|
15. Seabed Acoustics |
Spectral and wavelet parameterization of seafloor hydroacoustic imaging for identification of subglacial forms of the Baltic Sea
|
Marcelina Kasuła, Karolina Trzcińska, Jarosław Tęgowski |
|
15. Seabed Acoustics |
Dispersion theory for a shallow sea model with the two-layer bottom
|
Alena Zakharenko, Julien Bonnel, Stan Dosso |
|
15. Seabed Acoustics |
Impact of viscous grain shearing parameters on model manifolds
|
Tracianne Neilsen, Michelle Wang, Aviana Smith, Jay Spendlove, Mark Transtrum |
|
16. Sonar performance modeling and verification: Active and passive sonar |
The future evolution of mid-frequency active sonar performance in a changing ocean
|
Xavier Cristol, Bruno Chalindar, Nicolas Fisichella, Herald Rabeson |
|
16. Sonar performance modeling and verification: Active and passive sonar |
Comparisons Between Code- and Time-Division-Multiplexing for MIMO Sonar Signal Processing
|
Michaela Murzyniec, Yannik Steiniger, Sven Schröder |
|
16. Sonar performance modeling and verification: Active and passive sonar |
Decoupling Environmental Complexity: Direct Analysis in Sonar Performance Space
|
Jonas Halse Rygh, Karl Thomas Hjelmervik |
|
16. Sonar performance modeling and verification: Active and passive sonar |
Mapping the Impact of Climate Change on Indicators of Acoustic Propagation in the Atlantic Ocean
|
Victor Oppeneer, Nolwenn Risser, Aniello Russo, Giacomo Giorli, Robbert van Vossen |
|
16. Sonar performance modeling and verification: Active and passive sonar |
J-divergence detection currency after thresholding a Rician signal in Gaussian noise
|
Douglas Abraham |
|
16. Sonar performance modeling and verification: Active and passive sonar |
Correlation analysis of the spatial phase information of acoustic scattering from a sphere by a vortex beam
|
Liwei CHEN, Jun FAN, Zhixiong GONG |
|
16. Sonar performance modeling and verification: Active and passive sonar |
Modeling of acoustical transducers using electrical network theory
|
David A Brown |
|
16. Sonar performance modeling and verification: Active and passive sonar |
Active Sonar Performance Modeling in the Time Domain
|
Kevin Heaney |
|
17. Target Echo Strength – Measurements and Modelling |
Target echo strength of layered media with an active surface
|
Kevin Hostombe, Delf Sachau |
|
17. Target Echo Strength – Measurements and Modelling |
TES Modelling of TESSMEX Object M32 and M32T
|
Elizabeth Chilvers |
|
17. Target Echo Strength – Measurements and Modelling |
Porting a ray tracing method for determining the target echo strength (TES) of underwater objects to GPUs - a field report
|
Ralf Burgschweiger, Ingo Schäfer, Delf Sachau, Jan Ehrlich |
|
17. Target Echo Strength – Measurements and Modelling |
The use of Born series in multiple scattering
|
Ahmad Abawi |
|
17. Target Echo Strength – Measurements and Modelling |
TESSMEX - a summary of measurements so far
|
David Nunn |
|
17. Target Echo Strength – Measurements and Modelling |
Target Echo Strength Scale Model Experiments, project overview
|
Martin Uitdenbogerd |
|
17. Target Echo Strength – Measurements and Modelling |
UK TESSMEX measurements made in an inland freshwater reservoir
|
Zuhayr Rymansaib, Alan Hunter |
|
17. Target Echo Strength – Measurements and Modelling |
Loch Goil Target Echo Strength measurements
|
Keith Page |
|
17. Target Echo Strength – Measurements and Modelling |
Modelling and measurement of the target strength of the M32T/C scaled model
|
Dennis van der Burg, Jan-Willem Vrolijk, Laurent Fillinger |