识别用于云垃圾收集的资源

Zhiming Shen, Christopher C. Young, Sai Zeng, K. Murthy, Kun Bai
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引用次数: 6

摘要

基础设施即服务(IaaS)云为用户提供了轻松快速地配置服务器的能力。最近的一项研究发现,三分之一的数据中心服务器继续消耗资源,而没有产生任何有用的工作。已经提出了一些技术来确定这种非生产性实例。但是,这些方法采用基于资源利用率来识别空闲云实例的策略。仅将资源利用率作为指标可能会产生误导,对于企业云环境尤其如此。在本文中,我们介绍了Pleco,一个检测IaaS云中非生产性实例的工具。Pleco通过构建基于应用程序知识的加权参考模型来获取用户和云实例之间的依赖信息。为了处理应用程序知识不足的情况,Pleco还使用基于资源利用数据训练的机器学习模型来补充其依赖结果。Pleco给出了每个确定的非生产性实例的置信度和理由。云管理员可以根据Pleco提供的信息采取不同的行动。Pleco是轻量级的,不需要修改现有的应用程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifying resources for cloud garbage collection
Infrastructure as a Service (IaaS) clouds provide users with the ability to easily and quickly provision servers. A recent study found that one in three data center servers continues to consume resources without producing any useful work. A number of techniques have been proposed to identify such unproductive instances. However, those approaches adopt the strategy to identify idle cloud instances based on resource utilization. Resource utilization as indicator alone could be misleading, which is especially true for enterprise cloud environment. In this paper, we present Pleco, a tool that detects unproductive instances in IaaS clouds. Pleco captures dependency information between users and cloud instances by constructing a weighted reference model based on application knowledge. To handle cases of insufficient application knowledge, Pleco also supplements its dependency results with a machine learning model trained on resource utilization data. Pleco gives a confidence level and justification for each identified unproductive instances. Cloud administrators can then take different actions according to the information provided by Pleco. Pleco is lightweight and requires no modification to existing applications.
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