Similarity measure fuzzy soft set for phishing detection

R. Hidayat, I. R. Yanto, A. A. Ramli, M. F. M. Fudzee
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引用次数: 2

Abstract

Article history Received December 29, 2020 Revised March 31, 2021 Accepted March 31, 2021 Available online March 31, 2021 Phishing is a serious web security problem, and the internet fraud technique involves mirroring genuine websites to trick online users into stealing their sensitive information and taking out their personal information, such as bank account information, usernames, credit card, and passwords. Early detection can prevent phishing behavior makes quick protection of personal information. Classification methods can be used to predict this phishing behavior. This paper presents an intelligent classification model for detecting Phishing by redefining a fuzzy soft set (FSS) theory for better computational performance. There are four types of similarity measures: (1) Comparison table, (2) Matching function, (3) Similarity measure, and (4) Distance measure. The experiment showed that the Similarity measure has better performance than the others in accuracy and recall, reached 95.45 % and 99.77 %, respectively. It concludes that FSS similarity measured is more precise than others, and FSS could be a promising approach to avoid phishing activities. This novel method can be implemented in social media software to warn the users as an early warning system. This model can be used for personal or commercial purposes on social media applications to protect sensitive data.
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网络钓鱼检测的相似度量模糊软集
文章历史收到2020年12月29日修改2021年3月31日接受2021年3月31日上线2021年3月31日网络钓鱼是一种严重的网络安全问题,它是一种网络欺诈技术,通过镜像真实的网站来欺骗在线用户窃取其敏感信息,并获取其个人信息,如银行账户信息、用户名、信用卡信息和密码。及早发现可以防止网络钓鱼行为,使个人信息得到快速保护。分类方法可以用来预测这种网络钓鱼行为。本文通过重新定义模糊软集(FSS)理论,提出了一种用于网络钓鱼检测的智能分类模型,以提高计算性能。相似性度量有四种类型:(1)比较表,(2)匹配函数,(3)相似性度量,(4)距离度量。实验表明,相似度测度在准确率和查全率上均优于其他测度,分别达到95.45%和99.77%。结论是FSS相似性测量比其他方法更精确,FSS可能是避免网络钓鱼活动的一种有前途的方法。该方法可以在社交媒体软件中实现,作为预警系统对用户进行预警。此模型可用于个人或商业目的的社交媒体应用程序,以保护敏感数据。
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来源期刊
International Journal of Advances in Intelligent Informatics
International Journal of Advances in Intelligent Informatics Computer Science-Computer Vision and Pattern Recognition
CiteScore
3.00
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0.00%
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