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Combined analysis of probability of missed detection and positioning accuracy for receiver selection in SFN based passive radar systems

机译:基于SFN的无源雷达系统漏检概率与定位精度的接收机选择组合分析。

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Multistatic passive radar systems provide higher positioning accuracy comparing with the bistatic ones. However, the positioning performance of the multistatic passive radar systems is largely dependent on the geometry. Especially, it is difficult to designate transmitters from the given ones in a single frequency network (SFN) based passive radar system. Therefore the receiver location is of crucial importance. In this paper, the influence of different receiver positions for the probability of missed detection and the target positioning accuracy are analyzed. Then a performance function for selecting the optimal receiver is proposed. Finally, a simulation with three transmitters and one receiver is presented.
机译:与双基地无源雷达系统相比,多基地无源雷达系统可提供更高的定位精度。但是,多静态无源雷达系统的定位性能在很大程度上取决于几何形状。特别是,在基于单频网络(SFN)的无源雷达系统中,很难从给定的发射机中指定发射机。因此,接收器的位置至关重要。本文分析了不同接收机位置对漏检概率和目标定位精度的影响。然后提出了一种用于选择最佳接收机的性能函数。最后,给出了具有三个发射器和一个接收器的仿真。

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