Estimation of the degree of polarization in compact polarimetry

Reza Shirvany, M. Chabert, J. Tourneret
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引用次数: 1

Abstract

The degree of polarization (DoP) has long been recognized as one of the most important parameters characterizing partially polarized electromagnetic waves. This parameter can be effectively used to describe the information content of polarimetric images collected by synthetic aperture radar (SAR) systems. Estimation of DoP is standardly performed using four measurements. In SAR compact polarimetry (CP), however, only two measurements are available. In this paper, we develop maximum likelihood estimators of the DoP, in SAR CP modes, based on only two intensity images. We evaluate and compare the performance of these estimators for different CP modes on RADARSAT-2 polarimetric data, over various terrain types such as urban, vegetation, and ocean.
紧凑偏振法中偏振度的估计
极化度(DoP)一直被认为是表征部分极化电磁波的最重要参数之一。该参数可以有效地描述合成孔径雷达(SAR)系统采集的偏振图像的信息含量。DoP的估计是使用四种测量标准进行的。然而,在SAR紧凑偏振法(CP)中,只有两种测量方法可用。在本文中,我们仅基于两幅强度图像,开发了SAR CP模式下DoP的最大似然估计。我们在RADARSAT-2极化数据上评估和比较了这些估计器在不同地形类型(如城市、植被和海洋)上不同CP模式的性能。
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