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Failure recovery in XOR'ed networks

机译:Xor'ed网络中的失败恢复

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The advantage of network coding has recently been used to several diverse problems of broadcast (single and multi-source), network efficiency, algorithmic complexities and in removal of faulty nodes. In our previous work we have shown the significance of network coding in parallel network communication. The fault tolerance and data loss problems in parallel computation are always a bottleneck in implementing the parallel topologies. Subsequently, the key goal is to minimize the amount of bandwidth required during such failures. In this paper, we exploit the distributed nature of network coding to overcome the issues of data loss due to communication failures. This paper also elucidates the procedure of failure recovery by buffering the communicating data at alternative network levels. With our approach, we are able to minimize the chance of data loss and utilize coding opportunities.
机译:网络编码的优点最近已被用于广播(单源和多源),网络效率,算法复杂性的几种不同问题以及删除故障节点。 在我们以前的工作中,我们已经表明了网络编码在并行网络通信中的重要性。 并行计算中的容错和数据丢失问题始终是实现并行拓扑结构的瓶颈。 随后,关键目标是最小化此类故障期间所需的带宽量。 在本文中,我们利用网络编码的分布式性质来克服由于通信故障导致的数据丢失问题。 本文还阐明了通过在替代网络级别缓冲传送数据来阐明故障恢复的过程。 通过我们的方法,我们能够最大限度地减少数据丢失的可能性并利用编码机会。

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