An Automatic Fake News Identification System using Machine Learning Techniques

Archana Saini, Kalpna Guleria, Shagun Sharma
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Abstract

With the evolvement in technology and social media, the prevalence of fake news is rapidly increasing. It has become a new research field that is gaining popularity and requires attention. However, due to a scarcity of resources such as insufficient and invalid datasets along with analysis techniques, there are various challenges such as the flourishment of fake news, that are faced. It has a considerable influence on everyday lives, as well as in almost every single field, especially politics, and education. Hence, this condition requires attention to detect fake news for reducing distrust in the government systems. This article introduces a solution to fake news detection by implementing a model using various classification techniques. This work has been implemented with Decision Tree, Random Forest, Logistic Regression, and Passive Aggressive Classifier for identifying fake news. However, the outcome of the passive-aggressive classifier has resulted in the highest accuracy of 93.05%. Furthermore, this work can help in the real-time identification of fake news leading to maintaining people’s trust on social media and government systems.
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基于机器学习技术的假新闻自动识别系统
随着科技和社交媒体的发展,假新闻的流行正在迅速增加。它已成为一个新兴的研究领域,越来越受到人们的关注。然而,由于资源的稀缺性,如不充分和无效的数据集以及分析技术,面临着各种挑战,如假新闻的繁荣。它对日常生活以及几乎每一个领域都有相当大的影响,尤其是政治和教育。因此,为了减少对政府系统的不信任,需要注意发现假新闻。本文介绍了通过使用各种分类技术实现模型来检测假新闻的解决方案。这项工作已经通过决策树、随机森林、逻辑回归和被动攻击分类器来识别假新闻。然而,被动攻击分类器的结果达到了93.05%的最高准确率。此外,这项工作可以帮助实时识别假新闻,从而维持人们对社交媒体和政府系统的信任。
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