|
Salle 1 |
Salle 2 |
Salle 3 |
Salle 4 |
Salle 5 |
Salle 6 |
Salle 7 |
Salle 8 |
Monday
Jun
20
9:00 AM
to
12:00 PM |
| (MB.TC1) Marine Board - ESF
meeting |
| (,) | |
| (OES AdCom) OES Administrative
Committee |
| (,) | |
| (ER_ASM) ERASM |
| (Zakharia,M) | |
| (Tutorial 1) Acoustic Time
Reversal: Theory |
| (Fink,M) | |
|
| (MB.OFWG1) Marine Board - ESF
meeting |
| (,) | |
| (Tutorial 10) Propagation of
electromagnetic Waves through Seawater |
| (Lucas,J;
Al-Shamma'a,A) | |
| (Tutorial 6) Seeing inside the
Cube: Improved Sonar Imaging |
| (Loke,E) | |
Monday
Jun
20
2:00 PM
to
5:00 PM |
| (MB.TC2) Marine Board - ESF
meeting |
| (,) | |
| (OES AdCom) OES Administrative
Committee |
| (,) | |
|
| (Tutorial 2) Acoustic Time
Reversal: Marine Applications |
| (Kuperman,W) | |
| (Tutorial 9) Environment-referred
Navigation and Guidance of Autonomous Underwater Platforms
|
| (Rendas,M) | |
| (MB.OFWG2) Marine Board - ESF
meeting |
| (,) | |
| (Tutorial 8) The Development of a
Marine GIS |
| (Gold,C) | |
| (Tutorial 11) Applied Model-based
Signal Processing |
| (Candy,J) | |
Tuesday
Jun 21
1:30 PM
to
3:10 PM |
| (Tu.MB_MPM1.c) Marine Board - ESF
meeting |
| (,) | |
| (Tu.AUV1.c) AUV Prototype &
Design |
| (Brancart,C;
Rigaud,V) |
| (Desset, S) Closer to
Deep Underwater Science with ODYSSEY IV Class Hovering Autonomous
Underwater Vehicle (HAUV) |
| (Epars, Y) Autonomous
Underwater Sampling using a Manipulator and Stereovisual Servoing
|
| (Gomes, R) A new ROV
design: issues on low drag and mechanical symmetry. |
| (Molnar, L) Design of
advanced AUV for deployment close to seabed and other hazards
| |
| (Tu.RC.c) Cross Regional Clusters
in an International Context |
| (Garello,R;
Pearlman,J) | |
| (Tu.UA1.c) Underwater Acoustics
Propagation |
| (Carey,W;
Sessarego,J) |
| (Pierce, A)
Low-frequency attenuation of sound in marine sediments |
| (Dong, H) A model for
predicting propagation of anthropogenic acoustic noise in the sea
|
| (Le Touze, G) Source
depth estimation using modal decomposition and time-frequency
representations |
| (Pecknold, S)
Time-series Modeling using the Waveform Transmission Through a
Channel program. |
| (Wilson, P) Evidence of
dispersion in a water-saturated granular sediment
| |
| (Tu.COM4.c) Communication
Networks |
| (Adams,A;
Stojanovic,M) |
| (Sözer, E) Simulation
and Rapid Prototyping Environment for Underwater Acoutic
Communications: Reconfigurable Modem |
| (Stokey, R) A Compact
Control Language for AUV Acoustic Communication |
| (Frye, D) An
Acoustically-Linked Deep-Ocean Observatory |
| (Stojanovic, M)
Optimization of a Data Link Protocol for an Underwater Acoustic
Channel | |
| (Tu.MB_MIF1.c) Marine Board - ESF
meeting |
| (,) | |
| (Tu.S1.c) Sonar: Signal
Processing |
| (Sullivan,E;
Candy,J) |
| (Fablet, R) Speckle
denoising using a variational multi-wavelet approach |
| (Candy, J) Sequential
Detection of a Weak Target in a Hostile Ocean Environment |
| (Roueff, A)
Discrimination of Events at the International Station of Crozet
Islands |
| (Fraschini, C) On the
fluctuation of the ambiguity function in RADAR and SONAR |
| (Farrokhrooz, M) Ship
Noise Classification Using Probabilistic Neural Network and AR Model
Coefficients | |
| (Tu.S11.c) SAS |
| (Sternlicht,D;
Billon,D) |
| (Maussang, F) Adaptive
Anisotropic Diffusion for Speckle Filtering in SAS Imagery |
| (Gough, P) Fast Fourier
techniques for synthetic aperture sonar imagery |
| (Callow, H) Towards
Robust Quality Assessment of SAS imagery using the DPCA algorithm
|
| (Chaillan, F)
Multiresolution analysis of SAS images
| |
Tuesday
Jun 21
3:10 PM
to
3:50 PM |
| (SP1) Student Poster
Competition |
| (Le Caillec,J;
Miller,N) |
| (Adams, S) Environmental
monitoring of a fish processing effluent plume in coastal
Newfoundland |
| (Barclay, P) ML
estimation of seafloor topography using multi-frequency synthetic
aperture sonar |
| (Fedenczuk, T) Real Time
Ocean Research Education: Methods and technologies for outreach
during a ship-based research cruise. |
| (Garcia, J) Accurate
Positioning for Underwater Acoustic Networks |
| (Hunter, A) Towards more
accurate shadow modelling in simulated SAS imagery |
| (Ila, V) VLSI
Architecture for an Underwater Robot Vision System |
| (Kojiya, T) Construction
of Non-contacting Power Feeding System to Underwater Vehicle
Utilizing Electromagnetic Induction |
| (Marrec, L) In-situ
optical fiber sensors for temperature and salinity monitoring |
| (May, R) Simulation of
climate significant nonlinear tidal phenomena in the Euro Arctic
Seas |
| (Nosal, E) Pair-wise
processing for localization of multiple broadband CW sources |
| (Piao, D) The effect of
space and time correlation on the underwater acoustic MIMO channel
capacity |
| (Pilbrow, E) Autofocus
of Active Beacons for Measuring the Tow-Path of a Synthetic Aperture
Sonar |
| (Redpath, D) A
methodology for underwater video classifier design and comparison on
limited data sets. |
| (Repetto, S)
High-Resolution 3-D imaging by a sparse array: array optimization
and image simulation |
| (Sarangapani, S)
Measurements and Modeling of the Target Strength of Divers |
| (Takase, Y) REAL-TIME
SONAR SYSTEM USING ACOUSTIC LENS AND NUMERICALANALYSIS BASED ON
2D/3D PARABOLIC EQUATION METHOD |
| (Toscano-Jimenez, M) If
A Nuclear Accident occurs, How Will The Radioactive Spots Be
Transported By The Ocean? |
| (Tseng, Y)
Implementation of genetic programming toward the improvement of
acoustic classification performance for different seafloor habitats
|
| (Viala, C) Real-time
geoacoustic inversion of large band signals
| |
|
|
|
|
|
|
|
Tuesday
Jun 21
3:50 PM
to
5:30 PM |
| (Tu.MB_MPM2.d) Marine Board - ESF
meeting |
| (,) | |
| (Tu.AUV2.d) AUV Prototype &
Design |
| (Rigaud,V;
Brancart,C) |
| (Blidberg, R) The SAUV
II (Solar Powered AUV) Test Results 2004 |
| (Hamilton, K) SPINAV
(Subsea Pilotless INspection using an Autonomous Vehicle) : Concepts
and Results | |
| (Tu.GEO.d) Oceanography: Global
Observations |
| (Desaubies,Y) |
| (Vrac, S) AUTOMATIC
DETECTION OF OCEANOGRAPHIC STRUCTURES AT SHOM : A REVIEW |
| (Pettigrew, N)
Implementing the Gulf of Maine Ocean Observing System (GoMOOS)
|
| (Pouliquen, S) Coriolis,
a French project for operational oceanography |
| (Desaubies, Y) MERSEA -
Development of a European system for operational monitoring and
forecasting of the ocean physics, biogeochemistry and |
| (Degois, R) Instrumented
Autonomous Buoy for Tuna Observations and Management Purposes
| |
| (Tu.UA2.d) Underwater Acoustics
Scattering |
| (Zakharia,M;
Sessarego,J) |
| (Sarangapani, S)
Measurements and Modeling of the Target Strength of Divers |
| (Le Gonidec, Y)
Multifrequency analysis of underwater acoustic waves reflected by
complex media: principles and water tank experiments. |
| (Quesson, B) Validation
of high frequency acoustic target modelling
| |
| (Tu.COM5.d) Communication
Networks |
| (Stojanovic,M;
Adams,A) |
| (Adams, A) An Acoustic
Network Protocol for Sub-sea Sensor Systems |
| (Shahabudeen, S) Design
of networking protocols for shallow water peer-to-peer acoustic
networks |
| (Kebkal, A) Data-link
Protocol for Underwater Acoustic Networks
| |
| (Tu.MB_MIF2.d) Marine Board - ESF
meeting |
| (,) | |
| (Tu.S2.d) Sonar: Signal
Processing |
| (Candy,J;
Sullivan,E) |
| (Gelb, J) Postprocessing
Waveform Selection in Broadband Active Sonar |
| (Gelb, J) Hybrid Joint
PDF Estimation and Classification for Sparse Systems |
| (Coiras, E) An
Expectation-Maximization Framework for the Estimation of Bathymetry
from Side-scan Sonar Images |
| (Fraschini, C) An
improvement of the discriminating capability of the active SONAR by
optimization of a criterion based on the Cramér-Rao lower bound
| |
| (Tu.S12.d) SAS |
| (Billon,D;
Sternlicht,D) |
| (Chaillan, F) Stochastic
matched filtering method applied to SAS imagery |
| (Maussang, F) Fusion of
Local Statistical Detectors in SAS Imagery Classification |
| (Chanussot, j) 3D snakes
for the segmentation of buried mines in 3D acoustic images |
| (Hayes, M) Estimating
layover in broadband synthetic aperture sonar bathymetry
| |
Wednesday
Jun 22
8:30 AM
to
9:50 AM |
| (We.MB_MPM3.a) Marine Board - ESF
meeting |
| (,) | |
| (We.AUV3.a) AUV Mission
Planning |
| (Blidberg,R;
Dabe,F) |
| (Le Bouffant, N)
Automatic MCM mission control for AUV systems |
| (Nana, L) Investigation
of safety mechanisms for oceanographic AUV missions programming
|
| (Nana, L) Embedded
intelligent supervision and piloting for oceanographic AUV
| |
| (We.RS1.a) Remote Sensing HF
Radars |
| (Gurgel,K;
Heron,M) |
| (Wyatt, L) HF radar and
the UK wave monitoring network, WAVENET |
| (Wyatt, L) HF radar for
coastal monitoring – a comparison of methods and measurements |
| (Heron, M) Design
parameters for an HF ocean surface radar installation,Design
parameters for an HF ocean surface radar installation |
| (Siri, P) Applying
Surface Current Monitoring to Coastal Ocean Management
| |
| (We.UA3.a) Underwater Acoustics
BioAcoustics |
| (André,M;
Foote,K) |
| (Theriault, J) 2005
Synopsis on Canadian Environmental Legislation and Policies
affecting Active Sonar Research based in Nova Scotia |
| (Laplanche, C) Real time
sperm whale depth estimation using passive acoustics |
| (André, M) Cetacean
Biosonar and Noise Pollution |
| (Kandia, V) Detection of
Creak Clicks of Sperm Whales in low SNR conditions
| |
| (We.OMD1.a) Oceanography:
Modeling & Data Processing |
| (Sato,T; Williams
3rd,A) |
| (Wood, J) Measurement of
Deep Water Ocean Waves from a Subsurface Mooring |
| (Sato, T) Numerical
reproduction of unsteady small-scale eddy structures in the deep
ocean |
| (Williams 3rd, A) Near
Bottom Measurement of Wave Environment in a Tidal Current |
| (Loyer, S) Dynamical
modelling of underwater visibility | |
| (We.MB_MIF3.a) Marine Board - ESF
meeting |
| (,) | |
| (We.S3.a) Sonar: Signal
Processing |
| (DelBalzo,D;
Quinquis,A) |
| (La Cour, B) Bayesian
Sensor Registration for Multistatic Active Sonar |
| (Nosal, E) Pair-wise
processing for localization of multiple broadband CW sources |
| (Li, X) Bayesian High
Resolution DOA Estimator Based on Importance Sampling |
| (Liu, M) Location
Calibration and DOA Estimation Using Randomly Distributed Acoustic
Sensor Network | |
| (We.S13.a) SAS |
| (Gough,P;
Kooij,T) |
| (Shippey, G) Synthetic
Aperture Sonar Image Reconstruction using Fast Polar
Back-Projection: Comparisons with Fast Factored Back-Projection and
Fourier-Domain imaging |
| (Billon, D) About
accuracy of the elevation angle measurement in interferometric
synthetic aperture sonar |
| (Kooij, T) Circular
Synthetic Aperture Sonar Design |
| (Fohanno, F) SAS and
vehicle stability constraints | |
Wednesday
Jun 22
10:10 AM
to
11:50 AM |
| (We.MB_MPM4.b) Marine Board - ESF
meeting |
| (,) | |
| (We.AUV4.b) AUV Mission
Planning |
| (Dabe,F;
Blidberg,R) |
| (Perrier, M) Intelligent
Diagnosis for Autonomous Underwater Vehicles using a Neuro-Symbolic
System in a Distributed Architecture |
| (Spenneberg, D)
Exploration of Underwater Structures with Cooperative Heterogeneous
Robots |
| (Dias, P) Neptus – A
Framework to Support Multiple Vehicle Operation
| |
| (We.RS2.b) Remote Sensing HF
Radars |
| (Wyatt,L;
Heron,M) |
| (Gurgel, K) HF radar
wave measurents in the presence of ship echoes - problems and
solutions |
| (Kniephoff, M) PortMap:
A new VHF ocean surface radar for high spatial resolution |
| (Cochin, V) Sea surface
currents and wind direction by VHF radar: results and validation
|
| (Bourges, A)
PERSPECTIVES OF THE USE OF HF RADARS ON BUOYS
| |
| (We.UA4.b) Underwater Acoustics
Tomography |
| (Stephan,Y;
Hermand,J) |
| (Hermand, J) Extension
of PE-adjoint optimization to multiple frequencies |
| (Oonincx, P) Gabor
Atomic Decomposition of Green’s functions for Geoacoustic Inversion
and Segmentation of a Shallow Water Environment |
| (Falourd, X) Acoustic
Tomography Experiment in the Lake of Geneva - Winter Cooling |
| (Demoulin, X) Ultra high
resolution mapping of sub-seabed sediment device: results and
comparison with vibrocoring analysis in a very shallow water area
|
| (Cros, L) Synthesis from
underwater data : application to the oceanic discrete tomography
| |
| (We.OMD2.b) Oceanography:
Modeling & Data Processing |
| (Williams 3rd,A;
Sato,T) |
| (Michel, S) A global
analysis of Sea Surface Salinity variability from satellite data
|
| (Bogorff, D)
Hydrothermal Vents: A Novel Theory of Illumination |
| (Rascle, N) Surface
drift and mixing : the impact of waves |
| (André, G) Comparaison
between sea surface features from Ocean colour imagery and 3D
modelling in Northern Mediterranean Sea |
| (May, R) Simulation of
climate significant nonlinear tidal phenomena in the Euro Arctic
Seas | |
| (We.MB_MIF4.b) Marine Board - ESF
meeting |
| (,) | |
| (We.S4.b) Sonar: Signal
Processing |
| (Quinquis,A;
DelBalzo,D) |
| (Lopatka, M) NEW
EFFECTIVE ANALYTIC REPRESENTATION BASED ON THE TIME-VARYING SCHUR
COEFFICIENTS FOR UNDERWATER SIGNALS ANALYSIS |
| (Wang, F) Hybrid
wavelet-Hilbert-Huang spectrum analysis |
| (Jarrot, a) Denoising
underwater signals propagating through multi-path channels |
| (Huang, H) A
Separability and Robustness Based Algorithm for Classification of
Transient Sonar Signal Using Wavelet | |
| (We.S14.b) SAS |
| (Kooij,T;
Gough,P) |
| (Amate, M) Buried mines
detection and classification : advanced technologies and signal
processing |
| (Pihl, J) Imaging of
buried objects by low frequency SAS |
| (Hansen, R) Synthetic
Aperture Sonar Processing for the HUGIN AUV |
| (Cook, D) Results from a
hybrid synthetic aperture motion estimation scheme
| |
Wednesday
Jun 22
1:30 PM
to
3:10 PM |
| (We.OES1.c) OES Committee
Meeting |
| (,) | |
| (We.AUV5.c) AUV Control
|
| (Ura,T; Rendas,M) |
| (Perrier, M) The visual
servoing system CYCLOPE designed for dynamic stabilisation of AUV
and ROV |
| (Thornton, B) Internal
Actuation of Underwater Robots Using Control Moment Gyros |
| (Giron-Sierra, J)
GENETIC PLANNING OF CONTROL ACTIONS FOR A HIGH MANEUVRABILITY AUV
|
| (El Jalaoui, A) A
control architecture for contextual tasks management: application to
the AUV Taipan |
| (Sencianes, A) AUV
Control using Reinforcement Learning Policy Search Methods
| |
| (We.RS3.c) Remote Sensing Ocean
Parameters |
| (Migliaccio,M;
Romeiser,R) |
| (Horwood, J) Shallow
Angle LIDAR for Wave Measurement |
| (Migliaccio, M) SPATIAL
RESOLUTION ENHANCEMENT OF MICROWAVE SCANNING RADIOMETER DATA |
| (Romeiser, R) On the
potential of current measurements by spaceborne along-track InSAR
for river runoff monitoring |
| (Stigermark, C)
Combination of Bathymetric and Terrestrial survey in one system.
|
| (Louvart, L) The Litto3D
Project | |
| (We.UA5.c) Underwater Acoustics
Tomography |
| (Hermand,J;
Stephan,Y) |
| (Gervaise, C)
CONTRIBUTIONS TO PASSIVE ACOUSTIC OCEANIC TOMOGRAPHY – |
| (Rabaste, O) On the
furtivity of signals used in Oceanic Acoustic Tomography experiments
|
| (Gervaise, C) PASSIVE
ACOUSTIC OCEANIC TOMOGRAPHY – PART III |
| (Gervaise, C) PASSIVE
ACOUSTIC OCEANIC TOMOGRAPHY – PART IV | |
| (We.INA1.c) Non-Acoustical
Instrumentation |
| (Caimi,F;
Meunier,J) |
| (Inall, M) HOMER: early
results from a novel seabed-resident water column profiler |
| (Meunier, J) The Penfeld
Seabed Penetrometer |
| (Shariat Panahi, S) Low
power and easy to use Ocean Bottom Seismometer (OBS) for long period
surveys |
| (Tamas, R) EVALUATION OF
THE MUTUAL COUPLING BETWEEN SHIPBORNE ANTENNAS
| |
| (We.IO.c) Observatories
|
| (Person,R;
Asakawa,K) |
| (Asakawa, K) Computer
simulation of the electric transmission characteristics of LW
underwater optical telecommunication cables |
| (Rolin, J) COMMON ISSUES
BETWEEN CABLED AND NON CABLED OBSERVATORIES IN ASSEM PROJECT |
| (Waterworth, G)
Industrial Solutions for Regional Cabled Ocean Observatories |
| (Person, R) ESONET:
Toward an European Network of Excellence on Sub sea Observatories
|
| (Scalabrin, C)
Autonomous bottom moored acoustic observatory for fisheries
resources monitoring | |
| (We.S5.c) Sonar: Signal
Processing |
| (Cantaragiu,S;
Quinquis,A) |
| (Buelens, B) Model
inversion for midwater multibeam backscatter data analysis |
| (Zhuo, J) Towed array
shape self-calibration based on blind signal separation |
| (Ignat, V) ACOUSTIC
INTENSITY GRADIENT MEASURING AND ANALYSIS EQUIPMENT
| |
| (We.EXP1.c) EXPLORA 05
|
| (Hétet,A; Dabe,F) |
| (Dabe, F) EXPLORA 2005
Concept & systems DEMO for littoral reconnaissance (MCM, REA,
Harbor protection) and R&T activities. |
| (Legris, M) New tools
for surf zone exploration |
| (Kermorgant, H)
Architecture of AUV systems for Harbour Protection and Mine Warfare
|
| (Fohanno, F) The use of
SAS for MCM application | |
Wednesday
Jun 22
3:10 PM
to
3:50 PM |
| (SP2) Student Poster
Competition |
| (Le Caillec,J;
Miller,N) |
| (Adams, S) Environmental
monitoring of a fish processing effluent plume in coastal
Newfoundland |
| (Barclay, P) ML
estimation of seafloor topography using multi-frequency synthetic
aperture sonar |
| (Fedenczuk, T) Real Time
Ocean Research Education: Methods and technologies for outreach
during a ship-based research cruise. |
| (Garcia, J) Accurate
Positioning for Underwater Acoustic Networks |
| (Hunter, A) Towards more
accurate shadow modelling in simulated SAS imagery |
| (Ila, V) VLSI
Architecture for an Underwater Robot Vision System |
| (Kojiya, T) Construction
of Non-contacting Power Feeding System to Underwater Vehicle
Utilizing Electromagnetic Induction |
| (Marrec, L) In-situ
optical fiber sensors for temperature and salinity monitoring |
| (May, R) Simulation of
climate significant nonlinear tidal phenomena in the Euro Arctic
Seas |
| (Nosal, E) Pair-wise
processing for localization of multiple broadband CW sources |
| (Piao, D) The effect of
space and time correlation on the underwater acoustic MIMO channel
capacity |
| (Pilbrow, E) Autofocus
of Active Beacons for Measuring the Tow-Path of a Synthetic Aperture
Sonar |
| (Redpath, D) A
methodology for underwater video classifier design and comparison on
limited data sets. |
| (Repetto, S)
High-Resolution 3-D imaging by a sparse array: array optimization
and image simulation |
| (Sarangapani, S)
Measurements and Modeling of the Target Strength of Divers |
| (Takase, Y) REAL-TIME
SONAR SYSTEM USING ACOUSTIC LENS AND NUMERICALANALYSIS BASED ON
2D/3D PARABOLIC EQUATION METHOD |
| (Toscano-Jimenez, M) If
A Nuclear Accident occurs, How Will The Radioactive Spots Be
Transported By The Ocean? |
| (Tseng, Y)
Implementation of genetic programming toward the improvement of
acoustic classification performance for different seafloor habitats
|
| (Viala, C) Real-time
geoacoustic inversion of large band signals
| |
|
|
|
|
|
|
|
Wednesday
Jun 22
3:50 PM
to
5:10 PM |
| (We.OES2.d) OES Committee
Meeting |
| (,) | |
| (We.AUV6.d) AUV Modeling &
Simulation |
| (Rendas,M; Ura,T) |
| (Caiti, A) A Monte Carlo
simulator for evaluation of AUV configuration in object search and
classification missions. |
| (Nguyen, B) MODELING
AUTONOMOUS UNDERWATER VEHICLE (AUV) OPERATIONS IN MINE HUNTING
|
| (Acosta, G) Autonomous
Underwater Pipeline Inspection in AUTOTRACKER PROJECT: the
Simulation Module | |
| (We.RS4.d) Remote Sensing
Modeling & Algorithms |
| (Radoi,E; Le
Caillec,J) |
| (Totir, F)
MULTIDIMENSIONAL SUPERESOLUTION ISAR RECONSTRUCTION TECHNIQUES IN
SEA-CLUTTERED ENVIRONNEMENT |
| (Totir, F) Validation of
complex naval target models using superresolution imagery methods
|
| (Lamy, M) Study of the
influence of the sea surface on the observability of a man-made
target in SAR images |
| (Comblet, F) Bistatic
radar imaging system for sea surface target detection
| |
|
| (We.INA2.d) Non-Acoustical
Instrumentation |
| (Meunier,J;
Caimi,F) |
| (Wiltshire, J)
Hydrocarbon seep monitoring using in situ deep sea mass spectrometry
|
| (Prien, R) Development
and first results of a new fast response microelectrode DO-sensor
|
| (Watson, J) Optical
configurations for oceanographic applications of eHolography |
| (Lucas, B) All Electric
Ship electromagnetic signature | |
| (We.Gal.d) Galileo
|
| (Person,R) |
| (Person, R) Marine
applications of GALILEO |
| (Coatanhay, A)
Simulation of GALILEO signals in a maritime environment using an
electromagnetic scattering model: influence of the sea state. |
| (Germain, O) Oceanpal, a
GPS-reflection coastal instrument to monitor tide and sea-state
| |
| (We.S6.d) Sonar: Information
Processing |
| (Trucco,A; Le
Gac,J) |
| (DelBalzo, D) Optimized
Multistatic Sonobuoy Fields |
| (DelBalzo, D) An
Iso-Deviant Strategy for Efficient Acoustic Grids with EAGLE |
| (Theije, P) STARE: data
visualisation software for sonar data |
| (Tseng, Y)
Implementation of genetic programming toward the improvement of
acoustic classification performance for different seafloor habitats
| |
| (We.EXP2.d) EXPLORA 05
|
| (Dabe,F; Hétet,A) |
| (Hoelscher-Hoebing, U)
Participation of the ATLAS SeaOtter AUV in EXPLORA 05 |
| (Pelletier, H) GAPS,
combined USBL + INS + GPS tracking system for fast deployable and
high accuracy multiple target positioning |
| (Schom, F) New concepts
in mine warfare |
| (Thomas, H) ADVANCED
TECHNIQUES FOR UNDERWATER VEHICLES POSITIONING GUIDANCE AND
SUPERVISION | |
Thursday
Jun 23
8:30 AM
to
9:50 AM |
| (Th.OES3.a) OES Committee
Meeting |
| (,) | |
| (Th.AUV7.a) AUV Navigation
|
| (Brancart,C;
Wernli,B) |
| (Jaffre, F) Ultra Short
BaseLine Acoustic Receiver/Processor |
| (Beaujean, P) MAXIMUM
LIKELIHOOD ESTIMATES OF A SPREAD-SPECTRUM SOURCE POSITION USING A
TETRAHEDRAL ULTRA-SHORT BASELINE ARRAY |
| (Petres, C) Underwater
Path Planning Using Fast Marching Algorithms |
| (Bechaz, C) Scientific
application of advanced underwater positioning techniques
| |
| (Th.RS5.a) Remote Sensing
Pollution Monitoring |
| (Girin,A;
Mercier,G) |
| (Mercier, G) Multiscale
Oil Slick Detection by SAR imagery using Support Vector Machines
|
| (Kostianoy, A)
Operational satellite monitoring of oil spill pollution in the
southeastern Baltic Sea |
| (Tranfaglia, M) A STUDY
ON THE USE OF SAR POLARIMETRIC DATA TO OBSERVE OIL SPILLS |
| (Kanaa, T) Sea Surface
Slicks Characterization in SAR images | |
| (Th.COM1.a) Communication
Processing |
| (Lapierre,G;
Stojanovic,M) |
| (Calvo Page, E) A
Coordinate Descent Algorithm for Multichannel Multiuser Detection in
Underwater Acoustic DS-CDMA Systems |
| (Goalic, A) REAL TIME
LOW BIT RATE SPEECH TRANSMISSION TROUGH UNDERWATER ACOUSTIC CHANNEL
|
| (Kebkal, K) MATCHED
FILTERING OF A PHASE ENCODED SWEEP-SPREAD CARRIER SIGNAL: EVALUATION
OF UPPER AND LOWER LIMITS FOR MAXIMUM OF FILTER METHODICAL ERROR
|
| (Huang, J) Multi-Carrier
PSK Modulation For Long-Range Underwater Acoustic Communication
| |
| (Th.IP1.a) Information
Processing |
| (Graybeal,J;
Negahdaripour,S) |
| (Negahdaripour, S)
Epipolar Geometry of Opti-Acoustic Stereo Imaging |
| (Fernandez, J) Remote
data access through Ethernet. Virtual Instrument for oceanographic
instrumentation supervision and analysis |
| (Zhang, H) Fast and
Robust Progressive Stereo Reconstruction by Symmetry Guided Fusion
|
| (Fournier, S) A
multiagent system for maritime navigation simulation
| |
| (Th.ORE.a) Oceanic Research
Education |
| (Quinquis,A;
Lurton,X) |
| (Fedenczuk, T) Real Time
Ocean Research Education: Methods and technologies for outreach
during a ship-based research cruise. | |
| (Th.S7.a) Sonar: Image
Processing |
| (Boucher,J;
Caiti,A) |
| (Zerr, B) SIDESCAN SONAR
IMAGE PROCESSING FOR AUV NAVIGATION |
| (Chailloux, C) Non
Symbolic Methods to Register SONAR Images |
| (Clark, D) PHD Filter
Multi-target Tracking in 3D Sonar |
| (Mignotte, P)
Unsupervised registration of textured images: applications to
side-scan sonar | |
| (Th.S15.a) Time-Reversal
Mirror |
| (Zakharia,M; De
Rosny,J) |
| (de Rosny, J)
Time-reversal focusing in a range-dependent ocean |
| (Minonzio, J)
Application of the DORT method to the detection and characterization
of two targets in a shallow water waveguide. |
| (Clorennec, D) Design of
a Time Reversal Mirror for Medium Scale Experiments |
| (Clorennec, D)
Estimation of the DORT method in a realistic shallow water
wave-guide | |
Thursday
Jun 23
10:10 AM
to
11:50 AM |
| (Th.OES4.b) OES Committee
Meeting |
| (,) | |
| (Th.AUV8.b) AUV Navigation
|
| (Wernli,B;
Brancart,C) |
| (Creuze, V) Enhancing
Bottom Tracking for AUVs by using Sound Diffraction |
| (Matos, A) AUV
navigation and guidance in a moving acoustic network |
| (Ila, V) VLSI
Architecture for an Underwater Robot Vision System |
| (Eichhorn, M) Guidance
of an Autonomous Underwater Vehicle in Special Situations |
| (Balasuriya, A) Motion
Estimation and Mapping by Autonomous Underwater Vehicles in Sea
Environments | |
| (Th.RS6.b) Remote Sensing
Pollution Monitoring |
| (Mercier,G;
Girin,A) |
| (Mazé, J) Low-cost
platform for operational pollutant and object drift forecast. |
| (Lennon, M) Operational
quantitative mapping of oil pollutions at sea by joint use of an
Hyperspectral Imager and a Fluorescence Lidar System on board a
fixed-wing aircraft |
| (Czarnecki, W) A
SIMULATION STUDY OF A NON-COHERENT RADAR SIGNAL PROCESSING FOR OIL
SLICK DETECTION | |
| (Th.COM2.b) Communication
Processing |
| (Ormondroyd,R;
Lapierre,G) |
| (Stojanovic, M) Multiser
Code Acquisition in Multipath Channels |
| (Azou, S) Multipath
Combining in Chaotic Direct Sequence Spread Spectrum Communications
through Dual Estimation |
| (Cristol, X)
NARCISSUS-2005 : A GLOBAL MODEL OF FADING CHANNEL FOR APPLICATION TO
ACOUSTIC COMMUNICATION IN MARINE ENVIRONMENT |
| (Lafon, C) Experimental
assessment of OFDM and DSSS modulations for use in littoral waters
underwater acoustic communications |
| (Piao, D) The effect of
space and time correlation on the underwater acoustic MIMO channel
capacity | |
| (Th.IP.b) Information
Processing |
| (Negahdaripour,S;
Graybeal,J) |
| (Pellen-Blin, M) Human
factor Integration Method in complex naval systems design : an
example, Military Integrated Bridge IBEO |
| (Bertram, V) Artificial
Intelligence for Low-Crew Ships |
| (Enel, L) Application of
QoS Management Techniques to New Naval Combat Systems |
| (Graybeal, J) Technical
Advances in Comprehensive Oceanographic Data Management
| |
| (Th.MNS.b) Mechanics & Naval
Structures |
| (Billard,J;
Davies,P) |
| (Bertram, V)
Simulation-based Ship Design |
| (Davies, P)
Identification of model parameters for predicting long term
behaviour of marine ropes. |
| (Davies, P)
Characterisation of improved polyester fibres for offshore mooring
lines |
| (Lautrou, N) A fatigue
crack initiation approach for naval welded joints |
| (Giron-Sierra, J) A FAST
AUTONOMOUS SCALED SHIP FOR EXPERIMENTAL SEAKEEPING CONTROL STUDIES
| |
| (Th.S8.b) Sonar: Image
Processing |
| (Caiti,A;
Boucher,J) |
| (Le Chenadec, G) Sonar
images segmentation using the angular dependance of backscattering
distributions. |
| (Karoui, I) statistical
discrimination of seabed textures in sonar images using
co-occurrence statistics |
| (Lianantonakis, M)
Sidescan sonar segmentation using active contours and level set
methods |
| (Laanaya, H) A New
Dimensionality Reduction Method for Seabed Characterization:
Supervised Curvilinear Component Analysis |
| (Moga, S) Multi-scale
MAP Despeckling of SONAR Images | |
| (Th.S16.b) Sonar: Sidescan &
Multibeam |
| (Sintes,C;
Zakharia,M) |
| (Llort-Pujol, G)
High-resolution interferometry for multibeam echosounders |
| (Dmitriev, O) INTERBEAM
CORRELATION PROCESSING AND MULTIBEAM RESOLUTION IMPROVING |
| (Riordan, J)
Implementation and Application of a Real-Time Sidescan Sonar
Simulator |
| (Augustin, J) Image
amplitude calibration and processing for seafloor mapping sonars
|
| (Theuillon, G) multibeam
subbottom profiler : exploitation of experimental data
| |
Thursday
Jun 23
1:50 PM
to
3:30 PM |
| (Th.OES5.c) OES Committee
Meeting |
| (,) | |
| (Th.AUV9.c) AUV Navigation
|
| (Rigaud,V;
Wernli,B) |
| (Lapierre, L) Path
following control for an eel-like robot |
| (Acosta, G) Autonomous
Underwater Pipeline Inspection in AUTOTRACKER PROJECT: the
Navigation Module |
| (Scourzic, D)
Interrelated functional topics concerning autonomy related issues in
the context of autonomous inspection of underwater structures |
| (Hagen, P) Military
operations with HUGIN AUVs: Lessons learned and the way ahead |
| (Botelho, S) Using
Multi-AUVs for Visual Inspection Tasks
| |
| (Th.RS7.c) Other Pollution
Monitoring |
| (Girin,A;
Giron-Sierra,J) |
| (Giron-Sierra, J) SHIPS
CONFINING AN OIL SPILL OVER: A SCENARIO FOR AUTOMATIZED COOPERATION
|
| (Bazes, A) Development
of friendly antifouling coatings from marine algae |
| (Despriee, M) Maritime
crisis management aided by Information and Communication
Technologies : the POLLUCOM system |
| (Adams, S) Environmental
monitoring of a fish processing effluent plume in coastal
Newfoundland | |
| (Th.COM3.c) Communication
Processing |
| (Stojanovic,M;
Ormondroyd,R) |
| (Lapierre, G) 1995-2005:
Ten years of active research on underwater acoustic communications
in Brest |
| (Ormondroyd, R)
COMPARISON OF SPACE-TIME BLOCK CODE AND LAYERED SPACE-TIME MIMO
SYSTEMS FOR IN AN UNDERWATER ACOUSTIC CHANNEL |
| (Tsimenidis, C) Analysis
and Modelling of Experimental Doubly-Spread Shallow-Water Acoustic
Channels | |
| (Th.GIS.c) GIS |
| (Claramunt,C;
Gold,C) |
| (Stepnowski, A) Nearly
real-time, safety-related, remotely accessible marine GIS |
| (Dadic, V) GIS usage for
planning of assignment of marine area - Case study |
| (Noyon, V) Ships'
monitoring with distributed GIS for better safety policy |
| (Lobo, V) One
dimensional Self-Organizing Maps to optimize marine patrol
activities | |
| (Th.Hy.c) Hydrodynamics
|
| (Bertram,V;
Billard,J) |
| (Priour, D) Experimental
study and numerical modelling of a cod-end |
| (Bertram, V) Evaluation
of local pressures in ships using potential flow models |
| (Deniset, F) Numerical
simulation of marine propulsors hydrodynamic behaviour |
| (Djeridi, H)
Investigation of thickness effects on 2D Naca symmetric foils |
| (Alexe, N) THE EFFECTS
OF THE DIMENSIONS, THE SHAPE AND THE SPEED OF THE SHIP ON THE
PRESSURE DISTRIBUTIONS IN SURROUNDING SEA WATER
| |
| (Th.S9.c) Sonar: Image
Processing |
| (Legris,M;
Zerr,B) |
| (Barat, C) Exploiting
natural contours for automatic sonar-to-video callibration |
| (Zerr, B) BATHYMETRIC
SIDESCAN SONAR : A SYSTEM DEDICATED TO RAPID ENVIRONNMENT ASSESSMENT
|
| (Theije, P) Data fusion
algorithm for sonar data |
| (kerneis, d) Comparison
of multisensor fusion methods for seabed classification
| |
| (Th.S17.c) Sonar: Buried
Objects |
| (Commander,K;
Larsen,M) |
| (Peine, H) Detection of
objects buried in the seafloor |
| (Atallah, L) Object
detection and classification at different resolutions in
archaeological side-scan sonar images |
| (Larsen, M) Detection of
Objects in Sea Sediments and Estimation of Bottom Parameters |
| (Kotenkoff, C)
Multicomponent seismo-acoustic surface waves beamforming for
undersea buried object detection |
| (Jacobsen, N) System for
Mono- and Bistatic Sonar Investigation of Buried Objects.
| |
Thursday
Jun 23
3:50 PM
to
5:30 PM |
| (Th.OES6.d) OES Committee
Meeting |
| (,) | |
| (Th.AUV10.d) AUV Applications
|
| (Wernli,B;
Rigaud,V) |
| (Zucker, M) Fast
Seafloor Topography Extraction and Visualization from Sparse AUV
Altimeter Data |
| (Nagahashi, K)
Underwater Volcano Observation by Autonomous Underwater Vehicle
"r2D4" |
| (Kondo, H) Observation
of Breakwaters and their Rock Mound by AUV "Tri-Dog 1" at Kamaishi
Bay |
| (Crimmins, D) Use of a
Long Endurance Solar Powered Autonomous Underwater Vehicle (SAUV II)
to Measure Dissolved Oxygen Concentrations in Greenwich Bay, Rhode
Island, U.S.A. | |
| (Th.OES7.d) OES Committee
Meeting |
| (,) | |
| (Th.UA6.d) Underwater Acoustics
Transducers |
| (Foote,K;
Loussert,A) |
| (Nakamura, T) Sound
fields focused by a biconcave acoustic lens for normal and oblique
incidence |
| (Theriault, J)
Directivity Measurements of the TIAPS Horizontal Line Array
Projector |
| (Holmes, J) An
autonomous underwater vehicle towed array for ocean acoustic
measurements and inversions |
| (Nolan, S) A Novel
Wideangle Ultrasonic Sensor Utilizing a Curved Radiator Developed
for Use in an AUV Obstacle Avoidance System.
| |
| (Th.OP.d) Optics & Vision
Processing |
| (Caimi,F;
Jaffe,J) |
| (Arnold-Bos, A) Towards
a Model-Free Denoising of Underwater Optical Images |
| (Lebart, K) A
methodology for the systematic assessment of underwater video
processing algorithms |
| (Lebart, K) Image
analysis algorithms for automating the post- processing of cetacean
sighting surveys data. |
| (Jaffe, J) Performance
Bounds on Synchronous Laser Line Scan Systems |
| (Tuell, G) Fusion of
SHOALS Bathymetric Lidar and Passive Spectral Data for Shallow Water
Rapid Environmental Assessment | |
| (Th.OES8.d) OES Committee
Meeting |
| (,) | |
| (Th.S10.d) Sonar: Image
Processing |
| (Zerr,B;
Legris,M) |
| (Leblond, I) Use of
Classification and Segmentation of Sidescan Sonar Images for Long
Term Registration |
| (Quidu, I) Automatic
Classification for MCM Systems |
| (Reed, S) The Automatic
Fusion of Classified Sidescan Sonar Mosaics using CML-RTS and Markov
Random Fields |
| (Stepnowski, A) Military
Sonar Upgrading Methods Developed at Gdansk University of Technology
| |
| (Th.S18.d) SS: SITAR
|
| (Caiti,A;
Zakharia,M) |
| (Caiti, A) A
Geographical Information System for risk assessment of toxic seabed
dumpsites. |
| (Trucco, A) ON THE
ANALYSIS OF BURIED OBJECTS BY PROCESSING 3-D ACOUSTIC IMAGES |
| (Karasalo, I) Object
identification by bistatic acoustic scattering |
| (Zakharia, M) Combined
parametric synthetic and interferometric sonar for the detection of
buried objects. |
| (Hansson, T) Biotoxicity
testing and chemical analysis at a munitions dumping area in the
Stockholm archipelago (Baltic Sea) revealed low toxicity and low
concentrations of lipophilic pollutants
| |