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首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Accelerating the calculations of binary detour phase method by integrating both CUDA and Matlab programming for GPU's parallel computations
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Accelerating the calculations of binary detour phase method by integrating both CUDA and Matlab programming for GPU's parallel computations

机译:通过集成CUDA和Matlab编程来加速GPU并行计算的二进制de回相位方法的计算

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摘要

The availability of state of art GPGPU cards can play a promising role in accelerating the calculations of computer generated holograms (CGH) where one of the main problems of generating such holograms is the need for massive amount of calculations. Both CUDA and Matlab can be used alone to fulfill this purpose but using both at the same time gives a number of benefits. This paper is dedicated to present a performance study of applying Fermi-Architecture CUDA-enabled GPGPU card for speeding up the calculations of binary detour phase holograms using both Matlab and CUDA programming.
机译:最先进的GPGPU卡的可用性在加速计算机生成全息图(CGH)的计算中可以发挥有希望的作用,其中生成此类全息图的主要问题之一是需要进行大量计算。 CUDA和Matlab均可单独使用以实现此目的,但同时使用可带来许多好处。本文致力于提供应用Fermi-Architecture CUDA的GPGPU卡以通过Matlab和CUDA编程来加快二元de回相位全息图计算的性能研究。

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