A Survey on Data Placement Strategy in Big Data Heterogeneous Environments

Anilkumar Ambore, Rani V. Udaya
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引用次数: 3

Abstract

In the present computerized world the extent of the information is expanding at an arbitrary speed. Simultaneously, need to process and examine huge amounts of information likewise expanded. In a few challenge commercial enterprise and logical programs, there's a want to technique petabytes of information in productive way day by day. Hadoop is most popularly used in data intensive applications. The current Hadoop usage accept that computing are homogeneous in nature. The capacity of tremendous amount of information in Hadoop is done using Hadoop Distributed File System (HDFS). HDFS employments block placement arrangement to part a really expansive record into pieces and place them over the cluster in a distributed way. In the present era of social networking, we cannot imagine having a cluster of homogeneous nodes only. Information region has not been taken under consideration for propelling theoretical outline assignments, since it is expected that the most mappings are data-local. To bargain with this Hadoop has usefulness to duplicate the information square where mappers are running. This makes a part of execution corruption particularly on heterogeneous cluster due to I/O delay or organize congestions In this survey we first brief introduction to the Big data, Hadoop and MapReduce. Later several data placement strategies in heterogeneous environment are studied.
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大数据异构环境下数据放置策略研究
在当今计算机化的世界里,信息的范围正以任意的速度扩展。同时,处理和检查大量信息的需求也随之扩大。在一些具有挑战性的商业企业和逻辑程序中,每天都需要以有效的方式处理数pb的信息。Hadoop最常用于数据密集型应用程序。目前Hadoop的使用接受了计算本质上是同质的。Hadoop中海量信息的容量是使用Hadoop分布式文件系统(HDFS)完成的。HDFS使用块放置安排来将一个非常庞大的记录分成几个块,并以分布式的方式将它们放在集群上。在当今的社交网络时代,我们无法想象只有一个同质节点的集群。在推进理论大纲分配时,没有考虑到信息区域,因为大多数映射都是数据局部的。为了解决这个问题,Hadoop可以复制运行映射器的信息方格。在异构集群上,由于I/O延迟或组织阻塞,这会导致执行失败。在本调查中,我们首先简要介绍了大数据、Hadoop和MapReduce。研究了异构环境下的数据放置策略。
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