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High Performance and Fault Tolerant Distributed File System for Big Data Storage and Processing Using Hadoop

机译:使用Hadoop的高性能和容错分布式文件系统,用于大数据存储和处理

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Hadoop is a quickly budding ecosystem of components based on Google's MapReduce algorithm and file system work for implementing MapReduce algorithms in a scalable fashion and distributed on commodity hardware. Hadoop enables users to store and process large volumes of data and analyse it in ways not previously possible with SQL-based approaches or less scalable solutions. Remarkable improvements in conventional compute and storage resources help make Hadoop clusters feasible for most organizations. This paper begins with the discussion of Big Data evolution and the future of Big Data based on Gartner's Hype Cycle. We have explained how Hadoop Distributed File System (HDFS) works and its architecture with suitable illustration. Hadoop's MapReduce paradigm for distributing a task across multiple nodes in Hadoop is discussed with sample data sets. The working of MapReduce and HDFS when they are put all together is discussed. Finally the paper ends with a discussion on Big Data Hadoop sample use cases which shows how enterprises can gain a competitive benefit by being early adopters of big data analytics.
机译:Hadoop是一个快速萌芽的组件生态系统,它基于Google的MapReduce算法和文件系统,用于以可扩展的方式实现MapReduce算法并分布在商品硬件上。 Hadoop使用户能够存储和处理大量数据,并以基于SQL的方法或可扩展性较低的解决方案以前无法实现的方式对其进行分析。常规计算和存储资源的显着改进有助于使Hadoop集群对大多数组织而言都是可行的。本文从讨论基于Gartner的炒作周期的大数据演变和大数据的未来开始。我们已经用适当的插图解释了Hadoop分布式文件系统(HDFS)的工作方式及其架构。通过示例数据集讨论了用于在Hadoop中的多个节点之间分配任务的Hadoop MapReduce范例。讨论了将MapReduce和HDFS放在一起时的工作方式。最后,本文以关于大数据Hadoop示例用例的讨论结尾,该示例展示了企业如何通过早日采用大数据分析来获得竞争优势。

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