The identification of acoustic sources in a three-dimensional (3D) domain based on
measurements with an array of microphones is a challenging problem: it entails the …

The in situ absorption characteristics of sound-absorbing samples are generally estimated
inversely from sound field measurements above the sample's surface. However, the entire …

This work proposes a method to predict the sound absorption coefficient of finite porous
absorbers using a residual neural network and a single-layer microphone array. The goal is …

A method is proposed for measuring the angle-dependent absorption coefficient of a
boundary material in situ. The method relies on decomposing a non-uniform three …

Sparse reconstruction methods, such as Compressive Sensing, are powerful methods in
acoustic array processing, as they make wideband reconstruction possible. However, when …

In many room acoustics and noise control applications, it is often challenging to determine
the directions of arrival (DoAs) of incoming sound sources. This work seeks to solve this …

Acoustics is a broad field of knowledge that extends branches all over the physics of wave
phenomena, psychology, natural sciences, and engineering. It is taught, in general, as part …

Acoustic simulations often face significant uncertainties due to limited knowledge of acoustic
boundary conditions. While measuring the boundary admittance in situ is challenging in …