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A Convolutional Neural Network for Gait Recognition Based on Plantar Pressure Images

机译:基于足底压力图像的卷积神经网络用于步态识别

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This paper proposed a novel gait recognition method that is based on plantar pressure images. Different from many conventional methods where hand-crafted features are extracted explicitly. We utilized Convolution Neural Network (CNN) for automatic feature extraction as well as classification. The peak pressure image (PPI) generated from the time series of plantar pressure images is used as the characteristic image for gait recognition in this study. Our gait samples are collected from 109 subjects under three kinds of walking speeds, and for each subject total 18 samples are gathered. Experimental results demonstrate that the designed CNN model can obtain very high classification accuracy as compared to many traditional methods.
机译:本文提出了一种基于足底压力图像的新型步态识别方法。与许多传统方法不同,在传统方法中,明确提取出手工制作的特征。我们利用卷积神经网络(CNN)进行自动特征提取和分类。从脚底压力图像的时间序列中生成的峰值压力图像(PPI)被用作本研究中步态识别的特征图像。我们以三种步行速度从109个受试者中收集了步态样本,每个受试者总共收集了18个样本。实验结果表明,与许多传统方法相比,所设计的CNN模型可以获得很高的分类精度。

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