Experimenting biocryptic system using similarity distance measure functions

R. Ramya, T. Sasikala
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Abstract

Biometric data are highly sensitive and vulnerable to misusage in today's world. To prevent from fraudulent use there is a need for secured biometric cryptosystems. E-Passport is one among the systems that has been developed for Biometric authentication. The more the security, the less prone, the system to attacks. With such an aim this paper first focuses on the usage of Biometric Encryption (Biocryptics) in E-Passports and secondly has made an attempt to analyze and experiment with the different similarity distance measure functions, and discusses the dominating performance of Weighted Euclidean Distance.
利用相似距离测量函数对生物加密系统进行实验
当今世界,生物识别数据高度敏感,容易被滥用。为了防止欺诈性使用,需要安全的生物识别密码系统。电子护照是为生物识别认证而开发的系统之一。系统的安全性越高,就越不容易受到攻击。为此,本文首先研究了生物特征加密技术在电子护照中的应用,然后尝试对不同的相似距离度量函数进行了分析和实验,并讨论了加权欧几里得距离的主导性能。
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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