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Password hardened fuzzy vault for fingerprint authentication system

机译:指纹认证系统的密码强化模糊库

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摘要

The present work attempts to build a bio-cryptographic system that combines transformed minutiae pairwise feature and user-generated password fuzzy vault. The fingerprint fuzzy vault is based on a new minutiae pairwise structure, which overcomes the fingerprint feature publication while the secret binary vault code is generated according to the fingerprint fuzzy vault result. The authentication process involves two stages: fuzzy vault matching and secret vault code validation. Our minutiae pairwise transformation produces different templates thus resolving the problem of cross matching attacks in fingerprint fuzzy vault. So, the original fingerprint template cannot be recreated because it is protected by the key generated from the user password. In addition, the proposed bio-cryptographic system ensures an acceptable security level for user authentication. (C) 2014 Elsevier B.V. All rights reserved.
机译:当前的工作试图建立一个生物密码系统,该系统结合了转换后的细节特征成对特征和用户生成的密码模糊库。指纹模糊库基于新的细节点对结构,克服了指纹特征的发布,同时根据指纹模糊库结果生成了秘密的二进制库代码。身份验证过程涉及两个阶段:模糊保险库匹配和秘密保险库代码验证。我们的细节成对转换产生了不同的模板,从而解决了指纹模糊库中交叉匹配攻击的问题。因此,原始指纹模板无法重新创建,因为它受到用户密码生成的密钥的保护。另外,提出的生物密码系统确保了用于用户认证的可接受的安全级别。 (C)2014 Elsevier B.V.保留所有权利。

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