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Replication and Migration as Resource Management Mechanisms for Virtualized Environments

机译:复制和迁移作为虚拟化环境的资源管理机制

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Virtualization has become an essential technology in the data center. Virtualization improves resource utilization through server consolidation, but it also makes resource management more complex. Golondrina, an autonomic resource management system, was built to use virtual machine relocation to handle resource stress situations, that is, situations where the combined resource needs of the virtual machines hosted in a physical machine exceed the resource availability. Preliminary experiments show that replication offers improvements over migration, and both mechanisms offer improvements over taking no action upon detection of a resource stress situation. This work is one of the first ones in proposing a resource management system for operating system-level virtualized environments. Moreover, this is the first study that uses replication as an alternative to migration and compares both mechanisms.
机译:虚拟化已成为数据中心的基本技术。虚拟化通过服务器整合提高了资源利用率,但它还使资源管理更加复杂。 Golondrina是一个自主资源管理系统,建立了使用虚拟机重新定位来处理资源应力情况,即物理机器中托管的虚拟机的组合资源需求超出资源可用性的情况。初步实验表明,复制提供了对迁移的改进,并且两种机制在检测到资源应力情况下没有采取任何行动。这项工作是第一个提出用于操作系统级虚拟化环境的资源管理系统之一。此外,这是第一项研究,它使用复制作为迁移的替代方法并进行了两种机制。

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