Role-Based Access-Control Using Reference Ontology in Clouds

W. Tsai, Qihong Shao
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引用次数: 56

Abstract

In cloud computing, security is an important issue due to the increasing scale of users. Current approaches to access control on clouds do not scale well to multi-tenancy requirements because they are mostly based on individual user IDs at different granularity levels. However, the number of users can be enormous and causes significant overhead in managing security. RBAC (Role-Based Access Control) is attractive because the number of roles is significantly less, and users can be classified according to their roles. This paper proposes a RBAC model using a role ontology for Multi-Tenancy Architecture (MTA) in clouds. The ontology is used to build up the role hierarchy for a specific domain. Ontology transformation operations algorithms are provided to compare the similarity of different ontology. The proposed framework can ease the design of security system in cloud and reduce the complexity of system design and implementation.
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云环境中基于角色的引用本体访问控制
在云计算中,由于用户规模的不断扩大,安全性成为一个重要的问题。当前的云访问控制方法不能很好地扩展到多租户需求,因为它们主要基于不同粒度级别的单个用户id。但是,用户的数量可能非常大,并且会导致管理安全性方面的重大开销。RBAC(基于角色的访问控制)很有吸引力,因为角色的数量要少得多,并且可以根据角色对用户进行分类。本文提出了一种基于角色本体的云环境下多租户体系结构(MTA)的RBAC模型。本体用于构建特定领域的角色层次结构。提供了本体转换操作算法,用于比较不同本体之间的相似度。该框架可以简化云环境下安全系统的设计,降低系统设计和实现的复杂性。
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