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Session Lecture Authors(s)
04. Towards Automatic Target Recognition. Detection, Classification and Modelling ON THE BENEFIT OF MULTIPLE REPRESENTATIONS WITH CONVOLUTIONAL NEURAL NETWORKS FOR IMPROVED TARGET CLASSIFICATION USING SONAR DATA Williams David, Hamon Ronan, Gerg Isaac
04. Towards Automatic Target Recognition. Detection, Classification and Modelling ATR PERFORMANCE FOR TARGET CLUSTERING Melo José, Dugelay Samantha
04. Towards Automatic Target Recognition. Detection, Classification and Modelling MBES WATER COLUMN DATA PROCESSING FOR SMALL UNDERWATER TARGET RECOGNITION Quidu Isabelle, Legris Michel
04. Towards Automatic Target Recognition. Detection, Classification and Modelling ENVIRONMENTALLY ADAPTIVE AUTOMATIC DETECTION OF LINEAR SEAFLOOR FEATURES IN SIDESCAN SONAR IMAGERY: THE CASE OF TRAWL MARKS DETECTION Gournia Charikleia, Fakiris Elias, Geraga Maria, Williams David P., Papatheodorou George
04. Towards Automatic Target Recognition. Detection, Classification and Modelling BAYESIAN SEAFLOOR CHARACTERIZATION FROM SAS IMAGERY Gips Bart
04. Towards Automatic Target Recognition. Detection, Classification and Modelling TARGET CLASSIFICATION USING MULTI-VIEW SYNTHETIC APERTURE SONAR IMAGERY D'Alès De Corbet Benoît, Williams David, Dugelay Samantha
04. Towards Automatic Target Recognition. Detection, Classification and Modelling THREATENING DEGREE ASSESSMENT METHOD OF SONAR TARGETS BASED ON MULTI-SOURCE INFORMATION FUSION Zhou Bin, Song Xuejing, Wang Qing, Chen Yuechao
12. Marine sediment acoustics AN EVALUATION OF METRICS USED FOR SEDIMENT CLASSIFICATION USING NORMAL-INCIDENCE ECHO SOUNDING Isakson Marcia
12. Marine sediment acoustics SOUND SPEED AND ATTENUATION IN WATER-SATURATED SAND-SIZED MATERIALS AT MHZ FREQUENCIES Hare Jenna, Hay Alex
12. Marine sediment acoustics IN SITU MEASUREMENTS OF SEDIMENT SOUND SPEED AND ATTENUATION FROM LOW- TO MID-FREQUENCIES Yang Jie, Jackson Darrell R.
12. Marine sediment acoustics EFFECT OF A SOFT SEDIMENT LAYER ON ACOUSTIC NORMAL MODE PROPAGATION IN THE NEW ENGLAND MUD PATCH Potty Gopu R, Miller James H
12. Marine sediment acoustics MEASURING SEABED PROPERTIES OF THE NEW ENGLAND MUD PATCH USING AMBIENT NOISE COHERENCE Barclay David, Bevans Dieter, Buckingham Michael
12. Marine sediment acoustics INFERENCE OF SOUND SPEED WITHIN A GRANULAR SEDIMENT IN A LABORATORY LAYERED WAVEGUIDE: IMPLICATIONS FOR THE FLUID MODEL Venegas Gabriel R, Wilson Preston S
21. Target Echo Strength-Measurements and Modelling PRELIMINARY TARGET MEASUREMENTS FROM A PROTOTYPE MULTISPECTRAL SYNTHETIC APERTURE SONAR Rymansaib Zuhayr, Hunter Alan, Bowen Christopher, Dillon Jeremy, Charron Richard, Shea David
21. Target Echo Strength-Measurements and Modelling SCATTERING FROM MULTIPLE ELASTIC TARGETS USING THE COUPLED FINITE ELEMENT/BOUNDARY ELEMENT METHOD Abawi Ahmad, Krysl Petr
21. Target Echo Strength-Measurements and Modelling COMPARING TARGET ECHO STRENGTH MODELS FOR A GENERIC SUBMARINE Curtis Alan, Nigro David, Harter Robert, Stirland Martin
21. Target Echo Strength-Measurements and Modelling ACOUSTIC SCATTERING FROM THIN-WALLED CYLINDERS: EXPERIMENTAL VALIDATION OF A NOVEL BOUNDARY ELEMENT METHOD Tsinovoy Anatoli, Chernokozhin Evgeny, Kahanov Matan, Boag Amir
21. Target Echo Strength-Measurements and Modelling TARGET ECHO STRENGTH OF A SCALED STEEL BODY WITH INNER STRUCTURE AND THIN HULL Stoltenberg Arne, Schäfer Ingo
21. Target Echo Strength-Measurements and Modelling INFLUENCE OF FLUID-STRCTURE COUPLING ON TARGET ECHO STRENGTH SIMULATION Schaefer Ingo, Ehrlich Jan, Burgschweiger Ralf, Ochmann Martin
21. Target Echo Strength-Measurements and Modelling TARGET ECHO STRENGTH-MEASUREMENTS AND MODELLING Beadle Joseph. G, Sambles J. Roy, Hibbins Alastair. P.