基于深度学习的无人机分类微多普勒信号表示

Julien Gérard, J. Tomasik, C. Morisseau, Arpad Rimmel, G. Vieillard
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引用次数: 10

摘要

有许多表示微多普勒信号的格式。我们的目标是确定哪一个最适合用深度学习对小型无人机(无人机)进行分类。为了实现这一目标,我们将无人机分类结果与给定神经网络的不同微多普勒特征进行比较。这种比较是在一次雷达测量活动中获得的数据上进行的。我们用给定的神经网络来评估我们识别的不同使用条件下的分类性能。根据所进行的实验,推荐的格式是由长期观察得出的光谱,因为它的分类结果对大多数标准都更好。
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Micro-Doppler Signal Representation for Drone Classification by Deep Learning
There are numerous formats which represent the micro-Doppler signature. Our goal is to determine which one is the most adapted to classify small UAV (Unmanned Aerial Vehicules) with Deep Learning. To achieve this goal, we compare drone classification results with the different micro-Doppler signatures for a given neural network. This comparison has been performed on data obtained during a radar measurement campaign. We evaluate the classification performance in function of different use conditions we identified with a given neural network. According to the experiments conducted, the recommended format is a spectrum issued from long observations as its classification results are better for most criteria.
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