Complicated multipath trajectories of waves in disordered cavities cause object localization
to be very challenging with traditional ray-tracing approaches. Yet it is known that …

Vibration data from mechanical systems carry important information that is useful for
characterization and diagnosis. Standard approaches rely on continually streaming data at a …

A sound field recording and reproduction method based on sparse sound field
decomposition is proposed. Most current methods are based on plane-wave or harmonic …

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) …

The full characterization of the sound field in a room from experimental data is a challenging
problem, as the direct measurement of the sound field in the volume requires considerable …

Strong reverberation is a challenge for narrowband source localization, as most of the
existing methods are based on times-of-arrival measurements, that is affected by …

Acoustic source localization and dereverberation are formulated jointly as an inverse
problem. The inverse problem consists of the approximation of the sound field measured by …

This paper presents a complete strategy for the geometry estimation of large microphone
arrays of arbitrary shape. Largeness is intended here in both number of microphones …

Large microphone arrays are an efficient means for source localization thanks to a wide
aperture and a great number of sensors. When such arrays are deployed in situ, accurate …

In this paper, the authors introduce an algorithm for locating sound-producing fish in a small
rectangular tank that can be used, eg, in behavioral bioacoustical studies to determine …