Perceptual Representations of Audio Signals aims at developing signal-processing methods for the construction of perceptually motivated and perfectly invertible time-frequency transforms for the analysis, processing, and (re)synthesis of sound signals.
Auditory Time-Frequency Masking has two goals: develop a model of auditory time-frequency masking for elementary signals and obtain a perceptually optimized time-frequency representation for audio signals (as close as possible to “what we see is what we hear”).
Auditory Modeling aims at better understanding the mechanisms of hearing.
Measurements of basilar membrane responses in humans has two goals: obtain a reliable method to estimate the basilar membrane response in humans and gain insight into the effect of the olivocochlear efferent system's stimulation on this response.
Estimating the cochlear phase response aims at obtaining a behavioral estimate of the phase response of the cochlea.
Sound localization model aims at developing a model of human sound localization performance in the three-dimensional field.
A selection of ongoing research topics in which I am engaged is presented below. Click on a project title to obtain detailed information about the method, results, and potential applications.
What I do
Post-Doctoral Researcher in Audio Signal Processing & Psychoacoustics
Thibaud Necciari, PhD
Thibaud Necciari's personal Website, 2016-2018
orcid.org/0000-0003-2574-0948 | ResearcherID