This work demonstrates a comprehensive methodology for capture, analysis, manipulation,
and reproduction of spatial sound-radiation. As the challenge herein, acoustic events need …

Although 360° cameras ease the capture of panoramic footage, it remains challenging to
add realistic 360° audio that blends into the captured scene and is synchronized with the …

This thesis is concerned with the problem of reproducing a desired sound field with an array
of loudspeakers. A theory based on functional analysis and the theory of integral equations …

The accurate recording and reproduction of real 3D sound environments is still a
challenging task. In this paper, the two most established 3D microphones are evaluated: the …

This paper investigates the use of 50-node Lebedev grid for sound field capture and
reproduction using Ambisonic approach. This grid is derived from rotationally-invariant …

Accurate decoding and most notably mode-matching has always been a matter of concern
within the Ambisonics community; it can be further expected to play a major role in future …

Ambisonics represents the sound field as a sum of angular modes (circular/spherical
harmonics). The Ambisonics signals representing these angular modes are usually decoded …

This paper investigates the compensation of room reflections based on Ambisonics. A
multichannel room equalization method for Ambisonic playback systems is proposed. The …

Based on the spatial masking phenomenon and Ambisonics, a watermarking technique for
audio signals is proposed. Ambisonics is a well known technique to encode and reproduce …

Ambisonics is the representation of an incident sound field by a sum of angular modes
(spherical harmonics) up to a given order. Recording and playback of natural sound fields is …