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Real time face recognition and tracking system

机译:实时人脸识别和跟踪系统

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摘要

Nowadays that security comes into more prominence every day, it is necessary for people to keep more passwords in their mind and carry more cards with themselves. Such implementations however, are becoming less secure and practical, thus leading to an increasing interest in techniques related to biometrics systems. Biometrics systems are the systems which store physical properties of people in electronic environment and enable them to be recognized by the stored electronic information when needed. Biometrics is the identification of human. It works on the principle of identification of physical properties of a person which he or she cannot alter, are distinctive from others, can be used for identification, and are in his or her possession only. Extensive studies are conducted on biometrics techniques such as fingerprint, hand, face, iris, retina and voice recognition. Some systems have been developed, tested, and results have been obtained. Face recognition systems are among the most important subjects in biometrics systems. These systems, which are very important for security in particular, have been widely used and developed in many countries. This study aims to achieve face recognition successfully by detecting human face in real time, based on Principal Component Analysis (PCA) algorithm and comparing the result with pre-recorded face samples.
机译:如今,安全性每天都变得越来越重要,人们有必要记住更多的密码并随身携带更多的卡。然而,这样的实施变得越来越不安全和不实用,从而导致人们对与生物识别系统有关的技术的兴趣日益增加。生物识别系统是在电子环境中存储人员的物理属性并在需要时使它们能够被存储的电子信息识别的系统。生物识别技术是对人类的识别。它的工作原理是识别一个人的物理特性,他或她不能改变,与众不同,可以用于识别并且仅由他或她拥有。对生物识别技术进行了广泛的研究,例如指纹,手,脸,虹膜,视网膜和语音识别。已经开发,测试了一些系统,并获得了结果。人脸识别系统是生物识别系统中最重要的主题之一。这些系统对安全特别重要,已在许多国家广泛使用和开发。这项研究旨在通过基于主成分分析(PCA)算法实时检测人脸并将结果与​​预先记录的人脸样本进行比较,从而成功实现人脸识别。

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