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 …

Electronic travel aids (ETAs) have been in focus since technology allowed designing
relatively small, light, and mobile devices for assisting the visually impaired. Since visually …

Head-related transfer functions (HRTFs) capture the direction-dependant way that sound
interacts with the head and torso. In virtual audio systems, which aim to emulate these …

Nous présentons une refondation théorique de la réalité virtuelle. Celle-ci est marquée par
la conviction profonde de définir la réalité virtuelle comme une expérience médiatisée …

A method is presented to personalize HRTFs based on anthropometric features obtained
from digital portraits of a subject through computer vision, using the active shape models …

Detail anthropometric dimensions and a 3D shape of the outer-ear are applicable to design
ear-related products such as an earphone. However, 3D scanning of the ear part is quite …

Over the past decade, audio for virtual, augmented and mixed reality has become a critical
part of delivering a truly immersive sound experience. With headphones being the most …

The rapid evolution of dedicated graphics hardware during the last decade allows for a
dramatic increase in processing power for many audio applications that are unrelated to …

The Sound of Vision project involves developing a sensory substitution device that is aimed
at creating and conveying a rich auditory representation of the surrounding environment to …

Numerical simulations offer a viable alternative to measurements for generating
personalized head-related transfer functions (HRTFs). The fast multipole boundary element …