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Clusterfile: a flexible physical layout parallel file system

机译:Clusterfile:灵活的物理布局并行文件系统

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This paper presents Clusterfile, a parallel file system that provides parallel file access on a cluster of computers. We introduce a file partitioning model that has been used in the design of Clusterfile. The model uses a data representation that is optimized for multidimensional array partitioning while allowing arbitrary partitions. The paper shows how the file model can be employed for file partitioning into both physical subfiles and logical views. We also present how the conversion between two partitions of the same file is implemented using a general memory redistribution algorithm. We show how we use the algorithm to optimize non-contiguous read and write operations. The experimental results include performance comparisons with the Parallel Virtual File System (PVFS) and an MPI-IO implementation for PVFS.
机译:本文介绍了Clusterfile,这是一个并行文件系统,可在计算机群集上提供并行文件访问。我们介绍了用于Clusterfile设计的文件分区模型。该模型使用针对多维数组分区进行了优化的数据表示,同时允许任意分区。本文展示了如何使用文件模型将文件分区为物理子文件和逻辑视图。我们还将介绍如何使用通用的内存重新分配算法来实现同一文件的两个分区之间的转换。我们展示了如何使用该算法来优化非连续的读写操作。实验结果包括与并行虚拟文件系统(PVFS)和针对PVFS的MPI-IO实现的性能比较。

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