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Image quality enhancement and computation acceleration of 3D holographic display using a symmetrical 3D GS algorithm

机译:使用对称3D GS算法增强3D全息显示器的图像质量并提高计算速度

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摘要

The 3D Gerchberg-Saxton (GS) algorithm can be used to compute a computer-generated hologram (CGH) to produce a 3D holographic display. But, using the 3D GS method, there exists a serious distortion in reconstructions of binary input images. We have eliminated the distortion and improved the image quality of the reconstructions by a maximum of 486%, using a symmetrical 3D GS algorithm that is developed based on a traditional 3D GS algorithm. In addition, the hologram computation speed has been accelerated by 9.28 times, which is significant for real-time holographic displays.
机译:3D Gerchberg-Saxton(GS)算法可用于计算计算机生成的全息图(CGH),以生成3D全息显示。但是,使用3D GS方法,在二进制输入图像的重建中存在严重的失真。通过使用基于传统3D GS算法开发的对称3D GS算法,我们消除了失真,并最大程度地提高了486%的重建图像质量。此外,全息图的计算速度已提高了9.28倍,这对于实时全息显示而言意义重大。

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