Spam filtering techniques and MapReduce with SVM: A study

Amol G. Kakade, P. Kharat, A. Gupta, Tarun Batra
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引用次数: 6

Abstract

Spam is the most dangerous threat to email systems today. Spam is any unwanted and harmful mail. Separation of spam from normal mails is essential. This paper surveys different spam filtering techniques, Support Vector Machine (SVM) training problems and need to introduce MapReduce Hadoop to train SVM. Techniques to separate spam mails are word based, content based, machine learning based and hybrid. Machine learning techniques are most popular because of high accuracy and mathematical support. SVM is the mostly used machine learning based technique in the spam filtering process because its ability to handle data with large attribute. Hurdles in training of SVM are, large time requirement and large dataset can't be given as an input. These both problems can be solved by implementing the training algorithm on MapReduce (Hadoop) framework which gives up to 6 times speedup than sequential algorithm.
垃圾邮件过滤技术与支持向量机MapReduce研究
垃圾邮件是当今电子邮件系统最危险的威胁。垃圾邮件是任何不需要的和有害的邮件。将垃圾邮件与正常邮件分开是必要的。本文调查了不同的垃圾邮件过滤技术,支持向量机(SVM)的训练问题,并需要引入MapReduce Hadoop来训练支持向量机。分离垃圾邮件的技术有基于单词的、基于内容的、基于机器学习的和混合的。机器学习技术是最受欢迎的,因为它具有高精度和数学支持。支持向量机是垃圾邮件过滤过程中最常用的基于机器学习的技术,因为它具有处理大属性数据的能力。支持向量机训练的障碍是时间要求大,不能给出大数据集作为输入。这两个问题都可以通过在MapReduce (Hadoop)框架上实现训练算法来解决,它比顺序算法提供了高达6倍的加速。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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