Developments in immersive audio technologies have been evolving in two directions:
physically motivated systems and perceptually motivated systems. Physically motivated …

All-Round Ambisonic Panning (AllRAP) is an algorithm for arbitrary loudspeaker
arrangements, aiming at the creation of phantom sources of stable loudness and adjustable …

Theory and implementation of acoustic virtual reality have matured and become a powerful
tool for the simulation of entirely controllable virtual acoustic environments. Such virtual …

Spatial audio aims to recreate or synthesize spatial attributes when reproducing audio over
loudspeakers or headphones. Such spatial attributes include, for example, locations of …

This paper summarises recent developments at the Acoustics Lab, Aalto University, Finland,
regarding real-time implementations of both fundamental and advanced methods for …

Most common techniques for spatialization require the listener to be positioned at a “sweet
spot” surrounded by loudspeakers. For practical concert, stage, and installation applications …

Ambisonics with height is a three-dimensional sound field reproduction technique for
spherical loudspeaker arrangements surrounding the reproduction area. It employs …

We present a spatialized audio rendering system for the use in immersive virtual
environments. The system is optimized for rendering a sufficient number of dynamically …

A new TV audio system based on the MPEG-H 3D audio standard has been designed,
tested, and implemented for ATSC 3.0 broadcasting. The system offers immersive sound to …

This work investigates phantom sources created by amplitude panning in the horizontal
plane. Although there exist models about the perception of phantom sources in literature …