Photoelectric cells convert reflected eye light into voltage values to monitor user fatigue and trigger corrective actions without intrusive devices.
Interchangeable electrodes with adjustable depth resolve setup time and comfort trade-offs while maintaining signal quality.
A driver drowsiness detection system evaluates motor cortex signals alongside physical indicators to assign a sleep risk score.
An apparatus uses an ocular tracker to detect eye movements and adjust emitter sequences for visual exercise.
AI-driven wearable system measures brainwave and physiological data to assess micro-coherence network strength.
A pulse-monitored alarm bracelet detects sleep onset by tracking heart rate changes to provide silent alerts.
A system identifies cognitive style dimensions from patient speech using natural language processing.