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Total elimination of sampling errors in polarization imagery obtained with integrated microgrid polarimeters

机译:完全消除了使用集成微栅格偏振仪获得的偏振图像中的采样误差

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摘要

Microgrid polarimeters operate by integrating a focal plane array with an array of micropolarizers. The Stokes parameters are estimated by comparing polarization measurements from pixels in a neighborhood around the point of interest. The main drawback is that the measurements used to estimate the Stokes vector are made at different locations, leading to a false polarization signature owing to instantaneous field-of-view (IFOV) errors. We demonstrate for the first time, to our knowledge, that spatially band limited polarization images can be ideally reconstructed with no IFOV error by using a linear system framework.
机译:微网格偏振仪通过将焦平面阵列与微偏振器阵列集成在一起进行操作。通过比较来自关注点附近邻域中像素的偏振测量值来估计斯托克斯参数。主要缺点在于,用于估计斯托克斯矢量的测量是在不同位置进行的,由于瞬时视场(IFOV)误差而导致虚假的极化特征。据我们所知,我们第一次证明了使用线性系统框架可以理想地重建没有IFOV误差的空间波段受限偏振图像。

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