A Systematic Review: Detecting Phishing Websites Using Data Mining Models

Dina Jibat;Sarah Jamjoom;Qasem Abu Al-Haija;Abdallah Qusef
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Abstract

As internet technology use is on the rise globally, phishing constitutes a considerable share of the threats that may attack individuals and organizations, leading to significant losses from personal and confidential information to substantial financial losses. Thus, much research has been dedicated in recent years to developing effective and robust mechanisms to enhance the ability to trace illegitimate web pages and to distinguish them from non-phishing sites as accurately as possible. Aiming to conclude whether a universally accepted model can detect phishing attempts with 100% accuracy, we conduct a systematic review of research carried out in 2018–2021 published in well-known journals published by Elsevier, IEEE, Springer, and Emerald. Those researchers studied different Data Mining (DM) algorithms, some of which created a whole new model, while others compared the performance of several algorithms. Some studies combined two or more algorithms to enhance the detection performance. Results reveal that while most algorithms achieve accuracies higher than 90%, only some specific models can achieve 100% accurate results.
系统回顾:利用数据挖掘模型检测钓鱼网站
随着互联网技术的使用在全球范围内呈上升趋势,网络钓鱼在可能攻击个人和组织的威胁中占有相当大的份额,导致从个人和机密信息到重大经济损失的重大损失。因此,近年来许多研究都致力于开发有效而强大的机制,以提高追踪非法网页的能力,并尽可能准确地将它们与非网络钓鱼网站区分开来。为了总结一个普遍接受的模型是否能以 100% 的准确率检测网络钓鱼企图,我们对 2018-2021 年发表在 Elsevier、IEEE、Springer 和 Emerald 出版的知名期刊上的研究进行了系统回顾。这些研究人员研究了不同的数据挖掘(DM)算法,其中一些创建了全新的模型,而另一些则比较了几种算法的性能。有些研究结合了两种或多种算法,以提高检测性能。研究结果表明,虽然大多数算法的准确率高于 90%,但只有某些特定模型的准确率能达到 100%。
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