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Tracking with split and merge processes

机译:跟踪拆分和合并流程

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摘要

In this paper, We propose a novel algorithm to reconstruct particle filter trackers automatically using split and merge technology. In the split process, the tracker splits itself into two or more trackers to deal with complicated and inconstant environments. In the merge process, the best one is selected from the trackers constructed in the split process, as a result the computation cost is reduced by merging useless trackers. We propose three split criteria in split process to reduce target lost probability and perform a valid split. With split and merge processes, our algorithm achieves good tracking results even using fewer particles; furthermore, as using fewer particles in our algorithm, the tracker with split and merge processes is more efficient than the standard tracker. Experiments are provided to demonstrate that the performance of the proposed algorithm outperforms that of the traditional tracker without split and merge processes.
机译:在本文中,我们提出了一种新颖的算法来使用分流和合并技术自动重建粒子滤波器跟踪器。 在拆分过程中,跟踪器将自身拆分为两个或多个跟踪器,以处理复杂和不动的环境。 在合并过程中,从拆分过程中构造的跟踪器中选择最好的一个,结果通过合并无用的跟踪器来减少计算成本。 我们提出了三个拆分标准在分裂过程中,以减少目标丢失的概率并执行有效的拆分。 通过分割和合并过程,我们的算法即使使用较少的粒子也能实现良好的跟踪结果; 此外,由于我们的算法中的少量粒子,具有分割和合并过程的跟踪器比标准跟踪器更有效。 提供实验以证明所提出的算法的性能优于传统跟踪器的表现,而不会分开和合并过程。

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