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Localization of mobile transmitting devices in non Line-of-Sight (NLOS) multipath environments using MIMO radar technology

机译:使用MIMO RADAR技术的非视线(NLOS)多路径环境中的移动传输设备的定位

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Locating mobile transmitting sources in multipath environments becomes a complex and challenging task in the absence of Line-of-Sight (LOS). In this paper we present a novel localization scheme based on the Multiple Input Multiple Output (MIMO) Radar concepts. The proposed scheme aims to locate the ground moving transmitting sources in the environments where LOS is not available. The scheme locates the signal reflecting nodes present in such environments by jointly estimating the Angle of Departure (AOD) and Angle of Arrival (AOA) of the multipath signals. This information is then used to accurately determine the mobile source location by following geometrical approach. The localization of mobile transmitter in the proposed scheme is carried out without any additional intermediate reference sources. This gives the scheme advantage and supremacy over existing schemes in terms of simplicity, cost and performance.
机译:在缺乏视线(LOS)中,定位多路径环境中的移动传输源成为复杂和具有挑战性的任务。本文介绍了一种基于多输入多输出(MIMO)雷达概念的新型定位方案。该方案旨在在洛斯不可用的环境中定位地面移动传输源。该方案通过共同估计多径信号的偏离角度(AOD)和到达角度(AOA)来定位在这种环境中存在的信号反射节点。然后使用该信息来通过以下几何方法准确地确定移动源位置。在所提出的方案中的移动变送器的定位在没有任何额外的中间参考源的情况下进行。在简单,成本和性能方面,这为现有方案提供了方案优势和至上。

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