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A Multipath Viterbi Data Association Algorithm with uncertain ionospheric state

机译:具有不确定电离层状态的多径Viterbi数据关联算法

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The tracking system of over-the-horizon-radars (OTHR) inevitably output multiple tracks for one target in radar coordinate because of serious multiple propagation modes. At the same time, great error is usually introduced for the uncertain of the ionospheric state. In this paper, a multipath Viterbi data association (MVUI) algorithm with uncertain ionospheric state is proposed, through modeling target movement in ground coordinate and implementing data association in radar coordinate so that Viterbi data association (VDA) is extended from association between measurement and track to association among measurement, propagation mode and track. The simulation results show that MVUI improves the tracking performance at low probabilities of detection
机译:由于严重的多传播模式,过度地平线雷达(OTHR)的跟踪系统不可避免地输出雷达坐标中的一个目标的多个轨道。同时,通常引入极大的误差以不确定电离层。在本文中,提出了一种通过在地面坐标中建模目标运动和雷达坐标中实现数据关联的目标运动来提出了一种多径维特比数据关联(MVUI)算法,使得Viterbi数据关联(VDA)从测量和轨道之间的关联扩展在测量,传播模式和轨道之间关联。仿真结果表明,MVUI在低概率检测下提高了跟踪性能

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