Exploration of a Biologically Inspired Model for Sound Source Localization In 3D Space

Symeon Mattes, Philip Nelson, Filippo Fazi & Michael Capp
Sound localization in 3D space relies on a variety of auditory cues resulting from the encoding provided by the lower and higher regions of the auditory path. During the last 50 years different theories and models have been developed to describe psychoacoustic phenomena in sound localization inspired by the processing that is undertaken in the human auditory system. In this paper, a biologically inspired model of human sound localization is described and the encoding of...
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