首页> 外文会议>8th World Multi-Conference on Systemics, Cybernetics and Informatics(SCI 2004) vol.5: Computer Science and Engineering >Person Recognition Method using Sequential Walking Footprint via Overlapped Foot Shape and Center-Of-Pressure Trajectory
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Person Recognition Method using Sequential Walking Footprint via Overlapped Foot Shape and Center-Of-Pressure Trajectory

机译:基于重叠脚形和压力中心轨迹的顺序行走足迹的人识别方法

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摘要

One emerging biometric identification method is the use of human footprint. However, in the previous research, there were some limitations resulting from the spatial resolution of sensors. One possible method to overcome this limitation is through the use additional information such as dynamic walking information in sequential walking footprint. In this study, we suggest a new person recognition scheme based on both overlapped foot shape and COP (Center Of Pressure) trajectory during one-step walking. And, we show the usefulness of the suggested method, obtaining a 98.6% recognition rate in our experiment with eleven people. In addition, we show an application of the suggested method, automatic door-opening system for intelligent residential space.
机译:一种新兴的生物识别方法是使用人类足迹。然而,在先前的研究中,由于传感器的空间分辨率而存在一些局限性。克服此限制的一种可能方法是通过在顺序步行足迹中使用其他信息(例如动态步行信息)。在这项研究中,我们提出了一种新的人识别方案,该方案基于脚步重叠和脚步行走过程中的COP(压力中心)轨迹。并且,我们展示了该方法的有效性,在我们的11个人的实验中获得了98.6%的识别率。此外,我们展示了建议的方法的应用,即智能住宅空间的自动开门系统。

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