Gait recognition is a new biometrics recognition technology, which will be applied extensively.
摘要步态识别是一种新兴的生物特征识别技术，具有广泛的应用前景。
Research of ear recognition technology creates a new way in the field of biometrics recognition.
人耳识别技术作为一种新的研究在生物特征识别领域提出一种新思路。
Pay is based on fingerprint biometrics technology in today's most sophisticated fingerprint recognition technology.
指纹支付采用的是当今生物识别技术中最为成熟的指纹识别技术。
Face detection and recognition technology is an important method for identity authentication using biometrics.
人脸检测与识别技术是利用生物特征技术进行个人身份鉴定的一种重要手段。
The modern technology of biometrics recognition could identify person by using powerful computer based on the biologic feature or behavior of human being.
现代生物识别技术是指通过计算机利用人类自身生理或行为特征进行身份认定的一种技术。
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 '.
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。
Biometrics specialists are developing technology for digital fingerprinting, facial recognition, retina identification, hand geometry recognition, and so on.
此领域的专家旨在研究数码指纹、面部识别、视网膜识别、掌纹识别等技术。
As a new technology of biometrics, gait recognition has its predominance among other biometric technologies while in computer vision research field it is a hard problem.
步态识别作为一种较新的生物认证技术有其独特优势，在计算机视觉研究领域又是一个难题。
Biometrics is a kind of technology using individual physiological or behavioral characteristics to verify identity. It provides a highly reliable and high stable approach to the identity recognition.
生物特征识别是一项利用人类特有的生理或行为特征来进行身份识别的技术，它提供了一种高可靠性、高稳定性的身份鉴别途径。
At present, from the practical point of view, fingerprint recognition technology is superior to other biometrics identification methods.
目前，从实用的角度看，指纹识别技术是优于其它生物识别技术的身份鉴别方法。
The NTI 64 can support dual T-1 interfaces with non-blocking voice resources and has the ability to store biometrics and speech recognition technology using only a single card slot.
NTI 64可以支持双t - 1接口，无阻塞语音资源，并且具有存储语音特征和语音识别技术的能力，全部工作只需要一个单板槽位。
The modern technology of Biometrics consists of face recognition, fingerprint recognition, speaker recognition and so on.
生物特征识别技术包括人脸识别，指纹识别，声纹识别等。
Due to its special merits of flexibility, economy and accuracy, speaker recognition technology has a broad application future in biometrics security field.
说话人识别技术因其独特的方便性、经济性和准确性，在生物特征识别领域中具有广阔的应用前景。
The iris recognition technology as the biometrics with the best prospect is introduced.
介绍了现在最有发展前景的生物特征识别技术——虹膜身份识别技术。
Compared with other biometrics technology, face recognition is more direct, friend and convenient.
与其他的生物认证技术相比，人脸识别具有更直接、友好、方便的优点。
The palmprint recognition is a new biometrics technology, which use palm texture as biologic characters to recognize identity.
掌纹识别技术利用人的掌部纹理作为生物特征进行身份的自动确认，是生物特征识别领域的又一新兴技术。
The palmprint recognition is a new biometrics technology, which use palm texture as biologic characters to recognize identity.
掌纹识别技术利用人的掌部纹理作为生物特征进行身份的自动确认，是生物特征识别领域的又一新兴技术。
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