… auditory systems process sound signals to extract information about the environment and the
objects within it. The auditory … Despite these challenges, if the auditory system is to provide …

… auditory pathway, including the medial superior olive (MSO) where binaural neurons encode
the interaural-time-difference (ITD) cue for spatial … weighting of spatial information during …

… In accordance with this hypothesis, human listeners reported a focal increase in spatial …
concept for the coding of auditory space which is based on the assumption that spatial hearing in …

… Theories of spatial coding propose that acoustical stimulus features are coded by which
auditory nerve fibres respond. The fibres which are deemed to be ‘responding’ may be …

… sound coding in the auditory system; sound frequency is embedded as maps in many auditory
… We identified three categories of spatial distribution: (1) similar spatial clustering between …

… auditory system, we do not yet have firm understandings of which particular response properties
subserve the perceptions of auditory-… When spatially organized in a systematic manner …

… The need for coding interaural time differences A primary goal of the mammalian auditory
system is to localize behaviorally relevant sounds in space. Interaural level differences (ILD), …

… the ascending auditory pathway as a consequence of sharpening of spatial sensitivity and
… highlight brainstem mechanisms that culminate in SSS at the level of the auditory cortex. …

… from the human brainstem and population responses from the auditory nerve reveal that …
levels of the auditory pathway. The salience and harmonicity of brainstem activity is strongly …

… coding fidelity of the peripheral auditory system. Both of these factors may thus contribute to
the individual differences in performance. We designed a selective auditory … coding), onset …