Classification of moving targets using mirco-Doppler radar

Olee Hoi Ying Lam, R. Kulke, M. Hagelen, G. Mollenbeck
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引用次数: 13

Abstract

Moving targets induce unique micro-Doppler signatures. After conducting several measurements with human, vehicle, UAV and animal as targets using a 24 GHz radar, the micro-Doppler signatures are observed through time-velocity diagrams. A simple set of micro-Doppler features are then selected and extracted from the measurement data. Results show the potential of radar as a ground surveillance applications, which can operate under wide range of weather and lighting conditions with high privacy standards and low false alarm rate. This paper also indicates that with I/Q modulation in radar, the direction of the target's motion can be preserved, thus provides a more detailed description of the measured moving target.
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微多普勒雷达对运动目标的分类
移动目标产生独特的微多普勒信号。利用24 GHz雷达以人、车辆、无人机和动物为目标进行多次测量后,通过时-速度图观察微多普勒特征。然后从测量数据中选择和提取一组简单的微多普勒特征。结果显示雷达作为地面监视应用的潜力,它可以在广泛的天气和照明条件下工作,具有高隐私标准和低误报率。本文还指出,在雷达中采用I/Q调制,可以保持目标的运动方向,从而更详细地描述被测运动目标。
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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