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Micro-Motions signatures analysis and extraction

机译:微动签名分析与提取

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摘要

Micro-Doppler features can be regarded as a unique signature of an object with movements which provide additional information for classification, recognition and identification of the object. The common analysis method of Micro-Motion is time-frequency transform. However, the three-dimensional signatures of time-frequency distribution are not convenient to store and distinguish targets. The paper puts forward a general formula to match the signatures of time-frequency which will make the signatures reduce from three-dimensional to two-dimensional. Simulation study show the method is efficient for typical Micro-Motions such as vibration, wobbling, rotation, coning.
机译:可以将微多普勒特征视为具有运动的对象的唯一签名,该运动提供了用于对象的分类,识别和标识的其他信息。 Micro-Motion的常见分析方法是时频变换。但是,时频分布的三维特征不便于存储和区分目标。提出了匹配时频特征的通用公式,使特征从三维降为二维。仿真研究表明,该方法适用于典型的微动,例如振动,摆动,旋转,圆锥运动。

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