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Radar Target Recognition Based on Polarization Invariant

机译:基于极化不变的雷达目标识别

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With the development of radar full polarization measurement technology, target recognition using polarization information has become a research hotspot. Polarization invariants can be used to characterize a target, which can directly indicate the physical property of targets. Previous target recognition research has focused on missiles or aircrafts, but ground vehicles are also a very important category in military targets. In this paper, two tank models were simulated by using FEKO software. The polarization invariants obtained from simulation data are used as an recognition data set. Comparing the results from three different types of recognition algorithms, the average recognition accuracy based on BP neural network is higher than KNN and SVM methods.
机译:随着雷达全极化测量技术的发展,使用偏振信息的目标识别已成为研究热点。偏振不变性可用于表征目标,其可以直接指示目标的物理性质。以前的目标识别研究专注于导弹或飞机,但地面车辆也是军事目标中非常重要的类别。在本文中,使用Feko软件模拟了两个罐模型。从模拟数据获得的偏振不变性用作识别数据集。比较三种不同类型识别算法的结果,基于BP神经网络的平均识别精度高于KNN和SVM方法。

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