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Fast computer simulation of reconstructed image from rainbow hologram based on GPU

机译:基于GPU的彩虹全息图重建图像的快速计算机仿真

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摘要

A fast computer simulation solution for rainbow hologram reconstruction based on GPU is proposed. In the commonly used segment Fourier transform method for rainbow hologram reconstruction, the computation of 2D Fourier transform on each hologram segment is very time consuming. GPU-based parallel computing can be applied to improve the computing speed. Compared with CPU computing, simulation results indicate that our proposed GPU computing can effectively reduce the computation time by as much as eight times.
机译:提出了一种基于GPU的彩虹全息图快速计算机仿真解决方案。在用于彩虹全息图重建的常用分段傅立叶变换方法中,在每个全息图分段上进行二维傅立叶变换的计算非常耗时。可以应用基于GPU的并行计算来提高计算速度。与CPU计算相比,仿真结果表明我们提出的GPU计算可以有效地将计算时间减少多达八倍。

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