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Implementation and performance of cluster-based file replication in large-scale distributed systems

机译:大型分布式系统中基于群集的文件复制的实现和性能

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The authors describe the implementation and an initial performance study of Frolic, a cluster-based dynamic file replication system. This system specifically targets large scale commercial environments with extensive file sharing, although it is expected to also perform well in systems with limited file sharing as well. Instead of keeping copies of a widely shared file at each client workstation, these files are dynamically replicated onto the cluster file servers, so that they become locally available. The costs of maintaining consistency among the limited number of server copies should be much less than that among a large number of clients. The problems of network and server congestion as well as that of high access latency may be alleviated. Simulation studies using a statistical workload have shown that cluster-based file replication can significantly reduce file access times for a wide range of workload parameters.
机译:作者描述了基于群集的动态文件复制系统Frolic的实现和初步性能研究。该系统专门针对具有广泛文件共享功能的大规模商业环境,尽管它在文件共享受限的系统中也有望表现良好。这些文件不是动态保留在每个客户端工作站上的广泛共享文件的副本,而是动态复制到群集文件服务器上,以便它们在本地可用。在有限数量的服务器副本之间保持一致性的成本应比在大量客户端中保持一致性的成本低得多。可以缓解网络和服务器拥塞以及高访问延迟的问题。使用统计工作负载的模拟研究表明,基于群集的文件复制可以显着减少各种工作负载参数的文件访问时间。

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