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Automatic Email Spam Detection using Genetic Programming with SMOTE

机译:自动电子邮件垃圾邮件检测使用遗传编程用粉碎

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Being one of the major communication ways on the Internet, the emailing systems need to be protected from spam which represents unsolicited messages with serious threats to both individual users and organizations. Realizing this issue, it is an imperious necessity to develop more accurate and effective spam detection models for the emailing platforms. In this paper, an efficient email spam detection model based on Genetic Programming (GP) combined with Synthetic Minority Over-sampling Technique (SMOTE) is proposed to detect spam emails. The model is applied and tested on two benchmark email corpora and tested against four other well-recognized classifiers using four measures; accuracy, recall, precision and G-mean. Experimental results show that GP combined with SMOTE can effectively classify spam emails outperforming the usual classification methods.
机译:作为互联网上的主要沟通方式之一,电子邮件系统需要从垃圾邮件保护垃圾邮件,这代表了对个人用户和组织的严重威胁的未经请求的消息。实现这个问题,这是一个专利的必要性,为电子邮件平台开发更准确和有效的垃圾邮件检测模型。本文采用基于遗传编程(GP)的有效电子邮件垃圾邮件检测模型与合成少数群体过采样技术(SMOTE)相结合,以检测垃圾邮件。在两个基准电子邮件中应用和测试模型,并使用四种措施对抗其他四种识别的分类器;准确性,召回,精度和G均值。实验结果表明,GP与SMOTE结合可以有效地分类垃圾邮件优于常见的分类方法。

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