|
06. Enhancing underwater acoustic sensing through machine learning |
Underwater Sound Source Classification Using Non-Negative Matrix Factorization-Based Continuous Observation
|
Xueyang Yu, Cheng Chi, Shenglong Jin, Donghao Ju, Shuqiu Li, Yu Li, Haining Huang |
|
06. Enhancing underwater acoustic sensing through machine learning |
Extraction of Green’s function via blind deconvolution using iterative adaptive approach for small horizontal arrays
|
Wei Shao, Yujie Wang, Guanqun Wang, Cheng Chi, Yu Li, Haining Huang |
|
07. Inverse Problems in Acoustical Oceanography |
Underwater Passive Source Localization based on a Data Derived Replica Library
|
Baptiste Menetrier, Gnouregma Bazile Kinda, Valérie Labat, Samuel Pinson, Abdel Boudraa |
|
07. Inverse Problems in Acoustical Oceanography |
Sequential Measurement Point Selection For Geoacoustic Inversion Using Unscented Kalman Filtering
|
Siobhán Correnty, Ylva Ljungberg Rydin, Magnus Lundberg Nordenvad, Isaac Skog, Martin Östberg |
|
07. Inverse Problems in Acoustical Oceanography |
Range-Dependent Source Localization Methods in Shallow-Water environments
|
Jing Guo, Juan Zeng, Li Ma |
|
07. Inverse Problems in Acoustical Oceanography |
Geoacoustic inversion with optimal transport
|
Zoi-Heleni Michalopoulou |
|
07. Inverse Problems in Acoustical Oceanography |
Range-Dependent Geoacoustic Inversion Based on Sediment Type Distribution in Continental Shelf Areas
|
licheng lu, li ma, juan zeng, qunyan ren |
|
07. Inverse Problems in Acoustical Oceanography |
Modal inversion of tomographic signals in the Canada Basin
|
F. Hunter Akins, Matthew Dzieciuch, Peter Worcester, Hanne Sagen, Bruce Cornuelle |
|
07. Inverse Problems in Acoustical Oceanography |
Geoacoustic inference for ecosystem monitoring of a seagrass meadow
|
Thomas Jerome, Megan Ballard, Kevin Lee, Colby Cushing, Kyle Capistrant-Fossa, Andrew McNeese, Robert Taylor, Preston Wilson, Kenneth Dunton |
|
07. Inverse Problems in Acoustical Oceanography |
Trans-dimensional matched-field inversion for compressional and shear geoacoustic profiles
|
Stan Dosso, Julien Bonnel |
|
07. Inverse Problems in Acoustical Oceanography |
Seabed characterization using ambient sound inversion for data on the New England Shelf
|
Martin Siderius, Stan Dosso |
|
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, Stan Dosso, Julien Bonnel |
|
07. Inverse Problems in Acoustical Oceanography |
Acoustic observables and inversions in long-range polar transmissions
|
Emmanuel Skarsoulis, George Piperakis |
|
07. Inverse Problems in Acoustical Oceanography |
MAMBAT: An automated model-based framework for multiple animal acoustic tracking in challenging marine environments
|
Pina Gruden, Eva-Marie Nosal, E. Elizabeth Henderson |
|
08. Bioacoustics and Soundscape |
Automated Classification of Vocalisations from Wild and Captive Seal Populations
|
William Butler, Harrison Smith, Wil Lloyd, Marios Impraimakis, Andrew Barnes, Alan Hunter |
|
08. Bioacoustics and Soundscape |
Advancing Marine Monitoring Through Edge-Optimised Deep Learning: Hydrotwin’s Approach to Underwater Acoustic Surveillance
|
Astrid van Toor, Erica Cruz, Guilherme Beleza Vaz |
|
08. Bioacoustics and Soundscape |
North Atlantic Right Whale Up-call Localization with a Four-Element Acoustic Array on a Slocum Glider
|
Michael MacGillivray, Mae Seto, S. Bruce Martin, Laird Bolt |
|
08. Bioacoustics and Soundscape |
Correlation of NARW Vocalizations with Behaviours based on Analysis of Tagged Whale Data towards more Informed Localization
|
Marina Antipina, Mae Seto, Jay Kirkham, Sarah Fortune |
|
08. Bioacoustics and Soundscape |
Towards a model for biological contributions to the soundscape
|
Kevin Heaney, Andrew Heaney |
|
08. Bioacoustics and Soundscape |
Characterizing Sei Whale (Balaenoptera borealis) Movement Patterns in the Gulf of Maine
|
Emma VerGow, Jennifer Miksis-Olds, S. Bruce Martin |
