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An Issue and Its Processing in PIS Testing

机译:PIS测试中的问题及其处理

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摘要

In PIS (Programmable Imaging System) testing, where the spatial frequency of the spatial light modulator is inconsistent with that of the image device, Morie Fringes are generated. To further develop the PIS instrument, it has to abate the effects of Morie Fringes on the image quality. In this paper, we implemented an approach using spatial filtering in the Fourier Spectrum. Since "ringing" phenomenon is caused by the "notch filter", to prevent it, a multiple-point Gauss Filter based on the "notch filter" has been designed. The tests have indicated that this approach can efficiently reduce the effects of the issue on the image quality, and the images reconstructed are clear and almost free from "ringing",thus reaching the requirements for the instrument.
机译:在PIS(可编程成像系统)测试中,空间光调制器的空间频率与图像设备的空间频率不一致,会生成Morie边缘。为了进一步开发PIS仪器,必须减轻Morie Fringes对图像质量的影响。在本文中,我们实现了一种在傅立叶频谱中使用空间滤波的方法。由于“陷波”现象是由“陷波滤波器”引起的,因此,为了防止这种现象,已经设计了基于“陷波滤波器”的多点高斯滤波器。测试表明,这种方法可以有效减少问题对图像质量的影响,并且重建的图像清晰且几乎没有“振铃”,从而达到了仪器的要求。

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