Corinne A. Bareham

This study investigates how reduced alertness affects spatial attention by analyzing EEG data from participants during wakefulness and drowsiness, revealing changes in interhemispheric connectivity.

The paper shows that during decreased alertness, active task engagement increases frontoparietal and long-range brain synchronization, while passive listening increases thalamocortical synchronization.

This study examines how decreasing alertness affects perceptual decision-making by analyzing neural and behavioral dynamics in humans using EEG and computational models.

The paper develops automated methods to detect and control for micro variations in alertness during EEG experiments, validated on datasets where participants fall asleep.