Analysis of the key techniques in polarization feature extraction and correction

Chengguang Cui, Xiaohong Zhang, Xiaolin Liu, Mengxu Li, Shengjie Zhang
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Abstract

The extraction of polarization features is the key to the further application of remote sensors. For conventional remote sensing, the evaluation method of polarization characteristics is polarization sensitivity, which needs to be obtained through polarization testing. For polarization remote sensing, it is necessary to obtain the polarization characteristics of the instrument through polarization calibration. Polarization correction requires not only the measurement of the polarization characteristics of the target, but also the calibration of the polarization characteristics of the instrument, and the ultimate goal is to eliminate the polarization response of the instrument. Therefore, it is necessary to carry out research on polarization feature extraction and correction technology. This paper mainly discusses the difficulties and technical approaches of current polarization feature extraction and correction, analyzes the key technologies and related progress, and provides important reference value for further improving the quantitative acquisition of target information.
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偏振特征提取和校正关键技术分析
极化特征的提取是遥感器进一步应用的关键。对于传统遥感来说,偏振特性的评估方法是偏振灵敏度,需要通过偏振测试来获得。对于偏振遥感,则需要通过偏振校正来获得仪器的偏振特性。偏振校正不仅需要测量目标的偏振特性,还需要校正仪器的偏振特性,最终目的是消除仪器的偏振响应。因此,有必要开展偏振特征提取与校正技术的研究。本文主要探讨了当前偏振特征提取与校正的难点和技术途径,分析了其中的关键技术和相关进展,为进一步提高目标信息的定量获取提供了重要的参考价值。
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