Radar Sea Clutter Feature Classification Based on Machine Learning

Qihang Zhou, Hui Xu, Zhicheng Wang, Zhijun Zhang, Xian Zhang
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Abstract

The Marine environment is complex and changeable. The classification of sea clutter and target detection are the most important parts in the signal processing of sea detection radar. A large number of researches have been carried out at home and abroad to identify radar clutter by extracting different features. Machine learning is a common method. In this paper, SVM algorithm and DNN algorithm were respectively used to classify the short-range and medium-range clutter. By taking the measured sea clutter data as the training input, three power spectral features were extracted, which achieved high detection accuracy. Considering the training sample number, operation efficiency and detection accuracy, the application scope of the two machine learning methods is compared, and it is pointed out that the machine learning is of great significance for advancing the intelligent classification and identification of sea clutter.
基于机器学习的雷达海杂波特征分类
海洋环境复杂多变。海杂波分类和目标检测是海探测雷达信号处理的重要环节。通过提取不同特征来识别雷达杂波,国内外进行了大量的研究。机器学习是一种常用的方法。本文分别采用SVM算法和DNN算法对近程杂波和中程杂波进行分类。将实测海杂波数据作为训练输入,提取3个功率谱特征,达到了较高的检测精度。从训练样本数量、操作效率和检测精度等方面比较了两种机器学习方法的应用范围,指出机器学习对推进海杂波的智能分类识别具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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