|
June 16, Monday
|
B. ERATO
|
11:00-11:20
|
07. Inverse Problems in Acoustical Oceanography
|
Geoacoustic inversion with optimal transport
|
Zoi-Heleni Michalopoulou
|
-
|
|
June 16, Monday
|
B. ERATO
|
11:20-11:40
|
07. Inverse Problems in Acoustical Oceanography
|
Range-Dependent Geoacoustic Inversion Based on Sediment Type Distribution in Continental Shelf Areas
|
Juan Zeng
|
-
|
|
June 16, Monday
|
B. ERATO
|
11:40-12:00
|
07. Inverse Problems in Acoustical Oceanography
|
Modal inversion of tomographic signals in the Canada Basin
|
Hunter Akins
|
-
|
|
June 16, Monday
|
B. ERATO
|
12:00-12:20
|
07. Inverse Problems in Acoustical Oceanography
|
Geoacoustic inference for ecosystem monitoring of a seagrass meadow
|
Thomas Jerome
|
-
|
|
June 16, Monday
|
B. ERATO
|
12:20-12:40
|
07. Inverse Problems in Acoustical Oceanography
|
Trans-dimensional matched-field inversion for compressional and shear geoacoustic profiles
|
Stan Dosso
|
-
|
|
June 16, Monday
|
B. ERATO
|
14:30-14:50
|
07. Inverse Problems in Acoustical Oceanography
|
Seabed characterization using ambient sound inversion for data on the New England Shelf
|
Martin Siderius
|
-
|
|
June 16, Monday
|
B. ERATO
|
14:50-15:10
|
07. Inverse Problems in Acoustical Oceanography
|
Individual and joint inversion of modal amplitude and modal arrival-time data for the estimation of seabed geoacoustic models
|
Yong Min Jiang
|
-
|
|
June 16, Monday
|
B. ERATO
|
15:10-15:30
|
07. Inverse Problems in Acoustical Oceanography
|
Bayesian Inversion for Geoacoustic Parameters in the Baltic Sea
|
Siobhán Correnty
|
-
|
|
June 16, Monday
|
B. ERATO
|
15:30-15:50
|
07. Inverse Problems in Acoustical Oceanography
|
Correlation analysis of noise signal using two vertical arrays and retrieval of modal dispersion curves in shallow water
|
Boris Katsnelson
|
Cancelled
|
|
June 16, Monday
|
B. ERATO
|
17:00-17:20
|
07. Inverse Problems in Acoustical Oceanography
|
Acoustic observables and inversions in long-range polar transmissions
|
Emmanuel Skarsoulis
|
-
|
|
June 16, Monday
|
B. ERATO
|
17:20-17:40
|
07. Inverse Problems in Acoustical Oceanography
|
Underwater Passive Source Localization based on a Data Derived Replica Library
|
Baptiste Menetrier
|
-
|
|
June 16, Monday
|
B. ERATO
|
17:40-18:00
|
07. Inverse Problems in Acoustical Oceanography
|
MAMBAT: An automated model-based framework for multiple animal acoustic tracking in challenging marine environments
|
Pina Gruden
|
-
|
|
June 16, Monday
|
B. ERATO
|
18:00-18:20
|
07. Inverse Problems in Acoustical Oceanography
|
Range-Dependent Source Localization Methods in Shallow-Water environments
|
Juan Zeng
|
-
|
|
June 16, Monday
|
C. THALIA
|
11:00-11:20
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Sound scattering by nested cylindrically symmetric and linearly invariant anomalies
|
Sven Ivansson
|
-
|
|
June 16, Monday
|
C. THALIA
|
11:20-11:40
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Space-time ray tracing and applications to ‘vertical modes and horizontal rays’ method
|
Aleksandr Kaplun
|
Cancelled
|
|
June 16, Monday
|
C. THALIA
|
11:40-12:00
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Horizontal space-time rays and refraction of sound pulses in shallow water waveguide.
|
Boris Katsnelson
|
Cancelled
|
|
June 16, Monday
|
C. THALIA
|
12:00-12:20
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Correlated random matrix ensembles for underwater sound propagation
|
Tarun Chandrayadula
|
-
|
|
June 16, Monday
|
C. THALIA
|
12:20-12:40
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
Time-frequency structure of normal modes in range-dependent waveguides: numerical modeling and field experiment.
|
Danila Sidorov
|
-
|
|
June 16, Monday
|
C. THALIA
|
12:40-13:00
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
deep SSP: Enhanced Split Step Pade methods using deep learning
|
Daniel Walsken
|
-
|
|
June 16, Monday
|
C. THALIA
|
14:30-14:50
|
09. Modeling techniques for underwater acoustic scattering and propagation (including 3D effects)
|
RAINDROP: A Framework for Real-Time Holistic Underwater Acoustic Maps
|
Tiago Gomes
|
-
|
