English

A Community-Centric Perspective for Characterizing and Detecting Anti-Asian Violence-Provoking Speech

Computation and Language 2024-07-23 v1 Social and Information Networks

Abstract

Violence-provoking speech -- speech that implicitly or explicitly promotes violence against the members of the targeted community, contributed to a massive surge in anti-Asian crimes during the pandemic. While previous works have characterized and built tools for detecting other forms of harmful speech, like fear speech and hate speech, our work takes a community-centric approach to studying anti-Asian violence-provoking speech. Using data from ~420k Twitter posts spanning a 3-year duration (January 1, 2020 to February 1, 2023), we develop a codebook to characterize anti-Asian violence-provoking speech and collect a community-crowdsourced dataset to facilitate its large-scale detection using state-of-the-art classifiers. We contrast the capabilities of natural language processing classifiers, ranging from BERT-based to LLM-based classifiers, in detecting violence-provoking speech with their capabilities to detect anti-Asian hateful speech. In contrast to prior work that has demonstrated the effectiveness of such classifiers in detecting hateful speech (F1=0.89F_1 = 0.89), our work shows that accurate and reliable detection of violence-provoking speech is a challenging task (F1=0.69F_1 = 0.69). We discuss the implications of our findings, particularly the need for proactive interventions to support Asian communities during public health crises. The resources related to the study are available at https://claws-lab.github.io/violence-provoking-speech/.

Keywords

Cite

@article{arxiv.2407.15227,
  title  = {A Community-Centric Perspective for Characterizing and Detecting Anti-Asian Violence-Provoking Speech},
  author = {Gaurav Verma and Rynaa Grover and Jiawei Zhou and Binny Mathew and Jordan Kraemer and Munmun De Choudhury and Srijan Kumar},
  journal= {arXiv preprint arXiv:2407.15227},
  year   = {2024}
}

Comments

Accepted to ACL 2024 Main