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Radar Target Tracking Algorithm Based on Alpha-Beta Filtering

机译:基于Alpha-Beta滤波的雷达目标跟踪算法

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Coastal radar tracking refers to the process of processing measured values from a target, maintaining the current state of the target, and associating them with the current and subsequent states of the target and performing smooth updating With quick development of coastal and port vessel surveillance, a big amount of target's tracking needs a high efficient tracking algorithm. For this purpose, combining radar tracking with Alpha-Beta filtering, an improved radar target tracking algorithm is proposed in this paper And some simulation tracking results are given to make a comparison of Kalman filter and Alpha-Beta filter algorithm. The results show that the proposed algorithm is superior to the above algorithms, which can effectively improve the tracking accuracy, obtain more accurate tracking information of the radar target, and lead to a widely application value in Vessel Traffic Service system.
机译:沿海雷达追踪是指从目标的测量值,维护目标的当前状态,并将其与目标的当前和后续状态相关联,并在快速发展的沿海和港口船舶监测进行平稳更新,a大量目标的跟踪需要一种高效的跟踪算法。为此目的,在本文中提出了一种利用α-β滤波的雷达跟踪,提出了一种改进的雷达目标跟踪算法,并且给出了一些模拟跟踪结果来进行卡尔曼滤波器和α-β滤波器算法的比较。结果表明,该算法优于上述算法,其可以有效地提高跟踪精度,获得雷达目标的更准确的跟踪信息,并导致血管交通服务系统中广泛的应用价值。

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