Resonance Audio is an open source project designed for creating and controlling dynamic
spatial sound in Virtual & Augmented Reality (VR/AR), gaming or video experiences. It also …

Immersive audio has received significant attention in the past decade. The emergence of a
few groundbreaking systems and events (Dolby Atmos, MPEG-H, VR/AR, AI) contributes to …

We report on the practical implementation of a higher order Ambisonics decoder for irregular
3D loudspeaker layouts in the form of the open source project IDHOA. The developed …

We report on the practical implementation of an Ambisonics decoder for irregular 3-D
loudspeaker layouts. The developed decoder, which uses a non-linear search algorithm to …

This article presents a new system for estimating the direction of multiple speakers and
zooming the sound of one of them at a time. The proposed system is a combination of two …

During the last decade, Higher Order Ambisonics has become a popular way of capturing
and reproducing sound fields. It can be combined with the theory of spherical microphone …

On previous papers we presented an algorithm for decoding higher order Ambisonics for
irregular realworld 3D loudspeaker arrays, implemented in the form of IDHOA, an open …

Spatial audio reproduction using the loudspeaker array introduces the curvature effect
leading to a distorted listening experience when the listener is in the near field. In the near …

Sound fields can be encoded with a fixed number of signals, using microphones or panning
functions. The sound field may later be reproduced approximately by decoding the signals to …

With the increasing popularity of spatial audio content streaming and interactive binaural
audio rendering, it is pertinent to study the quality of the critical components of such systems …