Featured Application In Auditory Augmented Reality (AAR), the real room is enriched by
virtual audio objects. Position-dynamic binaural synthesis is used to auralize the audio …

A key requirement for a sense of presence in Virtual Environments (VEs) is for a user to
perceive space as naturally as possible. One critical aspect is distance perception. When …

It is pointed out that beyond reproducing the physically correct sound pressure at the
eardrums, more effects play a significant role in the quality of the auditory illusion. In some …

An auditory augmented reality approach is presented that adds virtual audio objects into a
real acoustic environment. A dynamic binaural synthesis system is used to reproduce the …

Measured spatial room impulse responses have been used to compare acoustic spaces.
One way to analyze and render such responses is to apply parametric methods, yet those …

ABSTRACT A popular goal in research on virtual and augmented acoustic realities is the
implementation of realistic room acoustics and sound source characteristics. Additionally …

This contribution describes effects on perceived direction, distance, and externalization of
auditory events by changing or shaping two energy based parameters of recorded binaural …

Virtual environments are increasingly being used for various applications. In recent times,
with the advent of consumer grade systems, virtual reality has reached a critical mass and …

An auditory illusion of a spatial acoustic environment can be created with the help of existing
spatial audio systems. Psychoacoustically adequate ear signals can be created by using …

The aim of auditory augmented reality is to create an auditory illusion combining virtual
audio objects and scenarios with the perceived real acoustic surrounding. A suitable system …