Abstract Models of the human auditory periphery range from very basic functional
descriptions of auditory filtering to detailed computational models of cochlear mechanics …

▪ Abstract The history of cochlear implants is marked by large improvements in performance,
especially over the past two decades and especially due to the development of ever-better …

The Sense of Hearing is a highly accessible introduction to auditory perception, addressing
the fundamental aspects of hearing. This fourth edition has been revised to include up-to …

Some published cochlear filterbanks are nonlinear but are fitted to animal basilar membrane
(BM) responses. Others, like the gammatone, are based on human psychophysical data, but …

This paper presents a computational model to simulate normal and impaired auditory-nerve
(AN) fiber responses in cats. The model responses match physiological data over a wider …

A model of computational auditory signal-processing and perception that accounts for
various aspects of simultaneous and nonsimultaneous masking in human listeners is …

Abstract The Auditory Modeling Toolbox, AMToolbox, is a Matlab/Octave toolbox for
develo** and applying auditory perceptual models with a particular focus on binaural …

It is now common to use knowledge about human auditory processing in the development of
audio signal processors. Until recently, however, such systems were limited by their linearity …

A revised computational model of the inner-hair cell (IHC) and auditory-nerve (AN) complex
is presented and evaluated. Building on previous models, the algorithm is intended as a …

Background Cochlear implant performance varies greatly among patients. Improved
methods to assess and monitor functional hair cell and neural substrate before and during …