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Low-Resolution Ground Surveillance Radar Target Classification Based on 1D-CNN

机译:基于一维神经网络的低分辨率地面监视雷达目标分类

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The performance of radar automatic target recognition (ATR) highly depends on the quality of training database, theextracted features and classification algorithm. Radar target is detected by the Doppler effect in radar echo signal. Throughprocessing the echo signals in different domains, the distinctive characteristic can be obtained intuitively. Furthermore, wecan utilize the extracted features to complete radar target classification. This paper proposes a novel target recognitionmethod based on 1D-convolution neural network (CNN) aiming at the ATR of low-resolution ground surveillance radar.The proposed approach uses 1D-CNN as feature extractor and softmax layer as classifier. We tested our method on actualcollected database to classify human and car, which reached an accuracy of 98%. Compared with conventional artificialfeature extraction approaches, our model shows better performance and adaptability.
机译:雷达自动目标识别(ATR)的性能高度取决于培训数据库的质量, 提取的特征和分类算法。通过雷达回波信号中的多普勒效应检测雷达靶。通过 处理不同域中的回波信号,可以直观地获得独特特性。此外,我们 可以利用提取的特征来完成雷达目标分类。本文提出了一种新颖的目标识别 基于1D卷积神经网络(CNN)的方法,瞄准低分辨率地面监视雷达ATR。 所提出的方法使用1D-CNN作为特征提取器和SoftMax层作为分类器。我们在实际测试了我们的方法 收集数据库以分类为人类和汽车,达到98%的准确性。与传统人工相比 特征提取方法,我们的模型显示出更好的性能和适应性。

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