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Provably secure lightweight client authentication scheme with anonymity for TMIS using chaotic hash function

机译:通过混沌散列函数可透露匿名的可匿名的可透明的轻量级客户身份验证方案

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摘要

Telecare medicine information system (TMIS) is recognized as an important tool for improving the quality and protection of healthcare services. In addition to protecting the privacy of patients, many authentication techniques are being introduced in TMIS. After investigations, it is observed that many authentication techniques have security breaches. In this article, we propose an efficient, secure and lightweight authentication scheme for TMIS using chaotic hash function to achieve user anonymity. Chaotic hash function constitutes potential security a set in modern cryptography with its random behavior. Also, we provide the security proof in the random oracle (RO) model and proof of correctness of algorithm is presented using (Burrows-Abadi-Needham) BAN logic for proposed scheme. The comprehensive formal and informal security review demonstrate that the security of our scheme is resistive against known potential attacks. Additionally, our presented authentication scheme performs significantly better as compared to other existing schemes in the literature and also it is efficient on the basis on high security and low cost for computational and communication.
机译:远程护理医学信息系统(TMIS)被认为是提高医疗服务质量和保护的重要工具。除了保护患者的隐私外,在TMIS中引入了许多认证技术。调查后,观察到许多认证技术具有安全漏洞。在本文中,我们向TMIS使用混沌散列函数提出了一种有效,安全和轻量级的认证方案来实现用户匿名。混沌哈希函数构成现代加密中的潜在安全性,随机行为。此外,我们提供了随机Oracle(RO)模型中的安全证明,并使用(Burrows-Abadi-Consureham)禁令逻辑以获得算法的正确性证明。全面正式和非正式的安全审查表明,我们的计划的安全性对抗已知的潜在攻击。此外,与文献中的其他现有方案相比,我们所提出的认证方案显着更好地执行,并且它在基于高安全性和低计算和通信成本的基础上是有效的。

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