Lien P. Decruy

Neural tracking of the speech envelope predicts binaural unmasking

This study shows that binaural unmasking improves speech understanding and neural tracking of the speech envelope, as measured by EEG, in noisy environments.

Effects of Aging on Cortical Representations of Continuous Speech

This study examines how aging affects cortical processing of continuous speech in noise using MEG, finding age-related changes in timing and strength of speech envelope representations across different cortical stages.

Speech understanding oppositely affectsacoustic and linguistic neural tracking in aspeech rate manipulation paradigm.

The paper investigates how speech understanding affects acoustic and linguistic neural tracking by manipulating speech rate, finding that acoustic tracking increases while linguistic tracking decreases with higher speech rates.

Hearing loss is associated with delayed neural responses to continuous speech

This study shows that hearing loss is linked to delayed neural responses to continuous speech, with reduced efficiency in processing speech in quiet.

Hearing impairment is associated with enhanced neural tracking of the speech envelope

This study finds that hearing impaired adults show enhanced neural tracking of speech envelopes compared to normal-hearing adults, suggesting improved speech segregation in noisy environments.

Top-down modulation of neural envelope tracking: the interplay with behavioral, self-reported and neural measures of listening effort

This study examines if neural envelope tracking is modulated by listening effort using behavioral, self-reported, and neural measures in young adults.

Effect of task and attention on neural tracking of speech

The paper investigates how attention and task affect neural tracking of speech using EEG, finding that attention levels significantly impact envelope tracking, especially in the right-frontal region.

Evidence for enhanced neural tracking of the speech envelope underlying age-related speech-in-noise difficulties

The paper investigates neural envelope tracking in hearing impaired and normal-hearing adults to understand speech-in-noise difficulties and finds enhanced tracking in hearing impaired individuals.

Predicting individual speech intelligibility from the neural tracking of acoustic- and phonetic-level speech representations

The paper predicts individual speech intelligibility from EEG by modeling cortical tracking of speech representations, finding that theta band and combined phonetic-spectrogram features best predict speech reception thresholds.

Speech intelligibility predicted from neural entrainment of the speech envelope

The paper demonstrates an electrophysiological measure of speech intelligibility by correlating decoded speech envelope from EEG with behavioral speech intelligibility scores.