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首页> 外文会议>2017 International Conference on Informatics, Health amp; Technology >Novel remote authentication protocol using heart-signals with chaos cryptography
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Novel remote authentication protocol using heart-signals with chaos cryptography

机译：使用带有混沌密码的心信号的新型远程身份验证协议

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摘要

Entity authentication is one of the fundamental information security properties for secure transactions and communications. The combination of biometrics with cryptography is an emerging topic for authentication protocol design. Among the existing biometrics (e.g., fingerprint, face, iris, voice, heart), the heart-signal contains liveness property of biometric samples. In this paper, a remote entity authentication protocol has been proposed based on the randomness of heart biometrics combined with chaos cryptography. To this end, initial keys are generated for chaotic logistic maps based on the heart-signal. The authentication parameters are generated from the initial keys that can be used for claimants and verifiers to authenticate and verify each other, respectively. In this proposed technique, as each session of communication is different from others, therefore many session-oriented attacks are prevented. Experiments have been conducted on sample heart-signal for remote authentication. The results show that the randomness property of the heart-signal can help to implement one of the famous secure encryption, namely one-time pad encryption.
机译：实体身份验证是安全交易和通信的基本信息安全属性之一。生物识别技术与密码学的结合是身份验证协议设计的一个新兴主题。在现有的生物特征（例如指纹，面部，虹膜，声音，心脏）中，心脏信号包含生物特征样本的活跃性。本文提出了一种基于心脏生物特征的随机性与混沌密码学相结合的远程实体认证协议。为此，基于心脏信号为混沌逻辑图生成初始密钥。身份验证参数是从初始密钥生成的，初始密钥可用于索偿人和验证者分别进行身份验证和验证。在此提议的技术中，由于每个通信会话都彼此不同，因此可以防止许多面向会话的攻击。已对样本心脏信号进行了远程身份验证实验。结果表明，心脏信号的随机性可以帮助实现一种著名的安全加密，即一次性填充加密。

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