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Analysis of radar micro-motion model

机译:雷达微动模型分析

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摘要

Micro characteristics is essential for radar target recognition. Micro-motion is defined as some dynamics of a target except its main bulk translation. In general, micro-motions are modelled as the sinusoidal forms. However, micro-motions in reality should include more types of movement forms besides the sinusoidal one. This paper establishes the simplest coordinate system according to direction of movement of the target to represent complex micro-motion, so as to achieve approximately simplified model analysis of micro-motion. The mathematical formulas of micro-Doppler induced by targets with arbitrary micro-motion are derived, and examples of several basic and typical micro-motion types are given. Experimental results based on both simulated and measured data validate the effectiveness of the proposed theoretical model.
机译:微观特征对于雷达目标识别至关重要。微运动被定义为目标的一些动力学,除了其主要的整体翻译。通常,微运动被建模为正弦形式。但是,现实中的微动作除了正弦曲线形式外,还应包括更多类型的动作形式。本文根据目标运动的方向建立了最简单的坐标系,以表示复杂的微运动,从而实现了对微运动的近似简化模型分析。推导了具有任意微运动的目标引起的微多普勒的数学公式,并给出了几种基本和典型微运动类型的示例。基于模拟和实测数据的实验结果验证了所提出理论模型的有效性。

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