Sound field analysis methods make it possible to characterize and reconstruct a sound field
from a limited set of observations. Classical approaches rely on the use of analytical basis …

The acquisition of the spatio-temporal characteristics of a sound field over a large volume of
space is experimentally challenging, as a large number of transducers is required to sample …

This letter introduces a database of Room Impulse Responses (RIRs) measured in seven
different rooms for multizone sound field reproduction research in various acoustic …

Sound field control systems deployed in room acoustic environments require knowing the
acoustic channel impulse responses between the loudspeakers and matching microphones …

Personal sound zone (PSZ) refers to the technique that uses an array of loudspeakers and
digital signal processing tools to achieve spatial soundfield control. To generate the target …

Spatial sound field interpolation relies on suitable models to conform to available
measurements and predict the sound field in the domain of interest. A suitable model can be …

Sound zone methods aim to control the sound field produced by an array of loudspeakers to
render a given audio content in specific areas while making it almost inaudible in others. At …

The extent to which the performance of personal sound zone (PSZ) reproduction systems is
impacted by the individualization of Binaural Room Transfer Functions (BRTFs) and the …

Multizone sound field reproduction aims to create different acoustic environments in multiple
spatial zones, allowing listeners to enjoy their individual sounds without being disturbed by …

The implementation of head tracking in personal sound zone (PSZ) reproduction was
investigated in terms of the optimal spatial resolution required for sampling the plant transfer …