基于Persistent MapReduce技术的高效批量处理相关大数据任务

R. K. Sidhu, Charanjiv Singh Saroa
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引用次数: 0

摘要

从最近几年开始,当今企业产生的数据以指数级的速度增长。此外,处理和分解大量数据的需求也同样扩大了。为了处理大量的数据并对其进行分析,Apache系统的开源使用,Hadoop现在被使用。Hadoop提出了一种实用计算模型,可以替代传统的数据库和处理技术。MapReduce的可扩展性和高可用性使其成为大数据分析的首选。本文简要介绍了HDFS和MapReduce。在对它们进行了详细的研究之后,它开始处理相关的任务,并将mapper函数的缓存结果存储起来,作为一般reducer的输入。通过这个额外的触发剂,我们能够在大约一半的实际时间内获得分析结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Efficient Batch Processing of Related Big Data Tasks using Persistent MapReduce Technique
The data generated by today's enterprises has been increasing at exponential rates in size from most recent couple of years. Also, the need to process and break down the substantial volumes of data has likewise expanded. In order to handle this enormous amount of data and to analyze the same, an open-source usage of Apache system, Hadoop is utilized now-a-days. Hadoop presented a utility computing model which offer replacement of traditional databases and processing techniques. Scalability and high availability of MapReduce makes it the first choice for big data analysis. This paper provides a brief introduction to HDFS and MapReduce. After studying them in detail, it later made to work on related tasks and store the cached result of mapper function which can be used as an input for general reducers. By this additional triggering agent, we were able to achieve the analysis result in approximately half the actual time.
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