GPU Metaprogramming using PyCUDA: Methods & Applications

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Publié par

guillaume_pouillet

Publié le

24 juin 2011

Nombre de lectures

385

Langue

English

Poids de l'ouvrage

3 Mo

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Publié par

guillaume_pouillet

Publié le

24 juin 2011

Nombre de lectures

385

Langue

English

Poids de l'ouvrage

3 Mo

Why GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives GPU Metaprogramming using PyCUDA: Methods & Applications Andreas Kl ockner Division of Applied Mathematics Brown University Nvidia GTC October 2, 2009 Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Thanks Tim Warburton (Rice) Jan Hesthaven (Brown) Nicolas Pinto (MIT) Hendrik Riedmann (Stuttgart/Brown) PyCUDA contributors Nvidia Corporation Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Outline 1 Why GPU Scripting? 2 Scripting CUDA 3 GPU Run-Time Code Generation 4 DG on GPUs 5 Perspectives Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Outline 1 Why GPU Scripting? Combining two Strong Tools 2 Scripting CUDA 3 GPU Run-Time Code Generation 4 DG on GPUs 5 Perspectives Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Combining two Strong Tools How are High-Performance Codes constructed? \Traditional" Construction of High-Performance Codes: C/C++/Fortran Libraries \Alternative" Construction of High-Performance Codes: Scripting for ‘brains’ GPUs for ‘inner loops’ Play to the strengths of each programming environment. Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Combining two Strong Tools Scripting: Means A scripting language. . . is discoverable and interactive. has comprehensive built-in functionality. manages resources automatically. is dynamically typed. works well for \gluing" lower-level blocks together. Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Combining two Strong Tools Scripting: Interpreted, not Compiled Program creation work ow: Edit Compile Link Run Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Combining two Strong Tools Scripting: Interpreted, not Compiled Program creation work ow: Edit Compile Link Run Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Combining two Strong Tools Scripting: Interpreted, not Compiled Program creation work ow: Edit Compile Link Run Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & ApplicationsWhy GPU Scripting? Scripting CUDA GPU RTCG DG on GPUs Perspectives Combining two Strong Tools Scripting: Python One example of a scripting language: Python Mature Large and active community Emphasizes readability Written in widely-portable C A ‘multi-paradigm’ language Andreas Kl ockner Applied Math Brown University GPU Metaprogramming using PyCUDA: Methods & Applications

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