Jana Van Canneyt

This paper reviews neural tracking as a framework to assess auditory and linguistic processing during speech perception, highlighting three analyses: f0-tracking, envelope tracking, and linguistic feature tracking.

The paper examines how age and hearing loss affect neural tracking of voice fundamental frequency, finding age-related decline and cortical compensation in hearing impairment.

This paper improves f0 tracking by optimizing features to better match neural responses, resulting in higher correlation between predicted and actual f0 features.

This study examines how voice characteristics affect neural tracking of fundamental frequency in speech using EEG, finding that lower and steadier f0 produces stronger responses.

This study investigates how stimulus parameters affect frequency following responses (FFRs) in normal hearing subjects, finding that artificial vowels produce stronger FFRs and that frequency contours influence response strength.

This study investigates how the shape of a stimulus envelope affects auditory steady-state responses (ASSRs) and finds that longer decay and off times improve signal-to-noise ratio.