Fake News Article classification using Random Forest, Passive Aggressive, and Gradient Boosting

S. T. S., P. Sreeja, Rajeev J Ram
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Abstract

Because of the exponential expansion of knowledge available on the internet, it is becoming impossible to decipher Real News from false News. Thus, this contributes to the spread of false information. Many dangerous fake accounts have been created recently, and these accounts distribute false information via posts, blogs, etc. across social media. Some people spread this false information without being aware of its falsity. In this proposal, we proposed a model to identify the fake news spreading on social media. To accomplish this model, we collected the dataset named “NEWS” from the Kaggle depository. Machine learning algorithms such as Random Forest, Passive Aggressive, and Gradient Boosting were used to Classify Real News and Fake News from News Articles. The passive Aggressive Algorithm gave better accuracy than the other two Algorithms used in this work.
使用随机森林、被动攻击和梯度增强的假新闻文章分类
由于互联网上可获得的知识呈指数级增长,从假新闻中分辨真实新闻变得越来越不可能。因此,这助长了虚假信息的传播。最近出现了许多危险的假账户,这些账户通过帖子、博客等在社交媒体上传播虚假信息。有些人在不了解虚假信息的情况下传播了这些虚假信息。在这个提案中,我们提出了一个识别社交媒体上传播的假新闻的模型。为了完成这个模型,我们从Kaggle存储库中收集了名为“NEWS”的数据集。使用随机森林、被动攻击和梯度增强等机器学习算法对新闻文章中的真实新闻和假新闻进行分类。被动攻击算法比本研究中使用的其他两种算法具有更好的精度。
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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