Head-related transfer functions (HRTFs) describe the spatial filtering of acoustic signals by a
listener's anatomy. With the increase of computational power, HRTFs are nowadays more …

Monaural spectral features are important for human sound-source localization in sagittal
planes, including front-back discrimination and elevation perception. These directional …

Bilateral cochlear-implant (BiCI) users are less accurate at localizing free-field (FF) sound
sources than normal-hearing (NH) listeners. This performance gap is not well understood …

Objective: In a cochlear implant (CI) speech processor, noise reduction (NR) is a critical
component for enabling CI users to attain improved speech perception under noisy …

Although bilateral cochlear implantation has the potential to improve sound localization and
speech understanding in noise, obstacles exist in presenting maximally useful binaural …

Bilateral cochlear implants (BI-CIs) or a CI for single-sided deafness (SSD-CI; one normally
functioning acoustic ear) can partially restore spatial-hearing abilities, including sound …

Acoustically transparent head-worn devices are a key component of auditory augmented
reality systems, in which both real and virtual sound sources are presented to a listener …

The sound-source localization provided by a crosstalk cancellation (CTC) system depends
on the head-related transfer functions (HRTFs) used for the CTC filter calculation. In this …

Sound localization in sagittal planes, SPs, including front-back discrimination, relies on
spectral cues resulting from the filtering of incoming sounds by the torso, head and pinna …

The channel vocoder has become a useful tool to understand the impact of specific forms of
auditory degradation—particularly the spectral and temporal degradation that reflect …