… of points in space are conserved (Knudsen & Konishi, 1978). Because auditory space is
not explicitly mapped at the receptor epithelium, but is instead computed, the space-specific …

… The owl has also served as a model systemfor the study of plasticity in neural coding. This
subject is outside the scopeof the present article, and a recent review for this field is available(…

… in auditory spatial tuning that tend to preserve the alignment between the neural representations
of visual and auditory space. … Although plasticity in the auditory space map seems to be …

We have examined the intermediate and deep layers of the cat's superior colliculus for
evidence of a neural representation of auditory space. We measured the responses of single …

… In this article, we highlight recent advances in our understanding of the nature of the neural
code for auditory space at different levels of the brain and then consider the extent to which …

… Here, we performed a magnetoencephalography (MEG) experiment with the aim of
revealing the neural code of auditory space implemented by the human cortex. In a stimulus-specific …

A major cue to the location of a sound source is the interaural time difference (ITD)–the
difference in sound arrival time at the two ears. The neural representation of this auditory cue is …

… Auditory spatial sensitivity is derived primarily from binaural interactions. For that reason,
we began thinking of an auditory space … , what we did not find was a map of auditory space. …

… to illustrate two types of neural representations of acoustic information in auditory cortex: the
… , the neural coding strategies discussed here are likely applicable to the auditory cortex of …

… Here, we suggest that one of the reasons for speech being special is that our auditory system
has evolved to encode it in an efficient, optimal way. The theory of efficient neural coding …