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Target classification scheme using phase characteristics for automotive FMCW radar

机译:基于FMCW雷达相位特性的目标分类方案

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摘要

Moving target has a non-coherent phase characteristic regardless of micro-Doppler effect caused by body motion, because the movement of the target changes the beat-frequency and its phase. A phase compensation method to remove the phase variations caused by movement is proposed. Using the proposed phase compensation method, it is possible to classify targets as pedestrians or automobiles based on the phase variance because pedestrians and automobiles have non-coherent and coherent phases, respectively. Through applying experimental data, the possibility of target classification is shown.
机译:不管由身体运动引起的微多普勒效应,运动目标都具有非相干相位特性,因为目标的运动会改变拍频及其相位。提出了一种消除运动引起的相位变化的相位补偿方法。使用提出的相位补偿方法,由于行人和汽车分别具有非相干相位和相干相位,因此可以基于相位变化将目标分类为行人或汽车。通过应用实验数据,表明了目标分类的可能性。

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