A Sequence-Based Access Control Framework for Reliable Security Management in Clouds

Faraz Fatemi Moghaddam, Tayyebe Emadinia, P. Wieder, R. Yahyapour
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引用次数: 1

Abstract

Cloud Computing and its' security and privacy concerns as well as countermeasures are one of the highly debated topics in today's IT industry. One of the most challenging security issues in clouds is to define and manage different levels according to isolation, service delivery and scalability concepts in clouds. These security levels need to be protected from disclosing to unauthorized users. Policy-Management models are the most appropriate solutions to create and manage security levels in clouds. However, these models increase the process of matching access requests to defined policies considerably. In this paper, we proposed a reliable access management framework based on multi-level policies and sequences. The suggested model introduces each level of security as s sequence according to the inheritance concepts to classify security levels efficiently and to enhance the process of access control by elimination of un-necessary re-matching. our results showed the suggested model is able to decrease the access response time without affecting the security of the environments.
基于序列的云环境安全管理访问控制框架
云计算及其安全和隐私问题以及应对措施是当今IT行业中备受争议的话题之一。云中最具挑战性的安全问题之一是根据云中的隔离、服务交付和可伸缩性概念定义和管理不同的级别。需要保护这些安全级别,防止向未经授权的用户泄露。策略管理模型是在云中创建和管理安全级别的最合适的解决方案。但是,这些模型大大增加了将访问请求匹配到已定义策略的过程。本文提出了一种基于多级策略和序列的可靠访问管理框架。该模型根据继承概念将各个安全级别按顺序引入,以有效地对安全级别进行分类,并通过消除不必要的重新匹配来增强访问控制过程。结果表明,该模型能够在不影响环境安全性的前提下缩短访问响应时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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