Using checkerboard rendering and deconvolution to eliminate checkerboard artifacts in images generated by neural networks

Xiaofeng Gu, Jia Liu, Xiexin Zou, Ping Kuang
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Abstract

The images generated by deep neural networks is clear, but when the observers watch very closely at these images, they often see some checkerboard patterns of artifacts, in this paper, we analyzed the causes of this phenomenon of checkerboard artifacts, and we have found a solution to the problem, deconvolution and checkerboard rendering can provide a method to eliminate the checkerboard artifacts and make the images more distinct. Experimental results show that we have provided to use solution that improves the quality of many approaches to generating images with deep neural networks.
利用棋盘绘制和反卷积消除神经网络生成的图像中的棋盘伪影
深度神经网络生成的图像是清晰的,但是当观察者仔细观察这些图像时,往往会看到一些棋盘图形的伪影,本文分析了这种棋盘伪影现象的原因,并找到了解决问题的方法,反卷积和棋盘渲染可以提供一种消除棋盘伪影的方法,使图像更加清晰。实验结果表明,我们提供了一种解决方案,提高了使用深度神经网络生成图像的许多方法的质量。
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