This paper reviews the progress in geoacoustic inversion over the past several decades.
The review is separated into two parts. The first part reviews developments in model-based …

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 a single receiver geoacoustic inversion method adapted for low-
frequency impulsive sources. It is applied to light bulb data collected during the Shallow …

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 …

Due to the expense associated with at-sea sensor deployments, a challenge in underwater
acoustics has been to develop methods requiring a minimal number of sensors. This paper …

Abstract Calls from North Pacific right whales (Eubalaena japonica) were recorded in the
eastern Bering Sea during a visual and acoustic survey aboard the US Coast Guard buoy …

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 …

Impact pile driving creates intense, impulsive sound that radiates into the surrounding
environment. Piles driven vertically into the seabed generate an azimuthally symmetric …

This article discusses inversions for bottom geoacoustic properties using broadband
acoustic signals obtained from explosive sources. Two different inversion schemes for …