In order to control an acoustic field inside a target region, it is important to choose suitable
positions of secondary sources (loudspeakers) and sensors (control points/microphones) …

An active noise control (ANC) method to reduce noise over a region in space based on
kernel interpolation of sound field is proposed. Current methods of spatial ANC are largely …

A sound field recording method based on spherical or circular harmonic analysis for
arbitrary array geometry and directivity of microphones is proposed. In current methods …

A sound field estimation method based on a physics-informed convolutional neural network
(PICNN) using spline interpolation is pro-posed. Most of the sound field estimation methods …

This paper investigates sound-field modeling in a realistic reverberant setting. Starting from
a few point-like microphone measurements, the goal is to estimate the direct source field …

Kernel ridge regression with the constraint of the Helmholtz equation for three-dimensional
sound field interpolation is proposed. Interpolation of a sound field is formulated as an …

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 …

A method of binaural rendering from microphone array signals of arbitrary geometry is
proposed. To reproduce binaural signals from microphone array recordings at a remote …

In literature, particle velocity has been introduced to improve performance of spatial sound
field reproduction systems. However, all existing work requires to have accurate particle …

A method for feedforward active noise control (ANC) over a spatial region is proposed.
Conventional multipoint ANC aims to reduce the noise at multiple discrete positions; …