Purpose Listeners with hearing loss, as well as many listeners with clinically normal hearing,
often experience great difficulty segregating talkers in a multiple-talker sound field and …

Auditory research has a rich history of combining experimental evidence with computational
simulations of auditory processing in order to deepen our theoretical understanding of how …

Cortical representations supporting many cognitive abilities emerge from underlying circuits
comprised of several different cell types. However, cell type-specific contributions to rate and …

The human brain is an astonishingly powerful computational device, capable of feats yet to
be matched by machines. One impressive example is the brain's ability to selectively attend …

Cortical representations supporting many cognitive abilities emerge from underlying circuits
comprised of several different cell types. However, cell type-specific contributions to rate and …

Attentional modulation of cortical networks is critical for the cognitive flexibility required to
process complex scenes. Current theoretical frameworks for attention are based almost …

At a cocktail party, we can broadly monitor the entire acoustic scene to detect important cues
(eg, our names being called, or the fire alarm going off), or selectively listen to a target sound …

When analyzing complex scenes, humans often focus their attention on an object at a
particular spatial location. The ability to decode the attended spatial location would facilitate …

Recent findings indicate that brain interfaces have the potential to enable attention-
guidedauditory scene analysis and manipulation in applications, such as hearing aids and …

In natural auditory environments, acoustic signals originate from the temporal
superimposition of different sound sources. The problem of inferring individual sources from …