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Proposal on a multifactor biometric authentication method based on cryptosystem keys containing biometric signatures

机译:基于包含生物特征签名的密码系统密钥的多因素生物特征认证方法的提案

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摘要

Conventional biometric authentication methods have a serious problem-it is easy to steal the biological information of another person, such as fingerprints, iris patterns, and facial forms. Accordingly, it is essential to protect authentication systems from an attack like impersonation with an artificial finger. To solve this problem, in this paper, we would like to propose a multifactor biometric authentication method based on cryptosystem keys containing biometric signatures. This paper has two new aspects: one is to propose a method for embedding two kinds of data-personal biological information and a confidential item corresponding to a conventional secret key-into a cryptosystem key to detect any impersonation even if the biological information is stolen, and the other is to demonstrate the safety of the method, a factor which has never been referenced. From a privacy protection point of view, we believe that the multifactor biometric authentication method is of great significance. Moreover, it can economically establish certification authorities having the biological information.Meanwhile, in order to uniquely embed the biological information into the cryptosystem key, an algorithm is needed to uniquely select a representative template as described in this paper. In this paper, we propose only the concept of this algorithm and hope that concrete methodologies will be studied in the future.
机译:传统的生物特征认证方法存在严重的问题-容易窃取他人的生物信息,例如指纹,虹膜图案和面部表情。因此,至关重要的是保护认证系统免受诸如用假手指冒充的攻击。为了解决这个问题,在本文中,我们想提出一种基于包含生物特征签名的密码系统密钥的多因素生物特征认证方法。本文有两个新方面:一个是提出一种方法,用于将两种数据个人生物信息和与传统机密密钥相对应的机密项嵌入到密码系统密钥中,以便即使生物信息被盗也能检测到任何假冒行为,另一个是证明该方法的安全性,这是一个从未被提及的因素。从隐私保护的角度来看,我们认为多因素生物特征认证方法具有重要意义。而且,它可以经济地建立具有生物信息的证书颁发机构。同时,为了将生物信息唯一地嵌入到密码系统密钥中,需要一种算法来唯一地选择代表模板,如本文所述。在本文中,我们仅提出该算法的概念,并希望将来会研究具体的方法。

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