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Performance Analysis of Selected Machine Learning Algorithms for the Classification of Phishing URLs

机译:所选机器学习算法的性能分析,用于分类网络钓鱼URL

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One of the security threats facing onlinecommunities is phishing-based attacks. These phishingattacks come in different ways. It has been argued thatURL-based phishing campaigns are one of the simplestbut very effective techniques that attackers usednowadays to steal sensitive information and robinnocent cyber users of both financial and nonfinancial credentials. However, most of the past studiesfocus on using signature-based approach for detectingmalicious URL instead of Machine Learning basedtechniques. We equally observed that studies that usedML techniques used dataset with limited features ordoes not consider comparative analysis. This workproposed a Machine Learning-based approach forphishing url detection. We investigated theperformances of four supervised machine learningalgorithms in the classification of phishing uniformresource locators. Experimental results showed thatDecision Tree classifier has the overall bestperformance across accuracy, precision, recall and f1-measure used as metrics. This is followed by GaussianNa?ve Bayes’ which also performed very well comparedto the poor results recorded by Logistic Regression andNearest Neighbour algorithm across all the metrics.Thus, Decision Tree classifier was able to classifyphishing url better than all other selected algorithms.
机译:onlineCommunities面临的安全威胁之一是基于网络钓鱼的攻击。这些伪洁白钓以不同的方式来。它已被认为基于url的网络钓鱼活动是攻击者篡夺敏感信息和金融和非金融凭证的敏感信息和罗宾社会网络用户的最简单的非常有效的技术之一。然而,大多数过去的研究福科如何使用基于签名的方法来检测智能URL而不是基于机器学习的技术。我们同样观察到,使用具有有限特征的数据集的使用ML技术纠纷不考虑比较分析。这是一种基于机器学习的方法,无法验证URL检测。我们调查了在网络钓鱼统一位置定位器分类中的四个监督机器学习的可行性。实验结果表明,DeCision Tree Classifier具有跨精度,精度,召回和F1措施的总体性能,用作指标。随后是高斯纳·普贝雷斯(Gaussianna've Bayes)也表现得非常良好,与所有度量标准的Logistic回归和最佳邻居算法记录的差的结果相比。决策树分类器能够比所有其他所选算法更好地分类URL。

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