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Tracking of infrared radiation dim target based on mean-shift and particle filter

机译:基于均值漂移和粒子滤波的红外弱光目标跟踪

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To effectively solve the problems of IR dim target tracking with complex background and the poorly effect of standard particle filter in this area, a complex tracking strategy based on Mean-Shift and particle filter is presented. As the combination of both advantages, the particles are sprayed over the position of maximum probability calculated by Mean-Shift algorithm for purpose of reducing the waste of particles and avoiding the loss of target. The utilization of particles is increased obviously, and thus it improves tracking procedure stability and robustness. Experiment results show that the combination algorithm can not only track dim target accurately with better real-time and tracking accuracy but also has a strong robustness for complex background interference.
机译:为了有效解决背景复杂的红外弱小目标跟踪问题以及该区域标准粒子滤波效果差的问题,提出了一种基于均值漂移和粒子滤波的复杂跟踪策略。由于这两个优点的结合,将粒子喷涂在均值漂移算法计算出的最大概率位置上,目的是减少粒子的浪费并避免目标的损失。粒子的利用率明显增加,从而提高了跟踪过程的稳定性和鲁棒性。实验结果表明,该组合算法不仅可以准确地跟踪昏暗目标,具有更好的实时性和跟踪精度,而且对于复杂的背景干扰具有很强的鲁棒性。

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