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Home-based Cooperative Cache for parallel I/O applications

机译:用于并行I / O应用程序的基于家庭的协作式缓存

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Recently, there has been much research about cluster computing to get high performance using low-cost nodes connected with high-speed networks. In many research fields, many I/O subsystems which access disks slower than any other component in cluster computing have been proposed such as parallel distributed file systems and Cooperative Cache. In many I/O subsystems, Cooperative Cache was proposed to reduce servers' load and to achieve high performance by sharing nodes' caches. Previous researches about Cooperative Cache focus on how to efficiently manage read caches and do not care about the write policy. In parallel I/O applications, which use cluster computing, there are many write accesses as well as read accesses. To improve the overall I/O performance, it is necessary to improve write performance as well as read performance. In this paper, we propose the home-based Cooperative Cache. In the home-based Cooperative Cache, every block has its static home. The home node of a block does the read caching and the write buffering of the block. We apply the home-based Cooperative Cache to Parallel Virtual File System (PVFS) and Cooperative Cluster File System (CCFS). Also, we evaluate and analyze the performance of the home-based Cooperative Cache in PVFS and in CCFS.
机译:近来,已经进行了很多有关群集计算的研究,以使用与高速网络连接的低成本节点来获得高性能。在许多研究领域中,已经提出了许多I / O子系统,它们访问磁盘的速度比群集计算中的任何其他组件都要慢,例如并行分布式文件系统和协作缓存。在许多I / O子系统中,提出了“协作式缓存”以减少服务器的负载并通过共享节点的缓存来实现高性能。以前有关“协作式缓存”的研究集中于如何有效地管理读取缓存,而不关心写入策略。在使用群集计算的并行I / O应用程序中,有许多写访问和读访问。为了提高整体I / O性能,有必要提高写入性能和读取性能。在本文中,我们提出了基于家庭的协作式缓存。在基于家庭的协作缓存中,每个块都有其静态家庭。块的本地节点对块进行读缓存和写缓冲。我们将基于家庭的协作式缓存应用于并行虚拟文件系统(PVFS)和协作式群集文件系统(CCFS)。此外,我们评估和分析PVFS和CCFS中基于家庭的协作式缓存的性能。

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