Target Tracking Method Based on Correlation Filter and Particle Filter

You You, Q. Gao, Yixiang Lu, Dong Sun
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Abstract

Object tracking is one of the most important tasks in computer vision, many researchers have proposed a lot of effective methods to solve the all kinds of the recent problems in object tracking. During the movement of the targets, the change of object scale may produce a lot of difficulties in object tracing problems, and it may lead to be failed in tracking. The paper proposed method is designed both correlation filter and particle filter. In order to achieve the purpose of tracking, the process of correlation filter is to learn an array of filters so that the response value obtained by the convolution of the learned filters is the largest. The particle filter guides the sample particles to the distribution mode of the target state. The samples of the particle strategy can effectively deal with the large scale variations of the target during movement. Experiment on the OTB database shows that the paper proposed method makes good performance.
基于相关滤波和粒子滤波的目标跟踪方法
目标跟踪是计算机视觉中最重要的任务之一,许多研究者提出了许多有效的方法来解决当前目标跟踪中的各种问题。在目标运动过程中,目标尺度的变化会给目标跟踪问题带来很多困难,甚至可能导致跟踪失败。本文提出的方法设计了相关滤波器和粒子滤波器。为了达到跟踪的目的,相关滤波器的过程是学习一组滤波器,使学习到的滤波器经过卷积得到的响应值最大。粒子滤波器将样本粒子引导到目标状态的分布模式。粒子策略的样本可以有效地处理目标在运动过程中的大规模变化。在OTB数据库上的实验表明,本文提出的方法具有良好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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