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An Algebraic Model to Analyze Role-Based Access Control Policies

机译:用于分析基于角色的访问控制策略的代数模型

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Role-Based Access Control (RBAC) is a well known access control model used to preserve the confidentiality of information by specifying the ability of users to access information based on their roles. Usually these policies would be manipulated by combining or comparing them especially when defined in a distributed way. Furthermore, these policies should satisfy predefined authorization constraints. In this paper, we present an algebraic model for specifying and analyzing RBAC policies. The proposed model enables us to specify policies and verify the satisfaction of predefined authorization constraints. Furthermore, the model allows us to combine policies and analyze their effect on predefined constraints. The model consists of few operators that give simplicity in specifying polices. We present a prototype tool used for facilitating the analysis.
机译:基于角色的访问控制(RBAC)是一种众所周知的访问控制模型,用于通过指定用户根据其角色访问信息的能力来保留信息的机密性。通常,可以通过组合或比较它们来操纵这些策略,尤其是在以分布式方式定义时。此外,这些策略应满足预定义的授权约束。在本文中,我们提出了一种用于指定和分析RBAC策略的代数模型。提出的模型使我们能够指定策略并验证预定义授权约束的满足。此外,该模型允许我们组合策略并分析其对预定义约束的影响。该模型由几个操作员组成,这些操作员可以简化指定策略的过程。我们提供了用于简化分析的原型工具。

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