A Distributed Autonomic Management Framework for Cloud Computing Orchestration

R. Weingärtner, G. Bräscher, Carlos Becker Westphall
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引用次数: 9

Abstract

Due to constant workload growth, the infrastructure used to support cloud computing (CC) environments increases in size and complexity. As a consequence of that, human administrators are not able to monitor, analyze, plan and execute actions upon the environment, seeking goals such as the environment optimization and service level agreements fulfillment. This proposal provides an autonomic framework to create virtual machines migrations and heuristics to select hosts to be activated or deactivated when needed. Moreover, the framework proposed in this paper works in a distributed way using multi-agent systems concepts. We provide an architecture to deal with the size, heterogeneity and dynamism of CC environments. Further, our proposal was added to the CloudStack platform as a plug-in for validation and experimentation.
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面向云计算编排的分布式自治管理框架
由于工作负载不断增长,用于支持云计算(CC)环境的基础设施的规模和复杂性也在增加。其结果是,人工管理员无法监视、分析、计划和执行环境上的操作,无法寻求环境优化和服务水平协议实现等目标。该建议提供了一个自治框架来创建虚拟机迁移,并在需要时启发式地选择要激活或停用的主机。此外,本文提出的框架采用多智能体系统概念,以分布式方式工作。我们提供了一个架构来处理CC环境的大小、异构性和动态性。此外,我们的提案被添加到CloudStack平台作为验证和实验的插件。
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