TANDEM: AI Framework for Multimodal Hate Speech Detection
A new framework called TANDEM has been developed by researchers to enhance audio-visual hate detection, shifting from simple binary classification to structured reasoning. Utilizing a tandem reinforcement learning method, the system allows vision-language and audio-language models to mutually refine each other via self-constrained cross-modal context, ensuring stable reasoning over lengthy temporal sequences without requiring dense frame-level oversight. This innovation tackles the complexities of long-form multimodal content on social media, where harmful narratives arise from intricate interactions among audio, visual, and textual elements. In contrast to traditional black-box systems, TANDEM offers detailed, interpretable evidence, including specific timestamps and target identities, facilitating effective human-in-the-loop moderation. The findings were tested on three benchmark datasets and published on arXiv (2601.11178v3).
Key facts
- TANDEM transforms audio-visual hate detection from binary classification to structured reasoning
- Uses tandem reinforcement learning with vision-language and audio-language models
- Models optimize each other through self-constrained cross-modal context
- Stabilizes reasoning over extended temporal sequences without dense frame-level supervision
- Provides granular, interpretable evidence including timestamps and target identities
- Addresses long-form multimodal content on social media
- Experiments conducted across three benchmark datasets
- Paper published on arXiv (2601.11178v3)
Entities
Institutions
- arXiv