This paper presents two real-time audio plug-ins for processing sensor array signals for
sound-field visualization. The first plug-in utilizes spherical or cylindrical sensor array …

Regarding the reproduction of recorded or synthesised spatial sound scenes, perhaps the
most convenient and flexible approach is to employ the Ambisonics framework. The …

Spatial filtering with microphone arrays is a technique that can be utilized to obtain the
signal of a target sound source from a specific direction. Typical approaches in the field of …

Encoding spatial audio recordings in the Ambisonic format is a popular means to decouple
the recording setup from the targeted rendering setup. This is achieved by a frequency …

This dissertation focuses on the development of novel parametric spatial audio techniques
using compact microphone arrays. Compact arrays are of special interest since they can be …

A method for auralizing arbitrary radiation patterns of acoustic sources inside a real room is
presented. The method utilizes laser induced breakdown (LIB) as a point source. In this …

The spatial sound reproduction methods that utilize a parameter‐based model describing
some properties of the sound field reproduce sound scenes with a high perceptual accuracy …

In this thesis, the performance of high-order sound field analysis by spatial filtering is
evaluated in the context of 3D source localization. First, various factors in 'sector …

This thesis details real-time implementations of sound-field analysis and perceptually
motivated reproduction methods for visualisation and auralisation purposes. For the former …

Signal-dependent spatial audio reproduction based on playback-setup-defined beamformers
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