|
06. Marine sediment acoustics
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Acoustic propagation characteristics in marine seismic reflection surveys
|
Douglass Alexander, Abadi Shima, Wood Warren, Phrampus Benjamin
|
YES
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Coupled-mode field computations for underwater canyons and ridges
|
Ivansson Sven
|
YES
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
On the relationship between kinetic and potential energies in an oceanic waveguide: a broadband derivation.
|
Bonnel Julien, Flamant Julien
|
NO
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Numerical and analytical study of broadband mode coupling induced by a local inhomogeneity in a shallow-water waveguide
|
Lunkov Andrey, Grigorev Valery, Sidorov Danila, Shermeneva Maria
|
YES
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Coupled mode wide-angle parabolic equations and their numerical solution in the case of a 3D shallow-water waveguide
|
Petrov Pavel, Ehrhardt Matthias, Tyshchenko Andrey
|
NO
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Data Driven Mode Based Analyses to Predict Sound Propagation in the Ocean Near Rough Topography
|
Coelho Emanuel, Lermusiaux Pierre, Heaney Kevin
|
NO
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Numerical modelling of acoustic wave propagation through a bubble column
|
Smith Tom, Bempedelis Nikolaos, Grech La Rosa Andrea
|
YES
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Approximating normal mode propagation modeling using a dense neural network
|
Varon Arthur, Mars Jérome, Bonnel Julien
|
NO
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Theoretical model for correlation function of wideband signal received by two vertical arrays and retrieval of modal dispersion curves in shallow water
|
Yarina Marina, Katsnelson Boris, Godin Oleg
|
YES
|
|
07. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Numerical simulation of broadband acoustic signal propagation in a shallow-water waveguide with an inhomogeneous bottom structure
|
Sidorov Danila, Lunkov Andrey, Petnikov Valery
|
YES
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
SERDP/ESTCP Munitions Response Program: An update on development and demonstrations of technologies for underwater remediation of unexploded ordnance (UXO).
|
Richardson Michael, Bradley David
|
YES
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Munitions Response Program
|
Bradley David, Richardson Michael
|
NO
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Multi-Sensor Towbody (MuST); an expandable platform for detection, classification, and geolocation of UneXploded Ordnance (UXO)
|
Williams Kevin, Marston Timothy
|
NO
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Toward Practical Detection and Classification of Underwater Munitions with Electromagnetic Induction Sensing
|
Song LinPing, Billings Stephen, Pasion Leonard, Sinex David, Beran Laurens
|
YES
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Synthesizing 3D UXO target response estimates from multiple scans using the buried object scanning sonar
|
Marston Timothy, Williams Kevin, Kargl Steven, Espana Aubrey
|
YES
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Ultra-high-resolution 2D and 3D acoustic sub-bottom profiling for munition detection
|
Barradas Jose Felipe, Mestdagh Thomas, Missiaen Tine
|
NO
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Automatic target recognition using deep learning on multiple SAS views
|
Bryan Oscar, Fincham-Haines Tom, Hunter Alan, Warakagoda Narada, Hansen Roy
|
NO
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
Few-Shot Learning for ATR using Contrastive Loss and Modeled Data: Understanding Fidelity Requirements
|
McMillan Justin
|
NO
|
|
08. Munition Detection- Classification and Localization in the Marine Environment
|
CMRE UXO test site implementation, demonstration and maintenance
|
Biagini Stefano, Sletner Per Arne, Maguer Alain
|
YES
|
|
09. New frontiers in fisheries acoustics: applications- analysis- decision and management tools
|
Numerical estimation of the target strength of Atlantic bluefin tuna using 3D computed tomographical images
|
Pérez-Arjona Isabel Ladino Anderson, Puig-Pons Vicent, Espinosa Víctor
|
NO
|
