... | ... | @@ -4,4 +4,6 @@ DKS OPAL module provides CUDA and OpenMP implementations for algorithms that all |
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For the FFT Poisson solver DKS contains a FFT module, that allows to perform the Fast Fourier transformations on the accelerator. For GPU devices DKS uses cuFFT library provides by Nvidia, while for Intel MIC DKS uses Intels MKL library. Additionally FFT Poisson solver requires calculation of Greens function and element by element multiplication of arrays. DKS contains optimized CUDA and OpenMP implementations of these algorithms.
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In order to perform Monte Carlo simulations for particle matter interaction, DKS contains CUDA and OpenMP codes for energy loss and Coulomb scattering calculations. For random numbers DKS uses Nvidias cuRand library and Intels MKL VSL library. In addition DKS provides function to move dead particles to the end of the array, this is done by a loop on the Intel MIC and using Thrust library to sort the array on the GPU. |
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In order to perform Monte Carlo simulations for particle matter interaction, DKS contains CUDA and OpenMP codes for energy loss and Coulomb scattering calculations. For random numbers DKS uses Nvidias cuRand library and Intels MKL VSL library. In addition DKS provides function to move dead particles to the end of the array, this is done by a loop on the Intel MIC and using Thrust library to sort the array on the GPU.
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Full list of DKSImageReconstruciton module functions are available in DKS documentation. |
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