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 …

Soundfields that have been decomposed into spherical harmonics (ie, encoded into higher-
order ambisonics-HOA) can be rendered binaurally for off-center listening positions, but …

We present extensions to the Ambisonic Decoder Toolbox to efficiently design periphonic
decoders for non-uniform speaker arrays such as hemispherical domes and multilevel rings …

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 study presents an auditory virtual reality system which relies on pre-computed B-format
impulse responses in a grid across the domain. Spatial information is encoded in the …

The production and re-production of sound scenes in the Ambisonic domain offers flexibility
regarding the loudspeaker placement around the listening area. Correct decoding should …

State-of-the-art methods for virtual navigation of ambisonics-encoded sound fields (ie, sound
fields represented by spherical harmonics) are evaluated, and the perceptual penalties …

Sound field reproduction by loudspeaker array is an important way to create acoustical
virtual reality. High order ambisonics (HOA) is a highly applicable method to reproduce a …

Historically, most acousmatic works were composed in stereo and performed, or “diffused”,
over loudspeaker orchestras. These systems furnished performers and composers with a …