A Secure Agent Based Architecture for Resource Allocation in Cloud Computing

Wahid Hussain, R. M. Liaqat, N. Saqib, Kyong-Ho Kim
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Abstract

Resource allocation is most challenging task in cloud computing where the service providers seeks to find an effective and efficient resource allocation that meets all demands of users as well as sustain the quality of service. In this paper we have proposed an agent based architecture for resource allocation in dynamic environment by defining the roles at each level. Proposed architecture has the various strategies related to resource allocation such reliability, performance, scalability as well as security related issues in distributed environment. This paper also describe the various proposed architecture by researcher and their limitations. Proposed architecture overcome the all limitation previously proposed by researchers.
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云计算中基于安全代理的资源分配体系结构
资源分配是云计算中最具挑战性的任务,服务提供商寻求找到一种有效和高效的资源分配,以满足用户的所有需求并保持服务质量。本文提出了一种基于agent的动态环境资源分配体系结构,通过对各个层次的角色进行定义。所建议的体系结构具有与分布式环境中的资源分配相关的各种策略,例如可靠性、性能、可伸缩性以及与安全性相关的问题。本文还介绍了研究者提出的各种架构及其局限性。所提出的架构克服了先前研究人员提出的所有限制。
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