Multi-view based coupled dictionary learning for person re-identification

Fei Ma, Qinglong Liu, Xiaoke Zhu, Xiaoyuan Jing
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引用次数: 2

Abstract

Person re-identification is a hot topic, which can be applied in pedestrian tracking and intelligent monitoring. However, person reidentification is challenging due to the large variations of visual appearance caused by view angle, lighting, background clutter and occlusion. In practice, there exist large differences among different types of features and among different cameras. To improve the favorable representation of different features, we propose a multi-view based coupled dictionary pair learning approach, which can learn the color features and texture features respectively. The color dictionary pair aims to learn the color feature of each person from different cameras. The texture dictionary pair seeks to learn the texture feature of person from both cameras. The learned coupled dictionary pair can demonstrate the intrinsic relationship of different cameras and different types of features. Experimental results on two public pedestrian datasets demonstrate that our proposed approach can perform better than the other competing methods.
基于多视图的人再识别耦合字典学习
人的再识别是一个热点问题,可以应用于行人跟踪和智能监控中。然而,由于视角、光照、背景杂波和遮挡等因素导致的视觉外观变化很大,对人的再识别具有挑战性。在实际应用中,不同类型的特征之间、不同相机之间存在较大差异。为了更好地表征不同特征,我们提出了一种基于多视图的耦合字典对学习方法,该方法可以分别学习颜色特征和纹理特征。颜色字典对旨在从不同的相机中学习每个人的颜色特征。纹理字典对试图从两个相机中学习人的纹理特征。学习得到的耦合字典对可以展示不同相机和不同类型特征之间的内在关系。在两个公共行人数据集上的实验结果表明,我们提出的方法比其他竞争方法具有更好的性能。
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