🗊Презентация Parallel programming technologies on hybrid architectures

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Parallel programming technologies on hybrid architectures
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Parallel programming technologies on hybrid architectures

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Goal: Efficient parallelization of complex numerical problems in computational physics
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Goal: Efficient parallelization of complex numerical problems in computational physics

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«Lomonosov» Supercomputer , MSU
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«Lomonosov» Supercomputer , MSU

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«Tornado SUSU» Supercomputer, South Ural State University, Russia
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«Tornado SUSU» Supercomputer, South Ural State University, Russia

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What we see: modern Supercomputers are hybrid with heterogeneous nodes Multiple CPU cores with share memory Multiple GPU
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What we see: modern Supercomputers are hybrid with heterogeneous nodes Multiple CPU cores with share memory Multiple GPU

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In the last decade novel computational facilities and technologies has become available: MPI-OpenMP-CUDA-OpenCL...
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In the last decade novel computational facilities and technologies has become available: MPI-OpenMP-CUDA-OpenCL...

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Compilation tools are a part of CUDA SDK NVIDIA CUDA Compiler Driver NVCC Full information http://docs.nvidia.com/cuda/cuda-compiler-driver-nvcc/#axzz37LQKVSFi
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Compilation tools are a part of CUDA SDK NVIDIA CUDA Compiler Driver NVCC Full information http://docs.nvidia.com/cuda/cuda-compiler-driver-nvcc/#axzz37LQKVSFi

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Time-Dependent Schrödinger equation governs the physics of trapped ultra-cold atomic clouds
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Time-Dependent Schrödinger equation governs the physics of trapped ultra-cold atomic clouds

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All the terms of the Hamiltonian are under experimental control and can be manipulated
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All the terms of the Hamiltonian are under experimental control and can be manipulated

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Dynamics N=100: sudden displacement of trap and sudden quenches of the repulsion in 2D arXiv:1312.6174
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Dynamics N=100: sudden displacement of trap and sudden quenches of the repulsion in 2D arXiv:1312.6174

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List of Applications
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List of Applications

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