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Relation-Based Access Control: An Access Control Model for Context-Aware Computing Environment

机译:基于关系的访问控制:用于上下文感知计算环境的访问控制模型

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摘要

Context-aware computing is an important aspect of the pervasive computing environment and its various dynamic context information brings new challenges to access control systems. In this paper a new access control model, relation based access control (RelBAC), is provided for context-aware environment with a domain specific Description Logic to formalize the model. The novelty of RelBAC is that permissions are formalized as binary relations between subjects and objects which could evolve with the dynamic contexts. The expressive power of RelBAC is illustrated in a case study of a project meeting event.
机译:上下文感知计算是普适计算环境的重要方面,其各种动态上下文信息给访问控制系统带来了新的挑战。在本文中,针对上下文感知环境提供了一种新的访问控制模型,即基于关系的访问控制(RelBAC),具有特定于域的描述逻辑以对该模型进行形式化。 RelBAC的新颖之处在于,权限被正式化为主题和对象之间的二进制关系,可以随着动态上下文而发展。在项目会议活动的案例研究中说明了RelBAC的表达能力。

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