Mobile Text Misinformation Detection Using Effective Information Retrieval Methods

Mobile Text Misinformation Detection Using Effective Information Retrieval Methods

DOI: 10.4018/978-1-6684-5991-1.ch008
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Abstract

Misinformation is always a serious problem for the general public, especially during a pandemic. People constantly receive text messages of related coronavirus news and its cures from their smartphones, which have become major devices for communication these days. These health text messages help people update their coronavirus knowledge repeatedly and better manage their health, but some of the messages may mislead people and may even cause a fatal result. This research tries to identify mobile health text misinformation by using various effective information retrieval methods including lexical analysis, stopword removal, stemming, synonym discovery, various message similarity measurements, and data fusion. Readers will learn various information retrieval methods applied to contemporary research: mobile misinformation detection. Experiment results show the accuracy of the proposed method meets the expectation but still has room for improvement because misinformation detection is intrinsically difficult, and no satisfactory methods have been found yet.
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This section gives the background information of this research and related research in case readers are interested in finding more relevant publications. Misinformation detection is critical and popular in these days because information can be created and sent by everyone, not just news agencies, and some may distribute misinformation unintentionally or intentionally. Many methods are used to detect all kinds of misinformation like politics, businesses, text messages, emails, or news. This research places the focus on mobile health text misinformation identification. If the results are favorable, the method may be extended to other kinds of information. Generic misinformation detection can be found from the articles (Sharma et al., 2019; Zhou & Zafarani, 2020; Khan, Michalas, & Akhunzada, 2021; Savage, 2021).

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