使用Hadoop框架拆分读取数据节点上的冗余数据集

N. Karpagam, G. K. Thrilokesh, J. Shanker, K. Harish, M. Raja
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引用次数: 1

摘要

存储和开发大数据的过程是在Hadoop的帮助下完成的,Hadoop是一个分布式领域的开源框架,跨系统组使用普通调度模型。根据这个框架,HDFS (Hadoop分布式文件系统)默认将数据集复制到两个额外的数据节点中,以实现任何组件故障时的可用性。数据节点的读写活动是根据名称节点给出的指令通过文件系统完成的。对于一个数据的不同数据块,从不同数据节点读取数据集合是完全并行的。因此,如果一个块出现故障,它将获得其复制块的另一个位置并读取数据块,这将占用一些时间。本文在同一数据块的两个不同数据节点上,分别从上到中、从下到中对数据集合进行两种不同顺序的读取。如果任何数据节点出现故障,则读取另一个数据节点的另一半。然后使用图约简技术对其进行处理进行分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Split reading of redundant datasets on datanodes using Hadoop framework
The process of storing and developing of big data is done with the help of Hadoop which is an open-source framework in a distributive arena across groups of systems using plain scheduling models. According to this framework HDFS (Hadoop Distributed File System) replicates datasets into two additional data nodes by default to achieve availability during failure of any components. The read and write activities of the data nodes is done with the file system based on instruction given by name node. The reading of data collection from different data node is done completely in parallel for the different data block of one data. So that if any failure of one block it would get the other location of its replicated block and read data block which would take up some time for it. In this paper the data collection are read in two different orders on two different data nodes of same data block as such from top to the middle and bottom to the middle respectively. In case of failure in any data node the other half of the other data node is read. Which is then processed using map reduce technique for analysis.
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