{"id":64,"date":"2009-03-22T13:30:23","date_gmt":"2009-03-22T17:30:23","guid":{"rendered":"http:\/\/www.bulletphysics.org\/Bullet\/wordpress\/uncategorized\/gdc-2009-parallel-physics-tutorial-on-cuda-spu-opencl-and-larrabee-optimizations"},"modified":"2009-03-22T13:30:23","modified_gmt":"2009-03-22T17:30:23","slug":"gdc-2009-parallel-physics-tutorial-on-cuda-spu-opencl-and-larrabee-optimizations","status":"publish","type":"post","link":"https:\/\/pybullet.org\/wordpress\/index.php\/2009\/03\/22\/gdc-2009-parallel-physics-tutorial-on-cuda-spu-opencl-and-larrabee-optimizations\/","title":{"rendered":"GDC 2009 Physics Tutorial on CUDA, SPU, OpenCL and Larrabee optimizations"},"content":{"rendered":"

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We have been working for a while on parallel physics optimizations for various platforms. As part of the Math and Physics Tutorial on Tuesday March 24th, Takahiro Harada and Erwin Coumans will do a joint presentation that discusses our experiences how to optimize a rigid body physics pipeline for CUDA, SPU, Larrabee and OpenCL.<\/p>\n