利用机器学习技术识别网络犯罪--基于情感分析

Yessi Yunitasari, Latjuba S.T.T. Sofyana, Maria Ulfah Siregar
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引用次数: 0

摘要

社交媒体分析是信息分析的一种形式,在当今的网络形势下相当重要。网络犯罪是基于计算机和互联网络的犯罪行为。网络犯罪分子通常通过入侵系统来获取受害者的个人信息。网络犯罪有许多类型。网络犯罪有四种类型:网络钓鱼诈骗、黑客攻击、网络跟踪和网络欺凌。本研究旨在帮助警方或私营部门的调查机构进行流程分析,了解公众在社交媒体上对当前网络犯罪的看法。使用基于情感分析的机器学习技术识别网络犯罪。用于网络犯罪相关情感分析的方法有随机森林法、奈夫贝叶斯法和 KNN 法。在尝试的三种方法中,准确率最高的是 Naive Bayes 算法,达到 99.45%。精度值最高的是 Naive Bayes 算法,为 99.80%,召回值最高的是随机森林算法,为 100%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber Crime Identifying Using Machine Learning Techniques - Based Sentiment Analysis
Social media analytics is a form of information analytics that is quite important in today's cyber situation. Cybercrime is criminal behaviour based on computers and internet networks. Cybercriminals usually hack systems to obtain the personal information of victims. There are many types of cybercrimes. There are four types of cybercrimes: Phishing scams, Hacking, Cyber Stalking and Cyber Bullying. This research aims to help the process analysis by the Police or investigative institutions of the private sector in knowing the results of public sentiment on social media related to current cyber crimes. Ciber Crime identifying using machine learning techniques, based sentiment analysis. Method used for sentiment analysis related to cybercrime is Random Forest, Naïve Bayes, and KNN. The highest accuracy value of the three methods tried is the Naive Bayes algorithm of 99.45%. The highest precision value uses the Naive Bayes algorithm of 99.80%, and the highest recall value uses the random forest algorithm of 100%.
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