Marc Schönwiesner

The paper investigates how auditory attention differentially enhances acoustic and phonemic encoding in spatially separated sound streams, showing distinct mechanisms in azimuth versus elevation.

This study examines how EEG complexity changes over time during speech perception in noise, showing increased complexity and slower microstate recurrence when attention is directed to speech.

The paper demonstrates that sound elevation is represented in a population-rate code in human auditory cortex using electroencephalography, confirming previous fMRI findings.

This paper compares CNN speech recognition layers to human auditory fMRI activity and finds no shared acoustic feature hierarchy, with all regions most similar to the first fully-connected layer.

The paper investigates how voice features like glottal-pulse rate and vocal-tract length contribute to the voice-continuity benefit in the cocktail party problem.