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首页> 外文期刊>Journal of supercomputing >ER-TCP: an efficient TCP fault-tolerance scheme for cluster computing
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ER-TCP: an efficient TCP fault-tolerance scheme for cluster computing

机译:ER-TCP:用于集群计算的高效TCP容错方案

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This paper proposes a novel scheme, named ER-TCP, which transparently masks the failures happened on the server nodes of a cluster from clients at TCP connection granularity. In this scheme, TCP connections at the server side are actively and fully replicated to remain consistency so as to be transplanted over healthy parts during failure. A log mechanism is designed to cooperate with the replication to achieve small sacrifice on the performance of communication and makes the scheme scales beyond a few nodes, even when they have different processing capacities. We built a prototype system at a four-node cluster with ER-TCP, and conducted a series of experiments on that. The experimental result told us that ER-TCP has relatively small penalty on the communication performance, especially when it is used to synchronize multiple replicas. The results of real applications show that ER-TCP will incur small sacrifice on performance of web server at light load, and it can be used to distribute files very efficiently and reliably.
机译:本文提出了一种名为ER-TCP的新方案,该方案以TCP连接粒度透明地从客户端掩盖了群集服务器节点上发生的故障。在此方案中,将主动且完全复制服务器端的TCP连接以保持一致性,以便在出现故障时将其移植到健康的部件上。日志机制旨在与复制配合使用,以牺牲通信性能,而使该方案扩展到几个节点之外,即使它们具有不同的处理能力也是如此。我们使用ER-TCP在四节点集群上构建了原型系统,并对此进行了一系列实验。实验结果告诉我们,ER-TCP对通信性能的影响相对较小,尤其是当它用于同步多个副本时。实际应用的结果表明,ER-TCP在轻负载下将对Web服务器的性能造成很小的牺牲,并且可以非常有效且可靠地用于分发文件。

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