基于Apache Spark平台的可扩展模式挖掘方法

Samaneh Samiei, Mehdi Joodaki, Nasser Ghadiri
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引用次数: 2

摘要

互联网上的数据量正在急剧增长。有些数据(如日志文件)是巨大的,并且包含有价值和宝贵的隐藏模式。换句话说,日志文件是一组记录的事件,这些事件携带了对提高web服务器性能、稳定服务器负载、控制和加速用户响应操作有益且重要的信息。然而,分析大量数据需要很长时间,并且需要强大的硬件。此外,顺序模式挖掘方法的性能通常不能令人满意地处理此类数据。本文提出了一种新颖而先进的并行方法,通过应用Apache Spark平台来查找日志文件模式,如频繁模式(如URL、IP、状态码)、用户访问文件的方式、错误数量和最常见的错误。实验结果表明,该方法在三个数据集上的运行时间明显少于其竞争对手的四种模式挖掘方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Scalable Pattern Mining Method Using Apache Spark Platform
The amount of data is growing sharply on the Internet. Some data like log files are enormous and entail valuable and precious hidden patterns. In other words, a log file is a set of recorded events that carry beneficial and vital information to develop web server performance, stability server loads, control, and rush up user response operations. However, analyzing massive data take a long time and require powerful hardware. Also, the performance of sequential pattern mining methods is usually unsatisfactory to deal with such data. This paper proposes a novel and advanced parallel method for finding the log file patterns, such as frequent patterns (e.g., URL, IP, Status Code), how users accessed files, the number of errors, and the most common errors by applying the Apache Spark platform. Experiment results demonstrate that the proposed method's run time on three datasets is significantly less than its four rival pattern mining methods.
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