机动目标的半马尔可夫多事件滤波器

P. Abeles, M. Kovacich
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引用次数: 1

摘要

机动目标的跟踪是一个难以预测的问题,因为机动会改变目标的状态和/或动力学。为了确保跟踪精度,滤波器需要正确地对目标建模并快速响应机动。提出了一种新的顺序滤波器,它试图在几个方面改进现有的算法。采用更灵活的内部模型来描述机动事件的影响。机动假设提高了时间精度。半马尔可夫过程用于描述事件发生的概率作为时间的函数。在模拟测试场景中,新算法的性能与交互多模型滤波器相当或明显优于多模型滤波器。
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A semi-Markov multiple event filter for maneuvering targets
Tracking maneuvering targets is a difficult problem due to unpredictable maneuvers which change the target's state and/or dynamics. To ensure track accuracy a filter needs to model the target correctly and quickly respond to maneuvers. A new sequential filter is proposed which attempts to improve upon existing algorithms in several areas. A more flexible internal model is used to describe effects of maneuver events. Maneuver hypotheses have improved temporal accuracy. A semi-Markov process is used to describe the probability of an event occurring as a function of time. In simulated test scenarios the new algorithm performs as well as or significantly better than Interacting Multiple Model filter.
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