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. 2022;26(16):8077-8088.
doi: 10.1007/s00500-022-07064-1. Epub 2022 May 5.

A probabilistic approach toward evaluation of Internet rumor on COVID

Affiliations

A probabilistic approach toward evaluation of Internet rumor on COVID

Yancheng Yang et al. Soft comput. 2022.

Abstract

Several people around the world have died from the coronavirus (COVID-19) disease. With the increase in COVID-19 cases, distribution, and deaths, much has occurred regarding the ban on travel, border closure, curfews, and the disturbance in the supply of services and goods. The world economy was severely affected by the spread of the virus. Every day, new discussions and debates started, and more people were in fear. Occasionally, unconfirmed information is shared on social media sites as if it were accurate information. Sometimes, it becomes viral and disturbs people's emotions and beliefs. Fake news and rumors are widespread forms of unconfirmed and false information. This type of news should be tracked speedily to prevent its negative impact on society. An ideal system is the dire need of modern-day society to evaluate the Internet rumors on COVID. Therefore, the current study has considered a probabilistic approach for evaluating the Internet rumors about COVID. The fuzzy logic tool in MATLAB was used for experimental and simulation purposes. The results revealed the effectiveness of the proposed work.

Keywords: Covid 19; Covid pandemic; Fuzzy logic; Internet rumor; Soft computing.

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Conflict of interest statement

Conflict of interestThe authors have declared that they have no conflict of interest regarding this paper.

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Total search results in the selected libraries
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Search results based on article type and subject area in the ScienceDirect library
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Search results based on publication title in the ScienceDirect library
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Search results based on article type in the IEEE library
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Search results based on article type in the Wiley Online Library
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Search results based on publication date in the Wiley Online Library
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Representation of the process of the proposed research
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Membership function for single input
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Inputs, membership functions, and rules to obtain proposed system
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Representation of the inputs ‘long standing’ and ‘breaking news’ with output
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Representation of the inputs ‘bogy rumors’ and ‘breaking news’ with output
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Representation of inputs ‘pipe dream’ and ‘breaking news’ with output
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Representation of input ‘breaking news’ and ‘wedge driving’ with the output

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