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Combining Wavelet Velocity Moments and Reflective Symmetry for Gait Recognition

机译:结合小波速度矩和光学对称性的步态识别

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Gait is a biometric feature and gait recognition has become a challenging problem in computer vision. New wavelet velocity moments have been developed to describe and recognize gait. Wavelet moments are translation, scale and rotation invariant. Wavelet analysis has the trait of multi-resolution analysis, which strengthens the analysis ability to image subtle feature. According with the psychological studies, reflective symmetry features are introduced to help recognition. Combination of wavelet velocity moments and reflective symmetry not only has the characteristic of wavelet moments, but also reflects the person’s walking habit of symmetry. Experiments on two databases show the proposed combined features of wavelet velocity moments and reflective symmetry are efficient to describe gait.
机译:步态是生物识别的特征,步态认可在计算机愿景中成为一个具有挑战性的问题。已经开发出新的小波速度矩来描述和识别步态。小波矩是翻译,规模和旋转不变。小波分析具有多分辨率分析的特性,这加强了图像微妙特征的分析能力。根据心理学研究,引入了反思对称特征来帮助识别。小波速度时刻和反射对称的组合不仅具有小波矩的特征,而且还反映了该人的对称性的行走习惯。两个数据库的实验显示了小波速度时刻所提出的组合特征和反射对称性是描述步态的有效。

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