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Bibliographic Details
Main Authors: Habibi, Mahyar, Hovy, Dirk, Schwarz, Carlo
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2412.16114
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author Habibi, Mahyar
Hovy, Dirk
Schwarz, Carlo
author_facet Habibi, Mahyar
Hovy, Dirk
Schwarz, Carlo
contents There is an ongoing debate about how to moderate toxic speech on social media and the impact of content moderation on online discourse. This paper proposes and validates a methodology for measuring the content-moderation-induced distortions in online discourse using text embeddings from computational linguistics. Applying the method to a representative sample of 5 million US political Tweets, we find that removing toxic Tweets alters the semantic composition of content. This finding is consistent across different embedding models, toxicity metrics, and samples. Importantly, we demonstrate that these effects are not solely driven by toxic language but by the removal of topics often expressed in toxic form. We propose an alternative approach to content moderation that uses generative Large Language Models to rephrase toxic Tweets, preserving their salvageable content rather than removing them entirely. We show that this rephrasing strategy reduces toxicity while minimizing distortions in online content.
format Preprint
id arxiv_https___arxiv_org_abs_2412_16114
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle The Content Moderator's Dilemma: Removal of Toxic Content and Distortions to Online Discourse
Habibi, Mahyar
Hovy, Dirk
Schwarz, Carlo
Social and Information Networks
There is an ongoing debate about how to moderate toxic speech on social media and the impact of content moderation on online discourse. This paper proposes and validates a methodology for measuring the content-moderation-induced distortions in online discourse using text embeddings from computational linguistics. Applying the method to a representative sample of 5 million US political Tweets, we find that removing toxic Tweets alters the semantic composition of content. This finding is consistent across different embedding models, toxicity metrics, and samples. Importantly, we demonstrate that these effects are not solely driven by toxic language but by the removal of topics often expressed in toxic form. We propose an alternative approach to content moderation that uses generative Large Language Models to rephrase toxic Tweets, preserving their salvageable content rather than removing them entirely. We show that this rephrasing strategy reduces toxicity while minimizing distortions in online content.
title The Content Moderator's Dilemma: Removal of Toxic Content and Distortions to Online Discourse
topic Social and Information Networks
url https://arxiv.org/abs/2412.16114