面向云计算环境感知服务的访问控制模型研究

I. Satoh
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引用次数: 3

摘要

将具有密集任务的上下文感知服务卸载到云计算基础设施是有用的。然而,由于普适性计算的以上下文为中心的访问控制模型和云计算的基于主题的访问控制模型之间的差异,我们遇到了一个问题。为了解决这一问题,本文提出了一个位置模型,用于在空间上指定人、物理实体、空间和计算机的包含关系。该模型还管理以上下文为中心的访问控制模型,并引入普适计算和云计算程序之间的接口。这些接口使为后者执行的上下文感知服务能够在前者的访问控制模型下访问计算资源和信息。本文介绍了该模型的基本概念及其原型实现。
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Toward Access Control Model for Context-Aware Services Offloaded to Cloud Computing
Off loading context-aware services with intensive tasks to cloud computing infrastructures is useful. However, we have a problem resulting from differences between context-centric access control models for pervasive computing and subject-based access control models for cloud computing. To solve this problem, this paper proposes a location model for spatially specifying containment relationships of persons, physical entities, spaces, and computers. The model also manages context-centric access control models, and introduces an interface between pervasive computing and cloud computing programs. The interfaces enable context-aware services executed forthe latter to access computational resources and information under an access control model for the former. This paper presents the basic notion of the model and its prototype implementation.
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