一种以人为中心感知中具有灵活身份撤销的隐私保护认证方案

Dan Cao, Baokang Zhao, Jinshu Su, Baosheng Wang, Xiaofeng Wang
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引用次数: 1

摘要

以人为中心的感知是一种新的感知范式,它将人的语境信息用属性来描述。然而,由于“以人为本”的特性和动态性,pc的普及面临着两个主要挑战,即具有隐私保护的身份验证和复杂的身份撤销。本文提出了一种支持密钥撤销的基于属性的签名方案ABS-KR。ABS-KR继承了大多数基于属性的签名方案的优点,即签名只显示用户是否拥有满足验证策略的属性,而不显示其标识符或属性的更多信息,实现了保护隐私的身份验证。此外,我们引入了一个负责密钥撤销的中介,以减少管理用户属性并为其生成密钥的属性机构的工作量。执行灵活撤销的核心思想是将用户的秘密密钥分成两个共享,并将一部分交给中介,使用户请求中介帮助生成有效签名。在回答用户之前,中介对用户的标识符和声明的属性执行撤销检查。当且仅当签名者拥有满足策略的未撤销属性时,他才能生成有效的签名。此外,中介还可以在消息签名期间通过撤销检查实现密钥的即时撤销。此外,我们的ABS-KR在计算性的Diffie-Hellman假设下以属性树的形式支持单调策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A privacy preserving authentication scheme with flexible identity revocation in people-centric sensing

People-Centric Sensing (PCS) is a new sensing paradigm, in which people’s context information is described by attributes. However, due to the nature of “people centric” and dynamicity, the prevalence of PCS faces two main challenges, including authentication with privacy preservation and complex identity revocation.

In this paper, we propose the ABS-KR, an attribute-based signature scheme supporting key revocation. ABS-KR inherits the advantage of most attribute-based signature schemes, that is, a signature only shows that whether the user owns attributes satisfying the verification policy, no more information about his identifier or attributes, implementing authentication with privacy preservation. Furthermore, we introduce a mediator responsible for the key revocation to reduce the workload of the attribute authority managing users’ attributes and generating secret key for them. The core idea of performing flexible revocation is to divide a user’s secret key into two shares, and give one part to the mediator, making the user asking the mediator for help to generate a valid signature. Before answering the user, the mediator performs a revocation check for the user’s identifier and claimed attributes. If and only if the signer owns unrevoked attributes satisfying the policy, he can generate a valid signature. In addition, the mediator realizes instantaneous key revocation through revocation check during signing a message. Moreover, our ABS-KR supports monotone policies in the form of attribute trees under the computational Diffie–Hellman assumption.

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来源期刊
Mathematical and Computer Modelling
Mathematical and Computer Modelling 数学-计算机:跨学科应用
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