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Improving track initiation performance by track validation algorithms for multi-target tracking in heavy clutter

机译:轨道验证算法提高轨道启动性能,以在沉重杂波中的多目标跟踪

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In this study, for multi-target tracking in an heavy-clutter environment, line detection-based validation algorithms are proposed for improving track initiation performance by reducing false tracks. Track validation algorithm is applied to the results of the base track initiation algorithm periodically and deviation from line evaluated based on a defined measure. Then, by thresholding the deviation value, true and false tracks are discriminated, even for maneuvering targets. Thus, performance of both track initiation and tracker are improved by means of number of false tracks.
机译:在该研究中,对于重型杂波环境中的多目标跟踪,提出了基于线路检测的验证算法来通过减少错误轨道来提高轨道启动性能。轨道验证算法在周期性地应用于基础轨道发起算法的结果,并基于定义的度量偏离线评估。然后,通过阈值平衡偏差值,即使用于操纵目标,也会受到识别的真假曲目。因此,通过错误的轨道的数量改善了轨道启动和跟踪器的性能。

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