使用Kinect的人体识别步态识别

Wonjin Kim, Yanggon Kim
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引用次数: 4

摘要

步态是一种用于人体识别的生物特征运动模式。与指纹、虹膜、面部和语音识别等其他生物识别技术不同,人类的步态可以用不显眼的方法捕获。本文提出了几种在三维空间中利用人体框架信息的测量方法。身体框架数据是由Kinect摄像头捕获的深度图像生成的。生成的身体框架用于人体步态分析。下半身的角度是用一个步态周期来测量的。此外,测量身体部位的长度作为与角度测量相结合的特征。测量结果将与5名体型相似的受试者进行比较。测量结果的对比差异表明,人类步态具有潜在的人类识别模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gait Recognition for Human Identification using Kinect
Gait is a pattern of biometric movement for human identification. Unlike other biometrics such as fingerprint, iris, face, and voice recognition, human gait can be captured with unobtrusive method. In this paper, several measurements are proposed which uses body frame information in 3D space. Body frame data is generated from depth images captured using Kinect camera. The generated body frames are used for human gait analysis. The angle of lower body parts is measured in a gait cycle. In addition, the length of body parts is measured as a feature for combination with the angle measurements. The measurements are compared to each other from 5 subjects who have similar body type. The difference from comparison of the measurements indicates that the human gait has a potential pattern for human identification.
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