CerebraGloss: Instruction-Tuning a Large Vision-Language Model for Fine-Grained Clinical EEG Interpretation
Links: OpenReview · Code
CerebraGloss studies how large vision-language models can support fine-grained clinical EEG interpretation. The work introduces an automated EEG-text data generation pipeline, an instruction-tuned LVLM, and CerebraGloss-Bench for open-ended EEG interpretation.
Highlights
- Builds a programmatic EEG-text instruction data engine with waveform, artifact, and background characterization.
- Trains a model for detailed waveform description, multi-choice reasoning, and multi-turn EEG dialogue.
- Evaluates the model on CerebraGloss-Bench and downstream clinical tasks such as seizure detection and sleep staging.
Citation
Wei Gu, Tianming Luo, Qiran Zhang, Mohan Ye, Xiao Shen, Wenxin Chen, Yunhuan Li, Yichen Zhang, Jing Hong, Bao-liang Lu, and Wei-Long Zheng. (2026). "CerebraGloss: Instruction-Tuning a Large Vision-Language Model for Fine-Grained Clinical EEG Interpretation." ICLR.