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HPC Cluster Monitoring System Architecture Design and Implement

机译:HPC集群监控系统架构设计与实现

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摘要

High performance computing (HPC) facilities such as HPC clusters, as building blocks of Grid computing, are playing an important role in computational Grid. HPC monitoring in HPC cluster systems presents an important challenge because HPC cluster environments are volatile, heterogeneous, not reliable and are managed by different middleware and systems. In this paper, we propose an HPC cluster monitoring system with four tier structure for Grid computing and utility computing clusters. It provides the basic function such as job monitoring, and system monitoring, etc. With our prototype, the Grid users are able to find the available cluster nodes, and customize their preferred HPC cluster nodes for their computation intensive applications in Grid computing or utility computing.. Experiments show that our work provide great convenience and flexibility for users to make good use of HPC cluster.
机译:高性能计算(HPC)设施(例如HPC集群)作为网格计算的构建块,在计算网格中起着重要的作用。 HPC群集系统中的HPC监控提出了一个重要的挑战,因为HPC群集环境易变,异构,不可靠并且由不同的中间件和系统进行管理。在本文中,我们为网格计算和效用计算集群提出了一种具有四层结构的HPC集群监控系统。它提供了作业监视和系统监视等基本功能。借助我们的原型,网格用户能够找到可用的群集节点,并自定义其首选的HPC群集节点,以供其在网格计算或效用计算中的计算密集型应用程序使用..实验表明,我们的工作为用户充分利用HPC群集提供了极大的便利和灵活性。

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