Leakage-resilient message authentication code scheme based on hidden identity weak hash proof system

Leakage-resilient message authentication code scheme based on hidden identity weak hash proof system
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基于隐藏身份弱哈希证明系统的防泄漏消息认证码方案

DOI:
10.1049/iet-ifs.2014.0579
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发表时间:
2016-07
影响因子:
1.4
通讯作者:
Wang Bin
Wang Bin
中科院分区:
计算机科学4区
文献类型:
--
作者:
Wang Bin

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哈扎伊等人。对抗泄漏消息认证码(MAC)进行了形式化研究,提出了一种对选定消息和无验证查询攻击都具有抗泄漏能力且不可伪造的MAC方案(UF-cm-NVQ)。由于其构造的通信开销与控制泄漏界的参数是线性的,因此他们的方案以牺牲效率来换取抗泄漏能力。在这项研究中,作者研究了在公钥环境下设计具有可接受通信效率的抗泄漏MAC的问题。特别提出了隐藏身份弱哈希证明系统(HID-wHPS)的概念。然后,在HID-wHPS抽象框架下提出了一种通用的MAC结构。由HID-WHPS保证的安全特性使我们能够以模块化的方式证明作者的构造既具有抗泄漏能力,又具有UF-cm-NVQ。最后,性能分析表明,在给定的泄漏界下,它们的MAC构造在标签密钥大小、标签大小和计算开销方面都有所改善。
Hazay et al. initiated the formal study of leakage-resilient message authentication code (MAC) and presented a MAC scheme that is both leakage resilient and unforgeable against chosen message and no verification query attack (uf-cm-nvq). As the communication overhead of their construction is linear with the parameters that control the leakage bound, their scheme sacrifices efficiency in exchange for leakage resilience. In this study, the authors study the problem of designing leakage-resilient MACs in the public-key setting with acceptable communication efficiency. In particular, a notion called ‘hidden identity weak hash proof system’(HID-wHPS) is introduced. Then a generic MAC construction is presented under the abstraction framework of HID-wHPS. Security properties guaranteed by HID-wHPS enable us to prove the author's construction to be both leakage resilient and uf-cm-nvq in a modular way. Finally, performance analysis shows that their MAC construction yields improved tagging-key size, tag size as well as computation overhead under the given leakage bound.
DOI: 10.1109/sfcs.1997.646134
发表时间: 1997-10
期刊: Proceedings 38th Annual Symposium on Foundations of Computer Science
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