Interpretable EEG models of cognitive state
Robust and physiology-guided temporal representation learning for cognitive monitoring under stress, fatigue, and other subject-dependent conditions.
Related work ↗EEG signatures of meditation & devotional practices
Characterising neural dynamics during Hare Krishna Mahamantra meditation and Kirtan-related devotional practice using multichannel EEG, spectral–temporal analysis, and data-driven modelling.
OBiGSEN preprint ↗Sleep and neurophysiological intelligence
Interpretable temporal models that connect automated sleep-stage decisions with meaningful physiological structure in EEG and multimodal recordings.
Related work ↗Resource-aware wearable NeuroAI
Efficient and privacy-aware learning for wearable neurophysiological sensing, with attention to deployment constraints, trust, and model auditing.
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