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A target tracking algorithm via On-line Boosting and particle filter

机译:通过在线升压和粒子滤波器的目标跟踪算法

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The on-line boosting algorithm regards tracking problem as a binary classification problem. It is adaptive to the appearance changes of the object because of its capability of on-line learning. With its on-line learning ability, it is adaptive to different appearance of objects. However, this method can lead to tracking failure due to accumulation of error features when the object is seriously or completely obscured. This paper proposed a new tracking algorithm by combining particle filter and on-line boosting to overcome the shortcomings of traditional on-line boosting algorithm. The confidence of the particles' region is set to be the weight of the particles and the object tracking situations under serious occlusions was solved. The proposed algorithm was tested with variant video sequences and the results show that the algorithm can track the object accurately under serious occlusions in less time.
机译:在线提升算法将跟踪问题视为二进制分类问题。由于其在线学习的能力,它适应对象的外观变化。通过其在线学习能力,它适应对象的不同外观。然而,当对象严重或完全模糊时,这种方法可能导致由于误差累积而导致的故障。本文提出了一种新的跟踪算法,通过组合粒子滤波器和在线提升来克服传统在线升压算法的缺点。颗粒区域的置信度被设定为颗粒的重量,并解决了严重闭塞下的物体跟踪情况。用变体视频序列测试所提出的算法,结果表明,该算法可以在更短的时间内在严重闭塞下准确地追踪物体。

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