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Novel Feature Extractions Method of Full Polarimetric SAR Imagery for Automatic Target Recognition

机译:用于自动目标识别的全极化SAR图像特征提取新方法

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摘要

Synthetic aperture radar (SAR) is efficient for high resolution imaging analysis even in adverse weather or darkness situations. There are various approaches for automatic target recognition (ATR) of SAR images aiming at monitoring unidentified ships or aircrafts. In addition, various types of analyses using full polarimetric data have been developed recently because it can provide valuable information to identify structure of targets, such as vegetation, urban, sea surface areas. This paper proposes a novel feature extraction method for SAR ATR issues, in exploiting full polarimetric SAR data, where a signal to noise ratio (SNR) level for each polarimetric SAR image is appropriately considered in target area extraction. The experimental data, assuming 1/100 scale model of X-band radar, demonstrate that our proposed method significantly improves an accuracy of feature extraction and classification by SOM-based ATR method, even in severely noisy situations.
机译:合成孔径雷达(SAR)即使在不利的天气或黑暗情况下也能高效地进行高分辨率成像分析。 SAR图像的自动目标识别(ATR)有多种方法,旨在监视未识别的船只或飞机。另外,最近开发了使用全极化数据的各种类型的分析,因为它可以提供有价值的信息来识别目标的结构,例如植被,城市,海表面积。本文提出了一种新的针对SAR ATR问题的特征提取方法,该方法利用了完整的极化SAR数据,其中在目标区域提取中适当考虑了每个极化SAR图像的信噪比(SNR)水平。假设X波段雷达为1/100比例模型,实验数据表明,即使在噪声严重的情况下,我们提出的方法也可以显着提高基于SOM的ATR方法进行特征提取和分类的准确性。

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