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Complementarity between Virtualization and Single System Image Technologies

机译:虚拟化与单系统映像技术之间的互补性

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摘要

Nowadays, the use of clusters in research centers or industries is undeniable. Since few years, the usage of virtual machines (VM) offers more advanced resource management capabilities, using features such as virtual machine live migration. Because of the latest contributions in the domain, some may argue that single system image (SSI) technologies are now deprecated, without considering some complementarities between VMs and SSI technologies are possible.After evaluating different configurations, we show that combining both approaches allows us to better address cluster challenges such as flexibility for the usage of available resources and simplicity of use. In other terms, the study shows that VMs add a level of management flexibility between the hardware and the application, whereas, SSIs give an abstraction of the distributed resources. The simultaneous usage of both technologies could improve the overall platform resources utilization, the cluster productivity and the efficiency of the running applications.
机译:如今,在研究中心或行业中使用集群是不可否认的。几年来,虚拟机(VM)的使用通过诸如虚拟机实时迁移之类的功能提供了更高级的资源管理功能。由于该领域的最新贡献,有些人可能会认为现在不赞成使用单系统映像(SSI)技术,而无需考虑VM和SSI技术之间的某些互补性。在评估了不同的配置之后,我们证明将这两种方法结合起来可以使我们更好地解决集群挑战,例如可用资源使用的灵活性和使用的简便性。换句话说,研究表明,VM在硬件和应用程序之间增加了一定程度的管理灵活性,而SSI提供了分布式资源的抽象。同时使用这两种技术可以提高总体平台资源利用率,集群生产力和正在运行的应用程序的效率。

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