Over the decades, Bayesian statistical inference has become a staple technique for
modelling human multisensory perception. Many studies have successfully shown how …

While each place on the cochlea is most sensitive to a specific frequency, it will generally
respond to a sufficiently high-level stimulus over a wide range of frequencies. This spread of …

A number of auditory models have been developed using diverging approaches, either
physiological or perceptual, but they share comparable stages of signal processing, as they …

Binaural rendering of Ambisonics signals is a common way to reproduce spatial audio
content. Processing Ambisonics signals at low spatial orders is desirable in order to reduce …

Immersive audio technologies, ranging from rendering spatialized sounds accurately to
efficient room simulations, are vital to the success of augmented and virtual realities. To …

Sound processing in the human auditory system is complex and highly non-linear, whereas
hearing aids (HAs) still rely on simplified descriptions of auditory processing or hearing loss …

Perception of sounds and speech involves structures in the auditory brainstem that rapidly
process ongoing auditory stimuli. The role of these structures in speech processing can be …

Humans estimate sound-source directions by combining prior beliefs with sensory evidence.
Prior beliefs represent statistical knowledge about the environment, and the sensory …

Headphones-based spatial audio simulations rely on Head-related Transfer Functions
(HRTFs) in order to reconstruct the sound field at the entrance of the listener's ears. A HRTF …

Speech intelligibility models can provide insights regarding the auditory processes involved
in human speech perception and communication. One successful approach to modelling …