Developing a Web-Based COVID-19 Fake News Detector With Deep Learning

Developing a Web-Based COVID-19 Fake News Detector With Deep Learning

Copyright: © 2022 |Pages: 30
DOI: 10.4018/978-1-7998-8793-5.ch010
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Abstract

Fake news and misleading information have been determined as ongoing social challenges in the post-pandemic era. COVID-19-related misinformation has been posted online, which is a crucial impact on society. Despite technological abuses of spreading misinformation, artificial intelligence can help to terminate it. This chapter proposes a cloud-based architecture to detect misleading information on COVID-19-related news and articles. The system has been illustrated through misinformation extraction, fake news detection, and ground-truth testing. A web-based application has been presented with a dashboard-like user interface design using cloud computing. A bench of word embeddings and deep learning algorithms has been investigated for determining the optimal model. The anti-misinformation system can identify fake news in a second with a reliability study operated in a cloud computing environment. Potential limitations and suggestions are also discussed in terms of improving the system for industrial consideration.
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Introduction

Deciphering what is fact and fiction sometimes is exhausting, particularly in the age of mass and social media. Fake news and misinformation have been spreading even faster than the novel coronavirus since the beginning of 2020. Hundreds of posts containing misguiding information on COVID-19 are being left online, along with the huge impact on individual responses and disastrous consequences to the entire social system (Barua et al., 2020). Many social and psychological impacts from misinformation, such as xenophobia, depression, violence, human rights violation for specific clusters (i.e. females, minorities, and LGBT groups), and psychological health of healthcare workers, have been becoming one of the biggest challenges during the ongoing COVID-19 pandemic (Ali et al., 2021). The ability of spreading fake news and false information has increased exponentially in the digital era as irresponsible individuals and organizations generate and share misleading posts through social media. Despite the negative aspect of hyper-connected society, information technologies can also assist to terminate using the state-of-the-art techniques. The majority of news organizations have implemented the fact-check units, which can help editors to guarantee the trustworthiness of the news source by screening and checking material in the digital manner. Third-party fact-checkers have also been incorporated to strengthen the capability of the authenticity of news content in terms of automatic assessments of news organizations, in which journalists are required to obey the Trust Principles as the bottom line. On the other hand, public authorities and lawmakers have obligations to regulate the journalism systematically by issuing related policies and rules, facilitating news literacy, and unifying government supervision, whereas monitoring fake news and misinformation is the foundation of the evidence-based policy-making process and the efficient measure of the regulation. Moreover, the supervision from any other social participants also plays a critical role in fighting against fake news and rumors. Several advanced algorithms and auto-detection systems have been applied by technology companies to identify fake news and misinformation. Individuals can also avoid fake news and rumors through comparing news and posts from a variety of online resources.

Key Terms in this Chapter

Word Embeddings: A representation vectors that is encoded based the similarity calculation in a vector space.

Web App Development: A process of creating a web application programs with customized functions that can benefit the users.

Cloud Computing: An on-demand access that can compute resources of various services through the internet.

Deep Learning: A broad family of machine learning models based on neural networks. Typical deep learning models are deep neural networks, convolutional neural networks, recurrent neural networks, deep belief networks, and deep reinforcement learning.

Misinformation Detection: A task of monitoring the information that is unreliable and questioned to its accuracy and credibility.

Text Classification: A typical problem in information science that assigns a textual data to one or more classes or categories.

NLP: A processing method of computational linguistics for human language based on algorithms.

Web Scrapping: A process of extracting content information, such as texts, tables, images, from a certain website.

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