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Human recognition through walking styles by multiwavelet transform

机译:通过多小波变换通过步行样式实现人的识别

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Human recognition through walking styles is among the newest of biometric methods. By using this biometric, individuals can be identified, distantly, even at low visibility. Our aim is to provide such ability for a computer system. In other words, we intend to extract appropriate features through processing video images that can reflect individuals' identity. In order to set up such a system, we have used Fourier, Wavelet, and Multi-wavelet transforms. Using images from the USF dataset version 1.7, the results obtained indicate that SA4 Multi-wavelet transforms prove more efficient in extracting suitable features than Fourier and wavelet transforms, and combined with one-versus-one Support Vector Machine, they can provide a 85.7 % recognition accuracy rate. Our proposed method shows higher accuracy and precision compared to other frequency based methods.
机译:通过步行方式对人类的识别是最新的生物识别方法之一。通过使用这种生物特征识别技术,即使在可见度较低的情况下,也可以远距离识别个人。我们的目的是为计算机系统提供这种能力。换句话说,我们打算通过处理可以反映个人身份的视频图像来提取适当的特征。为了建立这样的系统,我们使用了傅立叶变换,小波变换和多小波变换。使用来自USF数据集1.7版的图像,获得的结果表明,与傅立叶和小波变换相比,SA4多小波变换在提取合适的特征方面更有效,并且与一对多支持向量机相结合,可以提供85.7%的支持率。识别准确率。与其他基于频率的方法相比,我们提出的方法显示出更高的准确性和精度。

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