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From geoacoustic inversion to seabed tomography using a distributed network of sources and receivers

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This study demonstrates seabed tomography and spatial variability of sediments, suggesting improved acoustic modeling in marine environments.

The use of distributed networks in seabed tomography improves the estimation of geoacoustic properties and variability across marine environments.
This research highlights how advanced signal processing methods yield accurate insights into the muddy seabed sediments across several locations.
Data collected during the Seabed Characterization Experiments showcases the effectiveness of algorithmic techniques in geoacoustic inversion.
Findings indicate enhanced understanding of acoustic propagation in coastal waters, which is vital for applications like noise pollution monitoring and underwater warfare.

Bonnel et al. (2025) studied this question.

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This study demonstrates seabed tomography and spatial variability of sediments, suggesting improved acoustic modeling in marine environments.