Smart Cities Hybridized to Prevent Phishing URL Attacks

G. Swathi, M. Shwetha, Pandarinath Potluri, Kommisetti Murthy Raju, Yogesh Kumar, K. Rajchandar
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Abstract

For intelligent phishing site recognition, this proposal introduces particle swarm optimization-based feature weights in order to improve phishing site detection. Particle Swarm Optimization (PSO) is used to identify phishing sites more accurately by checking multiple website properties. PSO-based recommended site feature weighting is used to rank web elements according to their importance in distinguishing real websites from phishing sites. Based on the test results, the PSO-based feature weighting significantly improved the classification accuracy, the true positive and negative rates, and the false negative and false positive rates. Phishing is the collection of personal information through fake websites, including passwords, account numbers, and credit card details. Attackers lure fake visitors by using attractive URLs. Recently, the Unified Resource Locator phishing was successfully detected using machine learning-based detection. K-nearest neighbors, decision trees, and random forests are just some of the machine learning classifiers used to determine if a site is real or not. This classification may make it easier to identify fake sites. A genetic algorithm, however, has been shown to improve the accuracy of feature selection and thus increase the detection efficiency.
混合智慧城市防止网络钓鱼URL攻击
针对网络钓鱼网站的智能识别,本文引入基于粒子群优化的特征权重,以提高网络钓鱼网站的检测效率。粒子群优化算法(Particle Swarm Optimization, PSO)通过检测多个网站属性,更准确地识别钓鱼网站。基于pso的推荐站点特征加权是根据网站元素的重要性对其进行排序,以区分真实网站和钓鱼网站。从测试结果来看,基于pso的特征加权显著提高了分类准确率、真阳性和阴性率、假阴性和假阳性率。网络钓鱼是通过虚假网站收集个人信息,包括密码、账号和信用卡详细信息。攻击者通过使用有吸引力的url引诱虚假访问者。最近,使用基于机器学习的检测方法成功检测到统一资源定位器网络钓鱼。k近邻、决策树和随机森林只是用于确定站点是否真实的机器学习分类器中的一些。这种分类可能更容易识别虚假网站。然而,遗传算法已被证明可以提高特征选择的准确性,从而提高检测效率。
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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