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Simplified model of dismount microDoppler and RCS

机译:拆卸微多普勒和RCS的简化模型

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Our goal is to be able to detect and classify dismounts, but we were lacking a quick way to estimate dismount parameters, especially with respect to angle of motion and depression angle of the radar. Micro-Doppler models have been developed which attempt to predict the human micro-Doppler response, and here we present a simplified model to quickly estimate dismount RCS and some micro-Doppler characteristics across a range of angles of motion. This model was extracted from measured radar data. We focus on modeling and measuring the characteristics of human walking parameters to determine response of dismounts to radar signals. We determine a simple closed form for RCS as a function of angle for walking dismounts as well as several rules of thumb, and we also determine a closed form for front-view micro-Doppler.
机译:我们的目标是能够对拆卸进行检测和分类,但是我们缺少一种快速的方法来估算拆卸参数,尤其是在雷达的运动角度和俯仰角度方面。已经开发了微多普勒模型,该模型试图预测人类的微多普勒响应,在这里,我们提出了一种简化的模型,可以快速估计整个运动角度范围内的拆卸RCS和一些微多普勒特性。该模型是从实测雷达数据中提取的。我们专注于建模和测量人类步行参数的特征,以确定下马对雷达信号的响应。我们确定了RCS的简单闭合形式,它是步行下颌角度以及多个经验法则的函数,并且还确定了前视微多普勒闭合形式。

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