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UWB imaging Using Computational FDTD TR and TRO Methods

机译:使用计算FDTD TR和TRO方法的UWB成像

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Time reversal (TR) imaging technique is a good candidate to detect and locate multiple targets in complex environment. The traditional TR imaging technique is to find the spatiotemporal focal point through retransmission of the time-reversed signals by TRM (time reversal mirror) to the interest region. Other methods are based on the so called TR operator (TRO), which include the Decomposition Operator of TR (DORT) and the TR MUltiple SIgnal Classification (TR-MUSIC) techniques. The performance of traditional TR imaging and TRO imaging methods was studied and compared through FDTD method in this letter. The results shows that the conventional TR imaging and DORT method have limited capability to separate closed located targets, while TR-MUSIC has super resolution capability.
机译:时间逆转(TR)成像技术是一种良好的候选者,用于检测复杂环境中的多个目标。传统的TR成像技术是通过将TRM(时间反射镜)转换到兴趣区域的时间反转信号来找到时空焦点。其他方法基于所谓的TR操作员(TRO),其包括TR(DORORT)的分解操作员和TR多信号分类(TR-Music)技术。研究了传统TR成像和TRO成像方法的性能,并通过这封信中的FDTD方法进行了比较。结果表明,传统的TR成像和DORT方法能够分离闭合所定位的目标的能力有限,而TR-Music具有超级分辨率的能力。

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