Classical ocean acoustic experiments involve the use of synchronized arrays of sensors.
However, the need to cover large areas and/or the use of small robotic platforms has evoked …

This paper presents geoacoustic inversion of a light bulb implosion recorded during the
Shallow Water 2006 experiment. The source is low frequency and impulsive, the …

The horizontal wavenumbers and modal depth functions are estimated by block sparse
Bayesian learning (BSBL) for broadband signals received by a vertical line array in shallow …

This paper presents single receiver geoacoustic inversion of two independent data sets
recorded during the 2017 seabed characterization experiment on the New England Mud …

Bowhead whales generate low-frequency calls in shallow-water Arctic environments, whose
dispersive propagation characteristics are well modeled by normal mode theory. As each …

This paper introduces a single-receiver geoacoustic-inversion method based on dispersion
analysis and adapted to low-frequency impulsive sources in shallow-water environments. In …

A publication by McCargar and Zurk [J. Acoust. Soc. Am. 133 (4), EL320–EL325 (2013)]
introduced a passive source depth estimation method for a moving tonal source with a …

Interferometry of ambient and ship** noise in the ocean provides a way to estimate
physical parameters of the seafloor and the water column in an environmentally friendly …

Estimation of modal wavenumbers is important for inference of geoacoustic properties and
data-driven matched field processing in shallow water waveguides. This paper introduces a …

This paper presents a method for estimating bottom geoacoustic properties especially the
sediment attenuation from information contained in normal modes of a broadband signal …