A sound field reproduction method based on the spherical wavefunction expansion of sound
fields is proposed, which can be flexibly applied to various array geometries and …

This paper proposes an efficient parameterization of the room transfer function (RTF).
Typically, the RTF rapidly varies with varying source and receiver positions, hence requires …

Reproducing zones of personal sound is a challenging signal processing problem that has
garnered considerable research interest in recent years. We introduce in this work an …

Active acoustic noise attenuation over a sizable space is a challenging problem in signal
processing. The noise attenuation performance of feedforward active noise control (ANC) …

This paper addresses the problem of soundfield reconstruction over a large area using a
distributed array of higher-order microphones. Given an area enclosed by the array, one can …

Sound field reproduction algorithms require loudspeaker directivity, which is usually
measured at discrete frequencies. A time domain model of loudspeaker directivity benefits …

Global control of noise in a three-dimensional space is generally difficult, given a limited
number of discrete sensors. This paper presents a feedforward multichannel active noise …

The accuracy and perception of soundfields produced by loudspeaker arrays are strongly
influenced by the inherent characteristics of the commercial loudspeakers. This paper …

Loudspeakers with variable directivity offer the potential for improved sound reproduction
quality in rooms by reducing sound reflections from walls, providing better reconstruction of …

Most soundfield synthesis approaches deal with extensive and regular loudspeaker arrays,
which are often not suitable for home audio systems, due to physical space constraints. In …