Does AI-Assisted Fact-Checking Disproportionately Benefit Majority Groups Online?
Terrence Neumann, Nicholas Wolczynski

TL;DR
This study examines how AI-assisted fact-checking benefits are unevenly distributed among online communities, highlighting that diversity-aware approaches can promote more equitable information correction.
Contribution
It introduces a novel simulation framework and evaluates how diversity in data sampling and algorithm use impacts benefit distribution across communities.
Findings
Representative sampling can favor majority groups.
Diversity-aware fact-checking reduces inequalities.
Algorithmic interventions can promote equitable benefits.
Abstract
In recent years, algorithms have been incorporated into fact-checking pipelines. They are used not only to flag previously fact-checked misinformation, but also to provide suggestions about which trending claims should be prioritized for fact-checking - a paradigm called `check-worthiness.' While several studies have examined the accuracy of these algorithms, none have investigated how the benefits from these algorithms (via reduction in exposure to misinformation) are distributed amongst various online communities. In this paper, we investigate how diverse representation across multiple stages of the AI development pipeline affects the distribution of benefits from AI-assisted fact-checking for different online communities. We simulate information propagation through the network using our novel Topic-Aware, Community-Impacted Twitter (TACIT) simulator on a large Twitter followers…
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Taxonomy
TopicsMisinformation and Its Impacts · Hate Speech and Cyberbullying Detection · Social Media and Politics
