Investigation of problems faced during capturing of gait signals

R. Vinothkanna, N. Prabakaran, S. Sivakannan
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Abstract

To solve the issue of close human contact in biometric authentication system, relatively a new technique gait recognition is used. The human gait is a common feature for identifying the walking manner of the person during walking and it is viewed as significant indicator for gait function of individual for experimental and research setting. Gait symmetry is usually considered as function of locomotion between the changes of the body and its activities. An exclusive advantage of gait as a biometric is its latent for detection at a distance or at low resolution or when other biometrics might not be perceivable. In this paper we investigate the problem of people recognition by their gait. The coordination and cyclic nature of the body motion makes gait as unique characteristics of each individual, thus a good biometric identification approach. The purpose of this paper is to describe some of the problems that make it difficult to apply gait as a biometric identification and use recent literature to show suggestions being made to solve some of these technical issues.
步态信号捕获过程中所面临的问题的研究
为了解决生物特征认证系统中人体近距离接触的问题,采用了一种较为新颖的步态识别技术。人的步态是识别人在行走过程中行走方式的共同特征,在实验和研究中被视为个体步态功能的重要指标。步态对称通常被认为是身体变化和活动之间的运动功能。步态作为一种生物特征的独特优势是它在远距离或低分辨率下或当其他生物特征可能无法感知时的潜在检测。本文研究了基于步态的人物识别问题。人体运动的协调性和周期性使步态成为每个个体的独特特征,因此是一种很好的生物特征识别方法。本文的目的是描述一些难以应用步态作为生物特征识别的问题,并使用最近的文献来显示解决这些技术问题的建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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