the use of PyOpenCL) - Kilik Kuo (PyCon APAC 2015)