4.7 Article

A Novel Machine Learning Framework for Comparison of Viral COVID-19-Related Sina Weibo and Twitter Posts: Workflow Development and Content Analysis

Journal

JOURNAL OF MEDICAL INTERNET RESEARCH
Volume 23, Issue 1, Pages -

Publisher

JMIR PUBLICATIONS, INC
DOI: 10.2196/24889

Keywords

COVID-19; Twitter; Sina Weibo; content feature extraction; cross-cultural comparison; machine learning; social media; infodemiology; infoveillance; content analysis; workflow; communication; framework

Funding

  1. Models of Infectious Disease Agent Study (MIDAS) COVID-19 urgent supplementary grant [MIDASUP2020-5]
  2. Interdisciplinary Research Clusters Matching Scheme [IRCMS/19-20/D04]
  3. AI and Media Research Lab at Hong Kong Baptist University [SDF17-1013-P01]

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The study aimed to develop a universal framework for content feature extraction and analysis, comparing discussions of COVID-19 on Twitter and Sina Weibo. Results showed substantial differences in content features between the two platforms, with Weibo users focusing more on the disease itself while Twitter users engaged more on policy and politics.
Background: Social media plays a critical role in health communications, especially during global health emergencies such as the current COVID-19 pandemic. However, there is a lack of a universal analytical framework to extract, quantify, and compare content features in public discourse of emerging health issues on different social media platforms across a broad sociocultural spectrum. Objective: We aimed to develop a novel and universal content feature extraction and analytical framework and contrast how content features differ with sociocultural background in discussions of the emerging COVID-19 global health crisis on major social media platforms. Methods: We sampled the 1000 most shared viral Twitter and Sina Weibo posts regarding COVID-19, developed a comprehensive coding scheme to identify 77 potential features across six major categories (eg, clinical and epidemiological, countermeasures, politics and policy, responses), quantified feature values (0 or 1, indicating whether or not the content feature is mentioned in the post) in each viral post across social media platforms, and performed subsequent comparative analyses. Machine learning dimension reduction and clustering analysis were then applied to harness the power of social media data and provide more unbiased characterization of web-based health communications. Results: There were substantially different distributions, prevalence, and associations of content features in public discourse about the COVID-19 pandemic on the two social media platforms. Weibo users were more likely to focus on the disease itself and health aspects, while Twitter users engaged more about policy, politics, and other societal issues. Conclusions: We extracted a rich set of content features from social media data to accurately characterize public discourse related to COVID-19 in different sociocultural backgrounds. In addition, this universal framework can be adopted to analyze social media discussions of other emerging health issues beyond the COVID-19 pandemic.

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