Balanced multifileinput split (BaMS) technique to solve small file problem in hadoop

L. Mohan, M. Elayidom
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引用次数: 2

Abstract

Hadoop Ditributed File system is designed to process large amount of data. However, processing large number of small files seems inefficient, since Hadoop supports only block level operations. But small file processing is inevitable for real time processing, log processing etc. Hence, to rectify this performance bottleneck, we propose a Balanced MultiFileInput Split (BaMS) technique where files are merged together and stored. Data is converted to bytes and collectively stored in ArrayWritable format. To avoid the need for separate indexing, we follow a hierarchical file naming & storing scheme. The method describes how to access the merged files through Map Reduce Programs. Analysis performed on BaMS proves that it is much efficient compared to the existing methods like HAR and sequence files in terms of storage and access efficiency.
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平衡多文件输入分割(BaMS)技术解决hadoop中的小文件问题
Hadoop分布式文件系统是为处理大量数据而设计的。然而,处理大量小文件似乎效率低下,因为Hadoop只支持块级操作。但是对于实时处理、日志处理等,小文件处理是不可避免的。因此,为了纠正这个性能瓶颈,我们提出了一种平衡的MultiFileInput Split (bam)技术,其中文件被合并在一起并存储。数据被转换成字节,并以ArrayWritable格式存储。为了避免单独索引的需要,我们遵循分层文件命名和存储方案。该方法介绍如何通过Map Reduce程序访问合并后的文件。对BaMS进行的分析表明,在存储和访问效率方面,BaMS比HAR和序列文件等现有方法要高效得多。
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