Explain the Flag: Contextualizing Hate Speech Beyond Censorship
Summary
A new hybrid approach combines Large Language Models (LLMs) with three curated vocabularies to detect and explain hate speech in English, French, and Greek. This system addresses limitations of current automated detection, which primarily focuses on censorship, by providing transparent and accountable explanations for flagged content. It captures both inherently derogatory expressions linked to identity characteristics and direct group-targeted content. The method uses two pipelines: one for detecting and disambiguating problematic terms via vocabularies, and another leveraging LLMs for context-aware evaluation of group-targeting content. Human evaluation indicates the hybrid approach is accurate, delivers high-quality explanations, and outperforms LLM-only baselines.
Key takeaway
For research scientists developing content moderation systems, this hybrid LLM and vocabulary approach offers a robust method to move beyond simple censorship. You should consider integrating similar dual-pipeline architectures to provide clear, human-evaluated explanations for flagged content, enhancing transparency and accountability in your systems.
Key insights
A hybrid LLM and vocabulary approach improves hate speech detection and explanation across multiple languages.
Principles
- Explanations enhance transparency in content moderation.
- Context is crucial for accurate hate speech detection.
Method
The system fuses outputs from two pipelines: one uses curated vocabularies for term detection, and the other employs LLMs for context-aware evaluation of group-targeted content, generating grounded explanations.
In practice
- Integrate curated vocabularies for term disambiguation.
- Utilize LLMs for nuanced contextual evaluation.
Topics
- Hate Speech Detection
- Large Language Models
- Contextual Explanations
- Multilingual NLP
- Curated Vocabularies
Best for: Research Scientist, AI Scientist, NLP Engineer, AI Ethicist
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Editorial summary, takeaway, and curation by AIssential. Original article published by Computation and Language.