Combination of Iris Recognition and Cryptography for Information Security

Long Zhang, Zhenan Sun, T. Tan, Shungeng Hu
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Abstract

The combination of biometrics and cryptography is a promising information security technique which offers an efficient way to protect the biometric template, as well as to facilitate user authentication and key management. We propose a key-binding scheme based on iris data, in which reliable region is selected to reduce the intra-class variation, and error control technique that combines RS and convolutional codes is used to increase the key length. The scheme does not reveal any significant information about the key and the original iris template, and the system achieves a false rejection rate (FRR) of less than 0.5% with the key length of 218 bits.
基于信息安全的虹膜识别与密码学的结合
生物识别技术与密码学相结合是一种很有前途的信息安全技术,它提供了一种有效的方法来保护生物识别模板,同时也方便了用户认证和密钥管理。我们提出了一种基于虹膜数据的密钥绑定方案,该方案通过选择可靠区域来减少类内变异,并采用RS和卷积码相结合的误差控制技术来增加密钥长度。该方案不泄露密钥和原始虹膜模板的任何重要信息,在密钥长度为218比特的情况下,系统的误拒率(FRR)小于0.5%。
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