人体生物特征识别是自动身份验证的一个重要研究领域，并越来越受到关注。
Biometric personal identification is an important research area aiming at automatic identity recognition and is receiving growing interest from both academia and industry.
生物识别是通过计算机及先进的扫描技术，利用人体某些生理特征的唯一性进行识别。
Biometrics is computerized and advanced scanning technology, the use of human physiological characteristics of the uniqueness of the identification.
步态识别，非接触式远距离的身份识别研究——基于运动视觉的第二代生物特征识别技术，是根据拍摄的行走视频，通过人体走路的方式辨别人体身份。
Gait recognition, the second biometrics identification technology based on motion vision, is used to signify the identity of individuals in image sequences 'by the way they walk '.
截至目前，已经用于身份识别的人体生物特征包括指纹、掌纹、虹膜、人脸、手形、签名等。
Up to now, many traits in human body have been applied, such as fingerprint, palmprint, iris, face, hand shape and signature, etc.
人体生物认证在现实生活中起着重要的作用，而虹膜作为人体的重要特征已经成为身份识别的重要特征。
Biometrics of human being play an important role in our life and iris has become one of the most momentous features in people identification.
在智能环境研究中，人体运动分析与生物特征识别相结合目前已经成为一个流行的研究方向。
In ambient intelligence, the combination of human motion analysis and biometrics has been a prevalent research field.
因为人的手掌纹理相对于很多其它的人体生物学特征更具有稳定性、清晰性和易于采集性，因而出现了许多针对人体掌纹的识别算法。
The human palmprint is more stable, more clearly represented and easier to collect compared with other human biological characteristics, thus many palmprint recognition algorithms are developed.
摘要：人体手背静脉识别技术是生物特征识别技术的一种。
Absrtact: The human hand dorsal vein recognition technology is a biometric technology.
立体足迹重压面的分布反映了人体的行为特征和心理特征，立体足迹的分割和描述是足迹生物特征识别的基础。
The distribution of footprint heavy pressure surface reflects the behavior feature and the physiological feature of human body.
立体足迹重压面的分布反映了人体的行为特征和心理特征，立体足迹的分割和描述是足迹生物特征识别的基础。
The distribution of footprint heavy pressure surface reflects the behavior feature and the physiological feature of human body.
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