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Data processing in Hive vs. SQL server: A comparative analysis in the query performance

机译:Hive与SQL Server中的数据处理:查询性能的比较分析

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摘要

Data processing means manipulating the input raw data using application program to get the desired output. The main target behind data processing is to convert unusable data into a usable form. Relational database management system (RDBMS) is playing main role for data processing in most of the organizations. MySQL, SQL Server, Oracle, SQLite are some of the well-known database management systems. Moving forward big data technology is becoming more admired towards many organizations as nature and size of data sets grow rapidly. Big data is particularly apt for extreme large volume where conventional data processing application is inadequate to deal. Generally, large organizations use big data technology for processing large volume of data. However, this paper targets the audience of Small Enterprises (SE) where the database size is relatively small and is not distributed over multiple servers. The attempted study examines the query execution time between traditional data warehouse, grounded on the SQLite, SQL Server and a parallel data warehouse grounded on the Hive built on the top of Hadoop so that SE can decide which system performs better in terms of the time of data processing. The study finds that it is better to use traditional database systems if SE does not have a plan in near future to work with vast amount of data i.e. the data set fits on a single computer.
机译:数据处理是指使用应用程序处理输入的原始数据以获得所需的输出。数据处理的主要目标是将无法使用的数据转换为可用的形式。关系数据库管理系统(RDBMS)在大多数组织中对数据处理起着主要作用。 MySQL,SQL Server,Oracle,SQLite是一些著名的数据库管理系统。随着数据集的性质和规模的快速增长,大数据技术的发展正受到许多组织的推崇。大数据特别适合于常规数据处理应用程序无法处理的超大容量。通常,大型组织使用大数据技术来处理大量数据。但是,本文针对的是小型企业(SE)的受众,这些企业的数据库大小相对较小并且没有分布在多个服务器上。尝试进行的研究检查了基于SQLite,SQL Server和基于Hadoop顶部的Hive的并行数据仓库之间的传统数据仓库之间的查询执行时间,以便SE可以根据时间来确定哪个系统性能更好。数据处理。该研究发现,如果SE在不久的将来没有计划使用海量数据(即数据集可容纳在一台计算机上),则最好使用传统的数据库系统。

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