Spatial audio has been studied for several decades, but has seen much renewed interest
recently due to advances in both software and hardware for capture and playback, and the …

Direction of arrival (DOA) estimation for speech sources is an important task in audio signal
processing. This task becomes a challenge in reverberant environments, which are typical to …

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 …

The purpose of this article is to detail and evaluate three alternative approaches to sound-
field visualization, which all employ the use of spatially localized active-intensity (SLAI) …

In recent years, spatial audio reproduction has been widely researched with many studies
focusing on headphone-based spatial reproduction. A popular format for spatial audio is …

Frequency-invariant beamforming with circular microphone arrays (CMAs) has drawn a
significant amount of attention for its steering flexibility and high directivity. However …

Spherical microphone arrays are used to capture spatial sound fields, which can then be
rendered via headphones. We use the Real-Time Spherical Array Renderer (ReTiSAR) to …

This paper presents an online application—called 3D integrator—enabling visual cross-
examinations of architectural and acoustic data on web browsers and explains the rationale …

Additive noise produced by the recording hardware will contribute to streamed signals from
spherical microphone arrays under practical conditions. For the application of binaural …

This study presents a system for auralizing a three-dimensional (3D) sound field in a scale-
model using laser-induced air breakdown (LIB) of acoustic waves for concert hall acoustic …