In this article we present a review of current literature on adaptations to altered head-related
auditory localization cues. Localization cues can be altered through ear blocks, ear molds …

The auditory system of adult listeners has been shown to accommodate to altered spectral
cues to sound location which presumably provides the basis for recalibration to changes in …

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

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

This chapter concerns concepts of adaption in a binaural audio context (ie headphone-
based three-dimensional audio rendering and associated spatial hearing aspects) …

This study examines the effect of adaptation to non-ideal auditory localization cues
represented by the Head-Related Transfer Function (HRTF) and the retention of training for …

Localising sounds means having the ability to process auditory cues deriving from the
interplay among sound waves, the head and the ears. When auditory cues change because …

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 …

Sound localization is essential to perceive the surrounding world and to interact with objects.
This ability can be learned across time, and multisensory and motor cues play a crucial role …

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