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生物识别技术在科研领域取
得了极大的重视和发展。由于生物特征是人的内在属性，具有很强的自身稳定性和个
体差异性，因此是身份验证的最理想依据川。其中，利用人脸特征进行身份验证又是
最自然直接的手段，与指纹、虹膜、掌纹等其他人体生物特征识别系统相比，人脸识
别系统更加友好，方便，易于为用户所接受，有广阔的应用领域。-Biometric technology in the research field of great importance and development. Biolo
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虹膜身份识别是近年来新兴的一种身份识别技术，其科学研究意义重大，应用前景
广泛。它以高精度及几乎无法伪造而成为近期国际研究及应用中一个受到特别关注的主
题，市场更是为这项技术的发展提供了广阔的舞台，与指纹识别等相比更有长处，是一
项值得研究和推广的新技术-Iris identification is the identification in recent years, a new technology, its scientific significance, prospects
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本文结合人脸识别、指纹识别以及虹膜识别传统生物特征识别技术，对近年来研究人员在非限定生物特征方面的努力与成就进行回顾。-In this paper, face recognition, fingerprint recognition and iris recognition biometric technology, the traditional, to the limit in recent years, researchers in non-biological characteristi
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掌纹识别技术发展至今已经十年，但与人、
虹膜以及指纹识别等技术相比，掌纹识别还是一个较新的技术，尚有很多问题需进一步研究。-Palmprint identification technology has been for decades, but with people, iris and fingerprint recognition technology compared to palmprint recognition is still a relatively new technol
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iris and fingerprint feature fusion
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A biometric system provides automatic identification of an individual based on a unique feature or characteristic posse d by the individual. Iris recognition is a part of the biometric identification methodologies which also include facial, fingerpri
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The ear, as a biometric, has been given less
attention, compared to other biometrics such as fingerprint,
face and iris. Since it is a relatively new biometric, no
commercial applications involving ear recognition are
available. Intensive
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Biometric recognition is the science of establishing the identity of a person using his/her physical or biological characteristics. Biometric systems can employ different kinds of features, e.g., features of fingerprint, face, iris or posture. EEG si
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