Despite decades of research, the features of an input audio stimulus that are encoded in an
electroencephalogram (EEG) are still not clearly identified. We wish to investigate whether a …

Highlights Auditory middle and late latency responses can be recorded reliably from ear-
EEG. For sources close to the ear, ear-EEG has the same signal-to-noise-ratio as scalp. Ear …

It is of increasing practical interest to be able to decode the spatial characteristics of an
auditory scene from electrophysiological signals. However, the cortical representation of …

In natural conversations, listeners must attend to what others are saying while ignoring
extraneous background sounds. Recent studies have used encoding models to predict …

Background. Mobile ear-EEG provides the opportunity to record EEG unobtrusively in
everyday life. However, in real-life, the EEG data quickly becomes difficult to interpret, as the …

Objective. Recent studies have shown that auditory cortex better encodes the envelope of
attended speech than that of unattended speech during multi-speaker ('cocktail party') …

Linear models are becoming increasingly popular to investigate brain activity in response to
continuous and naturalistic stimuli. In the context of auditory perception, these predictive …

We report the results of two experiments comparing the amplitude of MEG auditory evoked
fields (AEFs) and EEG auditory evoked potentials (AEPs) to tone, click and white noise …

This study explores the hypothesis that sound level is encoded in the spatiotemporal
response patterns of auditory nerve (AN) fibers. The temporal properties of AN fiber …

Characterizing how the brain responds to stimuli has been a goal of sensory neuroscience
for decades. One key approach has been to fit linear models to describe the relationship …