决策系统框架下基于图神经网络的假新闻检测

I. Pilkevych, D. Fedorchuk, O. Naumchak, M. Romanchuk
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引用次数: 4

摘要

假新闻数量的快速增长已经成为许多国家政府信誉的严重威胁。社交平台的广泛使用助长了假新闻的产生和传播。这就是实现假新闻检测的任务。很多研究已经集中在这方面。现代检测假新闻的方法严重依赖文本信息,检查提取的新闻内容或基于内部知识的写作风格。然而,有意的谣言可以掩盖写作风格,绕过语言和文本模式。为了打击假新闻的传播,研究了基于人工智能和机器学习的自动检测方法。在一个每分钟都有数百万篇文章被删除和发布的世界里,手工无法有效地完成这一点。解决方案可能是开发一个系统来提供可靠的自动评估系统,或者使用深度学习技术(即具有归纳结构的图神经网络)来评估不同出版商和新闻上下文的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fake News Detection in the Framework of Decision-Making System through Graph Neural Network
The rapid growth of the number of fake news has become a serious threat to the credibility of the governments of many countries. The extensive use of social platforms contributes to the creation and dissemination of fake news. This is actualize the task of fake news detection. Much research has already focused on this. Modern methods of detecting fake news rely heavily on textual information, examining the extracted news content or writing style based on internal knowledge. However, intentional rumors can mask the style of writing, bypassing languages and text patterns. In order to combat the spread of fake news, methods of automatic detection based on artificial intelligence and machine learning were studied. In a world where millions of articles are deleted and published every minute, this cannot be done effectively manually. The solution may be to develop a system to provide reliable automated assessment systems or to assess the reliability of different publishers and news contexts using deep learning techniques, namely graph neural networks with an inductive structure.
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