Search Results

Session Paper Author(s) Full Paper
16. Trends and Advances in Array Signal Processing Self-supervised learning of platform motion in synthetic aperture sonar with coupled autoencoders Xenaki Angeliki, Pailhas Yan, Monti Alessandro NO
16. Trends and Advances in Array Signal Processing Geoacoustic inversion using a sparse and distributed array of unsynchronized hydrophones Bonnel Julien, Dosso Stan, Wilson Preston, McNeese Andrew NO
16. Trends and Advances in Array Signal Processing Machine learning techniques for source ranging and sediment classification in the ocean Frederick Christina, Michalopoulou Zoi-Heleni NO
16. Trends and Advances in Array Signal Processing Interaction of sound generated by a high-frequency parametric array with externally generated low-frequency sound Uzhansky Ernst, Friedlender Maya, Bucher Izhak YES
16. Trends and Advances in Array Signal Processing Using optimal mass transport in bearing-time records for underwater target localization and tracking Bountourakis Vasileios, Elvander Filip, Pulkki Ville YES
17. Unmanned vehicles for underwater acoustic surveillance and monitoring Low-frequency passive acoustic surveillance with directional sensors stinco pietro, tesei alessandra, been robert, maguer alain YES
17. Unmanned vehicles for underwater acoustic surveillance and monitoring Modelling and experimentation of an unmanned ASW barrier Colin Mathieu, Beerens Peter, van Heteren Mauries, van IJsselmuide Sander, Koetsier Otto, Prior Mark, van de Sande Jeroen, van Spellen Mark, Brouns Eef YES
17. Unmanned vehicles for underwater acoustic surveillance and monitoring The use of the user-friendly glider (SeaExplorer) for near-real time Passive Acoustic Monitoring Emmetiere Remi, Beguery Laurent, Le Page Yann NO
17. Unmanned vehicles for underwater acoustic surveillance and monitoring Unmanned Acoustic Sensing Platform with Enhanced Capabilities Mahar Scott, D'Spain Gerald YES
17. Unmanned vehicles for underwater acoustic surveillance and monitoring Directional monitoring of underwater sound fields using a glider Giorli Giacomo, Cecchi Daniele, Garau Bartolome, Viola Salvatore NO
17. Unmanned vehicles for underwater acoustic surveillance and monitoring Introducing microAUVs for acoustic monitoring of challenging coastal environments Chadwick Phoebe NO
18. Underwater acoustic calibration and standards The results and discussion of CCAUV.W-K2. An International key comparison of freefield hydrophone calibrations as undertaken by 8 National Metrology Institutes. Ford Benjamin, Robinson Stephen, Ablitt Justin NO
18. Underwater acoustic calibration and standards The development of a traceability chain for hydrophones going from primary calibrations to in-situ calibrations down to 0.5 Hz Ford Benjamin, Robinson Stephen, Malcher Freya, Barham Richard, Harris Peter NO
18. Underwater acoustic calibration and standards Low frequency primary pressure calibration techniques at NPL Malcher Freya, Barham Richard, Ford Benjamin, Robinson Stephen, Cheong Sei-Him, Ablitt Justin, Wang Lian NO
18. Underwater acoustic calibration and standards Multivariate control charts for calibration of hydrophones using the Mahalanobis distance Crocker Steven, Slater William YES
18. Underwater acoustic calibration and standards Inverse estimation of pressure- and shear wave speeds from scattering experiments from spherical samples Östberg Martin, Linné Markus YES
19. Underwater Communications and Networking MIMO-OFDM for Internet of Underwater Things Shi Jiacheng, Demirors Emrecan, Melodia Tommaso YES
19. Underwater Communications and Networking On the Use of a Janus-like Frame to Estimate the Channel Characteristics in Adaptive Communications Bhattacharya Ananya, Bousquet Jean-Francois, Khalaf Mohammedali YES
19. Underwater Communications and Networking The experiment of the long-range MIMO underwater acoustic communication using adaptive passive time reversal in a continental shelf of Japan. Kida Yukihiro, Deguchi Mitsuyasu, Watanabe Yoshitaka, Shimura Takuya NO
19. Underwater Communications and Networking Rake receiver with interference cancellation for an underwater acoustic modem Shen Lu, Henson Benjamin, Morozs Nils, Zakharov Yuriy, Mitchell Paul YES