2025 – Great Lakes
[/vc_column_text]
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| AI4shipwrecks: Artificial Intelligence and Machine Learning for Shipwreck Detection | Katie Skinner, Onur Bagoren, and Anja Sheppard | University of Michigan |
2025 – Brest
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| AUV Technology and Application Basics | Quinn Shemet and Brian Kieft | Monterey Bay Aquarium Research Institute |
| SAR Added-Value Products for Marine and Maritime Applications | Ferdinando Nunziata | Sapienza Università di Roma, Italy |
| Swarm robotics and collective AI in underwater environment: the swarmswim simulator | Saverio Iacoponi, Andrea Infanti, Federico Renda, Giula De Masi |
Khalifa University, UAE Université Côte d’Azur, France Khalifa University, UAE Sorbonne University, UAE |
2024 – Singapore
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Detection of Underwater Acoustic Signals – theory and techniques | Roee Diamant | University of Haifa |
| AUV Technology and Application Techniques | Quinn Shemet and Brian Kieft | Monterey Bay Aquarium Research Institute |
| Data meets Model Predictive Control: From classical MPC to an online adaptive direct data driven navigation and control of autonomous vessels | Luka Mandić | University of Zagreb |
2023 – Limerick
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Detection of Underwater Acoustic Signals – theory and techniques | Roee Diamant | University of Haifa |
| SAR Remote Sensing of the Ocean Surface | Maurizio Migliaccio, Ferdinando Nunziata | Università di Napoli Parthenope |
| Building Marine Cyber Resilience using Cybersecurity Standards, Governance, Risk and Control | Lubna Luxmi Dhirani | University of Limerick |
| Transceiver Design for Underwater Acoustic communications | Charalampos Tsimenidis | University of Nottingham |
| Introduction to LSTS Toolchain: Bridging interoperability challenges | Afonso Sá | LSTS, Portugal |
| Data Management: A Short Hands-On How-To | Shayla Fitzsimmons, Jeff Cullis | CIOOS Atlantic, Halifax |
| MARUS – Unity Based Simulator for Marine Robotic | Juraj Obradović, Natko Kraševac, Ivan Lončar, Fausto Ferreira | FER, Zagreb |
| Underwater Optical Sensing and Real-time Data Transmission: in-situ measurement of marine particles and other organisms | Zonghua Liu, Tomoko Takahashi, Yang Weng, John Watson | NOC, JAMSTEC, IIS, Aberdeen |
| Navigating Estuary and Port Applications of Small Autonomous Surface Vessels: Tips, Pitfalls, and Rules of the Road | Thomas Allen, Elspeth McMahon, Jeremiah Cronin | Old Dominion University, Norfolk |
| Detection of Underwater Acoustic Signals – theory and techniques | Roee Diamant | University of Haifa |
2022 – Hampton Roads
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| NOAA CoastWatch Tutorial On Ocean Satellite Data Products And Using ERDDAP and R or ArcGIS To Access And Work With Satellite Data | Melanie Abecassis and Michael Soracco | National Oceanic and Atmospheric Administration (NOAA) |
2022 – Chennai
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Deepening of Ports in India | Prof. R. Sundaravadivelu | Indian Institute of Technology Madras |
| Design in Nature and its Applications in Ocean Engineering | Dr. S. B. Pranesh and Mr. Rahul Bharti | National Institute of Ocean Technology (NIOT) |
| Collapsing Marine Biodiversity and its Implications for the Blue Economy – How You Can Help Reverse This | Dr. Pushp Bajaj | National Maritime Foundation |
| Oxygen Measurements in Ocean | Dr. Anders Tengberg | Xylem and University of Gothenburg/Chalmers University of Technology |
| Fundamentals of Marine Vehicle Control | Dr. Karl von Ellenrieder | Libera Universitá di Bolzano |
| Dynamical Systems for Harnessing Water Wave Power | Dr. Nikolaos Xiros | University of New Orleans |
| Corrosion Control and Mitigation for Materials Used in the Ocean | Dr. Francisco Presuel-Moreno | Florida Atlantic University |
| Study of Oceanographic Flows | Prof. P. Ananthakrishnan | Indian Institute of Technology Madras |
2020 – Global
| Tutorial | Instructor |
|---|---|
| Practical Underwater Software-Defined Networking | Prasad Anjangi, Shiraz Shahabudeen, & Chinmay Pendharkar |
| Underwater Acoustic Imaging | Dr. Cheng Chi & Dr. Peng Wang |
| Oceanography from Space for everyone: Demistifying satellite data for users. | Dr. Veronica Lance, Michael Soracco, & Dr. Melanie Abecassis |
| Detection of Underwater Acoustic Signals – Theory and Techniques | Prof. Roee Diamant |
2019 – Seattle
| Tutorial | Instructor |
|---|---|
| Data Science for Oceanography | Valentina Saneva, Amanda Tan, Wu-Jung Lee |
| Oeanography From Space For Everyone: Demystifying Satellite Data | Veronica Lance, Paul DiGiacomo, Michael Soracco |
| Magneto Inductive Communication For Underwater Wireless Sensor Networks | Niaz Ahmed & Yahong Rosa Zheng |
| Deep Learning: A Walk Through Deep Architectures | Suleman Mazhar |
| Data Management Planning and Metadata Creation | Katherine Weathers, Andrew Allegra, and Anna Milan |
2019 – Marseille
| Tutorial | Instructor |
|---|---|
| JANUS: The First (and so far only) International Digital Underwater Communication Standard for Manned and Unmanned Maritime Systems – Bootstrapping Underwater Networks and UIoT | Dr. John Potter |
| Blended Learning: Modeling, Simulation & Control of ROV’s | Edin Omerdic |
| Geophysical Navigation of Autonomous Vehicles | Francisco Curado & Joao Quintas |
2018 – Charleston
| Tutorial | Instructor |
|---|---|
| Unmanned Maritime Systems – Decoding the Alphabet Soup (Part 1) | Justin Manley |
| Unmanned Maritime Systems – Technology and Trends in 2018 (Part 2) | Justin Manley |
2017 – Anchorage
| Tutorial | Instructor |
|---|---|
| Navigation Sonar | Dr. Glen Wright |
| Introduction to Parallel Distributed….. | Prof Scott James & Dr. O’Donncha |
| JANUS: The First International Digital Underwater Communication Standard | Dr. John Potter |
2017 – Aberdeen
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Introduction to Current Energy Converter Modelling with SNL-Delft3D-CEC | Jesse Roberts, Dr S James, Dr C Jones | Sandia National Laboratories, Baylor University |
| Underwater Optical Communications | John F Muth, Brandon Cochenour | North Caroline State University, Naval Air Warfare Centre |
| AUV Technology and Application Basics | Brian Kieft |
2016 – Monterey
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Free Descent/Ascent Vehicle Applications, Technology and Operations | Kevin Hardy, Brock Rosenthal, Rob Morris | Global Ocean Design, Ocean Innovations, Edgetech |
| AUV Technology and Application Basics | Brian Kieft and Brett Hobson | MBARI |
| AUV Workbench | Don Brutzman | NPS |
| Applied Bayesian Signal Processing: An Overview of Particle Filtering Methods | James Candy | Lawrence Livermore National Laboratory |
| Underwater Target Classification | Dr. Supriya M.H. | Cochin University of Science and Technology |
| State of the Art in Automated Analysis of Underwater Imagery | Maia Hoeberechts and Alexandra Albu, Dilumie Abeysirigunawardena | University of Victoria (BC) Canada, Ocean Networks Canada |
| Data Farming | Susan Sanchez, Paul Sanchez, and Thomas Lucas | NPS |
2016 – Shanghai
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Novel nonlinear methods in image processing for analyzing ocean datasets | Hussein Yahia | GEOSTAT team at INRIA (“Geometry & Statistics in Acquisition Data”) |
| Maritime and marine energy geographical information systems | Christophe Claramunt | Naval Academy Research Institute, France Shanghai Maritime University, Shanghai, China |
| Equalization Techniques for Underwater Acoustic Communications | T. C. Yang, A. Song and Y. R. Zheng | College of Information Science and Electrnoic Engineering, Zhejiang |
| Underwater Acoustic Networking | Mandar Chitre | Department of Electrical & Computer Engineering (ECE), National University of Singapore (NUS) |
| Networked Mobile Sensing in Marine Environments | Fuming Zhang | Georgia Tech |
2015 – Washington, D.C.
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Applied Bayesian Signal Processing | Dr. James V. Candy | Lawrence National Laboratory and University of California, Santa Barbara |
| Bayesian Multiple Target Tracking | Dr. Lawrence D. Stone and Dr. Kristine L. Bell | Metron, Inc. |
| MIMO in the Water | Prof. Mauro Biagi | University of Rome, Sapienza |
| Time-frequency Analysis of Environmental Data | Dr. Ingrid Puillat and Dr. Dhouha Kbaier Ben Ismail | IFREMER |
| The Emerging Oceanic Natural Gas Hydrate Resource: Opportunities for Technology Development to Enable Commercialization | Dr. Michael D. Max and Arthur H. Johnson | Hydrate Energy International |
| Technological Forecasting for Science & Technology Intelligence (half day) | Dr. Richard P. Mignogna | Technology/Engineering Management Int’l, LLC |
| Systems Engineering | Bob Rassa | Raytheon |
2015 – Genova
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Remote control of an ROV using a Force Feedback Joystick and 3D reconstruction chain for underwater environments | David Scaradozzi, Edin Omerdic | ISME – Polytechnical University of Marche, Italy; University of Limerick |
| AUV Technology and Application Basics | Brett Hobson, Brian Kieft | MBARI |
| The LSTS software tool chain for networked vehicle systems | José Braga, Pedro Calado, Paulo Dias, Ricardo Martins, Josè Pinto, João Borges de Sousa | University of Porto, Portugal |
| Underwater Gliders Operations | Daniele Cecchi, Bartolomeo Garau, Alberto Alvarez, Alessandra Tesei, Elena Camossi, Richard Stoner, Emanuel Coelho | NATO S&TO Centre for Maritime Research & Experimentation – CMRE, Italy |
2014 – St. John’s
| Tutorial | Instructor |
|---|---|
| Technology Supported Coastal and Marine Spatial Planning | Geoff Coughlan, Will McClintock |
| AUV Technology and Application Basics | Brett Hobson, Brian Kieft |
| Topo-Bathymetric Lidar | Tim Webster |
| Remote Sensing Ocean Applications | Des Power, Mark Kapfer, Kelley Dodge |
| Side Scan Sonar ~ History to Application | Garry Kozak |
| Streamlined Offshore Survey Processing | Andy Hoggarth, Graham Nickerson, Darrin Verge, Palle Herskind |
| Analysis and Management of Georeferenced Bathymetry and Oceanographic Data in a Marine Geographic | Karen Hart |
| Information System Fundamentals of Benthic Lander Design and Operation | Kevin Hardy, Craig Higgins, John Head |
| Control Allocation and Fault-Tolerant Control Systems | Edin Omerdick |
2014 – Taipei
| Tutorial | Instructor |
|---|---|
| The ABC’s of underwater acoustic communications | T.C. Yang |
| Optical Methods in Oceanography | Weilin Hou |
| Introduction to Sediment Acoustics | Nicholas Chotiros |
| Broadband acoustics: An emerging technology for studying fish and zooplankton | Timothy K. Stanton |
| Numerical models for three-dimensional underwater sound propagation | Ying-Tsong Lin |
| Time-frequency Analysis Techniques for Oceanography | Jian-Jiun Ding |
2013 – San Diego
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Optical Communications Design Principles: Fiber and Free Space | Michael Brininstool | |
| BioAcoustics: Passive Acoustics Monitoring | BioWaves Staff | |
| Fundamentals of Free Vehicle Design and Operation | Kevin Hardy | |
| Multibeam Imaging SONARS: Fundamentals, Use and Specification | Mark Atherton, Brian Abbott | |
| AUV Technology and Application Basics | Brian Kieft, Brett Hobson | |
| Interpreting ADCP Data – Efficiently and Effectively | Pete Spain, Paul Devine | |
| Narrowband and Broadband Beamforming | John E. Piper | |
| Fundamentals of Additive Manufacturing for Ocean Applications | Dan Searle | Solid Concepts |
| Hydroacoustic Methods for Aquatic Habitat Assessment and Mapping | Eric Munday | |
| Underwater Optical Imaging: Theory and Practice | Jules S. Jaffe | |
| Unmanned Underwater Vessels (UUV) – Modern Capabilities of Autonomous and Remotely Operated Systems and Sensors | Michael B. Jones, Eric Patten, John Scanlon |
2013 – Bergen
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| TECHNOLOGIES FOR MONITORING MARINE ORGANISMS AND HAZARDS | Jaume Piera | |
| Underwater Acoustic Communications: Channel Modelling and Signal Processing | Milica Stojanovic | |
| Operational Oceanography | Laurent Bertino | NERSC |
| HF-radar operation and application | Dr. Hugh Roarty, Dr. Josh Kohut, Dr. Scott Glenn and Mr. Chad Whelan | Rutgers University |
2012 – Hampton Roads
| Tutorial | Instructor |
|---|---|
| Acoustic Seabed Classification with Multibeam and Sidescan Images | John Preston |
| AUV Technology and Application Basics | Brett Hobson & Brian Kieft |
| High Resolution Spectral and Array Processing | John Piper |
| Storm Tides and Sea Level Change: A Tutorial on Water Levels (John Boon) | John Boon |
| Aquarius Ocean Salinity Measurements from Space | W. Linwood Jones |
| A Primer on Coherent and Coherent-on-Receive Marine Radar Fundamentals and Applications To Sensing of Waves and Currents | Dennis Trinza |
2012 – Yeosu
| Tutorial | Instructor |
|---|---|
| PTM – Particle Tracking Model | Sung-Chan Kim, Tahirih C. Lackey |
| Signal Waveform Design for Underwater Acoustic Communications | Charalampos C. Tsimenidis, Bayan S. Sharif |
| Technologies for Monitoring Marine Organisms and Hazards | Jaume Piera |
| The Stochastic Matched Filter and Its Applications to Detection and Denoising | Philippe Courmontagne |
| AUV Technology and Application Basics | Brett Hobson, Brian Kieft |
| Offshore CCS and Ship Propulsion with LNG | C. Huh, D. Chang |
2011 – Kona
| Tutorial | Instructor |
|---|---|
| Acoustic Seabed Classification with Multibeam and Sidescan Images | Jon Preston |
| Model Testing and Simulation Techniques for Wave Energy Converters | Hans Cozijn and Sebastien Gueydon |
| Towards Distributed Autonomous Underwater Sensor Networks: Principles, Development, and Future on Acoustic Communications and Networking | Jun-Hong Cui and Shengli Zhou |
| AUV Technology and Application Basics | Bill Kirkwood |
| Multipath Cancellation in the Spatial and the Time Domains | John Piper |
2011 – Santander
| Tutorial | Instructor |
|---|---|
| Ocean Observatories: A multichalenge to survey earth environmental process | Juanjo Dañobeitia and Jordi Sorribas |
| AUV Technology and Application Basics | William J. Kirkwood |
| Signal waveform design for underwater acoustic communications | Charalampos C. Tsimenidis and Bayan S. Sharif |
| Technologies for monitoring marine organisms and hazards | Jaume Piera |
| The Stochastic Matched Filter and its applications to detection and denoising | Philippe Courmontagne |
2010 – Seattle
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Working with a Cabled Observatory: How Oceans 2.0 Will Help Your Science in the Face of So Much More Data | Benoît Pirenne | NEPTUNE Canada |
| Acoustic Seabed Classification with Multibeam and Sidescan Images | Jon Preston | University of British Columbia |
| The Stochastic Matched Filter and Its Applications to Detection and De-noising | Philippe Courmontagne | Provence Materials and Microelectronics Laboratory, CNRS, |
| Ocean Wave Measurement and Analysis | Theodore Mattlach | National Data Buoy Center, Mississippi |
2010 – Sydney
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Fundamental underwater acoustics and bottom-interacting shallow water acoustics | William M. Carey | Boston University |
| HF surface wave radar | Stuart Anderson | Australian Defence Science and Technology Organisation, Salisbury, South Australia |
| Stochastic matched filters for detection and de-noising of sonar signals | Philippe Courmontagne | Provence Materials and Microelectronics Laboratory, CNRS, France |
| Localisation and mapping | Stefan Williams | University of New South Wales |
| High resolution sonar systems | Marc Pinto | NATO Saclant Undersea Research Center |
| Synthetic aperture sonar systems | Roy Hansen | Norwegian Defence Research Establishment, Kjeller, Norway. |
| Underwater acoustics communications | Milica Stojanovic and Lee Freitag | Department at Northeastern University, Massachusetts. |
2009 – Biloxi
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Underwater Cables and Connectors for End Users | Brock Rosenthal, Cal Peters Andrew Gardner Kevin Hardy | Ocean Innovations, Deep Sea Power and Light, Fairnet Enterprises |
| Applied Acoustic Digital Signal Processing | James Candy | Lawrence Livermore National Laboratory |
| Wave Measurement and Analysis | Theodore Mettlach | National Data Buoy Center |
| AUV Technology and Application Basics | William Kirkwood | Monterey Bay Aquarium Research Institute |
| Acoustic Seabed Classification with | Jon Preston | University of British Columbia |
| An Introduction to Global Positioning Systems (GPS) and Applications | Bob Swett | University of Florida, Gainesville |
| Geospatial Web Services – Ocean Data Visualization, Modeling, and Information | Elias Ioup John Sample | Naval Research Laboratory Stennis Space Center |
| Pressure Testing: Best Practices | Kevin Hardy Steve Weston Matt James | DeepSea Power & Light and Southwest Research Institute |
| Design of synthetic aperture sonar systems for high resolution seabed imaging | Dr Marc Pinto | NATO Saclant Undersea Research Center |
| Hyperspectral Imaging – A Powerful Synoptic Tool | Herbert Ripley | Hyperspecrtal Imaging Inc. |
| Sonar Signal – Image Processing | John Gann | Cheasapeake Technology Inc. |
2009 – Bremen
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| High-Frequency Over-The-Horizon Radar Applications in Oceanography | Klaus-Werner Gurgel | University Of Hamburg |
| The Stochastic Matched Filter: applications to de-noising and detection | Dr. Philippe Courmontagne | Provence Materials and Microelectronics Laboratory, CNRS, France |
| Acoustical Underwater Communication Principles | Peter Adam Hoeher | University of Kiel, Germany |
| AUV Technology and Application Basics | William . J Kirkwood | Monterey Bay Aquarium Research Institute |
| Application of microsensors in the marine environment | Lars R. Damgaard | Unisense A/S, Denmark |
| Precise Bathymetry Using Multibeam Echosounder | Volker Böder | HafenCity University, Hamburg |
| Applied Model-Based Signal Processing: Classical, Modern and Bayesian Techniques | James Candy | Lawrence Livermore National Laboratory |
2008 – Quebec City
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Fundamental Underwater Acoustics And Bottom-Interacting Shallow Water Acoustic | Bill Carey | Boston University |
| Airborne Hyperspectral Imaging | Herb Ripley | Hyperspectral Imaging Limited |
| Applied Model-Based Signal Processing: Classical, Modern and Bayesian Techniques | James Candy | Lawrence Livermore National Laboratory |
| Design of Synthetic Aperture Sonar Systems for High Resolution Seabed Imaging | Marc Pinto | NATO Saclant Undersea Research Center |
| Array Processing and Beamforming | Dr. Christophe Sintes | Ecole Nationale des Telecommuncations, France |
| Synthetic Aperture SONAR Image Despeckling | Dr. Philippe Courmontagne | Provence Materials and Microelectronics Laboratory, CNRS, France |
| Sensors Technology – Atmospheric Effects on Visible and Infra-Red Imaging in Marine Environments | Denis Dion | Defence Research & Development Valcartier (DRDC Valcartier) |
| AUV Technology and Application Basics | William . J Kirkwood | Monterey Bay Aquarium Research Institute |
2008 – Kobe
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Kuroko-type Seafloor Hydrothermal DepositMining – The Geology, Technology, Environment, and Economy | Prof. Steven Scott,Dr. T. Yamazaki, Dr.Justin Baulch | Univ. of Toronto, Canada; Natl. Inst. ofAIST, Tsukuba, Japan; Exploration for Nautilus Minerals |
| Introductory Course of Adaptive Management for Urban Wetland Restoration | Dr. Keita Furukawa | National Institute for Land and Infrastructure Management, Japan |
| Metholodogy for offshore wind source assessment | Prof. K. Kozai, Dr. T. Ohsawa, Dr. C. Bay Hasager | Japan Aerospace Exploration Agency |
| AUV Technology and Application Basics | William . J Kirkwood | Monterey Bay Aquarium Research Institute |
2007 – Vancouver
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| AUV Technology and Application Basics | William . J Kirkwood | Monterey Bay Aquarium Research Institute |
| Acoustic Seabed Classification with Multibeam and Sidescan Images | Jon Preston | University of British Columbia |
| Signal Processing Methods for Underwater Acoustic Communications | Milica Stojanovic, Lee Freitag | Massachusetts Institute of Technology, Woods Hole Oceanographic Institution |
| Workshop on Airborne Hyperspectral Imaging | Herb Ripley | Hyperspectral Imaging Limited |
| Sonar Signal / Image Processing and Communication | John Gann | Chesapeake Tehcnology, Inc. |
| High-Frequency Over-The-Horizon Radar Applications in Oceanography | Klaus-Werner Gurgel | University Of Hamburg |
| End User Applications of Underwater Cable and Connectors | 1. Rosenthal, K. Hardy; Peters, A. Gardner | Ocean Innovations, Deep Sea Power and Light, Falmat, Impulse Enterprises |
| Bayesian Signal Processing | James Candy | Lawrence Livermore National Laboratory |
| Signal Waveform Design for Underwater Acoustic Communication | Charalampos Tsimenidis, Bayan Sharif | Newcastle University |
2007 – Aberdeen
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Wave and Tide Farming | Ian Bryden | University of Edinburgh |
| Lander and Floater Design | Phil Bagley | University of Aberdeen |
| Marine Optics | Alex Cunningham | University of Strathclyde |
| Signal Waveform Design for Underwater Acoustic Communication | Charalampos Tsimenidis, Bayan Sharif | Newcastle University |
| Bottom-Interacting Shallow Water Acoustics | Bill Carey, Allan Pierce | Boston University/Woods Hole Oceanographic Institution |
| Satellite Communications and Location for Ocean Platforms | David Meldrums | Scottish Association for Marine Science, Oban |
| Propagation of Electromagnetic Waves through Seawater | Jim Lucas | University of Liverpool |
| Synthetic Aperature Sonar and Target Recognition | Hugh Griffiths | Cranfield University |
| Bayesian Signal Processing | James Candy | Lawrence Livermore National Laboratory |
| Introduction to Underwater Acoustics with Particular Reference to Environmental Impact Assessment | Rodney Coates | Seiche Ltd., Anglesey Scotland |
| Interferametric Swath Survey Design | Matt Geen | Systems Engineering and Assessment Ltd. |
2006 – Boston
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Design of Synthetic Aperture Sonar System for High Resolution Seabed Imaging | Marc Pinto | NATO Saclant Undersea Research Center |
| AUV Technology and Application Basics | William . J Kirkwood | Monterey Bay Aquarium Research Institute |
| Matlab Tools for Processing Data from Acoustic Doppler Current Meters Deployed on Deep Water Moorings | Bruce Andrews, Bruce Magnell | Woods Hole Group |
| Acoustic Seabed Classification with Multibeam and Sidescan Images | Jon Preston | University of British Columbia |
| Workshop on Airborne Hyperspectral Imaging | Herb Ripley | Hyperspectral Imaging Limited |
| Signal Processing Methods for Underwater Acoustic Communications | Milica Stojanovic, Lee Freitag | Massachusetts Institute of Technology, Woods Hole Oceanographic Institution |
2006 – Singapore
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Environmental Ocean Acoustics | Henrik Schmidt | Massachusetts Institute of Technology |
| Signal and Array Processing | William Kuperman | Scripps Institution of Oceanography |
| Design of Autonomous Underwater Vehicles | Tamaki Ura | University of Tokyo |
| Time Reversal Acoustics | Mathias Fink | Ecole Supérieure de Physique et de Chimie Industrielles (ESPCI), France |
| Signal Processing Methods for Underwater Acoustic Communications | Milica Stojanovic, Lee Freitag | Massachusetts Institute of Technology, Woods Hole Oceanographic Institution |
| Multiple Target Tracking | Darko Musicki | University of Melbourne |
2005 – Washington, D.C.
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Applied Model-based Signal Processing | James Candy | Lawrence Livermore National Laboratory |
| Fundamentals of Geodesy as Applicable to GPS Surveying | Muneendra Kumar, Francis W. Derby | Montgomery Village, MD and Penn State University, Wilkes-Barre campus |
| Systems Engineering with Wave, Wind and Ocean Currents Data | Sean M. Kery | Oceaneering International |
| AUV Technology and Application Basics | William . J Kirkwood | Monterey Bay Aquarium Research Institute |
| Acoustic Seabed Classification with Multibeam and Sidescan Images | Jon Preston | University of British Columbia |
| Environmental Investigations at the Seafloor Using Optical and Acoustic Sensors | Anders Tengberg | Goteborg University |
| Hydrodynamics, Dynamics and Control of UUVs | Dr. Douglas E. Humphreys | Vehicle Control Technologies, Inc. |
| Subsurface Wave Measurements | Atle Lohrmann, Torstein Pedersen | Nortek USA, Nortek AS |
2005 – Brest
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Acoustic Time Reversal – Theory | Mathias Fink | Ecole Supérieure de Physique et de Chimie Industrielles (ESPCI), France |
| Acoustic Time Reversal – Marine Applications | William Kuperman | Scripps Institution of Oceanography |
| Development of a Marine GIS | Christopher Gold | University of Glamorgan, UK |
| Environment-referred Navigation and Guidance of Autonomous Underwater Platforms | Maria Joao Rendas | Laboratoire I3S, USNA-CNRS, France |
| Propagation of EM Waves through Seawater | Ahmed Al-Shamma’a | University of Liverpool, UK |
| Applied Model-based Signal Processing | James Candy | Lawrence Livermore National Laboratory |
2004
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Environmental Investigations at the Seafloor Using Optical and Acoustic Sensors on “Bottom Landers” | Anders Tengberg | Goteborg University |
| AUV Technology and Application Basics | William Kirkwood Mark Sibenac | Monterey Bay Aquarium Research Institute |
| Monitoring Methods and Strategies by Using Automated Systems | Friedhelm Schroeder | GKSS Research Centre |
| Acoustic Seabed Classification with Multibeam and Sidescan Images | Jon Preston | University of British Columbia |
| Synthetic Aperture Sonar | Enson Chang | Dynamics Technology, Inc. |
| Marine Geophysical Observations in Japan – From Active-Source Survey to Long Term Cabled Observatory | Hitoshi Mikada | Japan Marine Science and Technology Center |
| High Resolution Mapping of the Seabed | Donald M. Hussong | Fugro Seafloor Surveys, Inc. |
| Methane Hydrate –Utilization as an Energy Resource | Tetsuo Yamazaki | Japan National Institute of Advanced Industrial Science and Technology |
2003
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Synthetic Aperture Sonar | Marc Pinto | NATO SACLANT Center |
| Synthetic Aperture Sonar2: Applications | Dr. Edson Chang | Dynamic Technology, Inc |
| Efficient Use of ADCPs from Moving Vessels | Darryl Symonds, Jim Rogers | RD Instruments |
| Mastering Moored ADCPs: Current and Waves | Paul Devine, Dr. Peter Spain | RD Instruments |
| Fiber Optic Design Principles | Mike Brininstool | FIBER TECH |
| Side Scan Sonar Workshop | Garry Kozak | Klein Associates |
| Introduction to Marine Corrosion Engineering | James E.Jenkins | CORMAT, Inc. |
| Qualitative and Quantitative Visualization Techniques for Lab and Field Applications | Dr. Peter H.-T. Liu | Omax Corporation |
| AUV Technology and Application Basics | William Kirkwood, Mark Sibenac, Hans Thomas, Dr. James Bellingham | MBARI (Monterey Bay Aquarium Research Institute) |
| Introduction to Seafloor Geotechnical Engineering Properties | Herb Herrmann | NFESC (N— F— E— S— C—) |
| Introduction to Wireless Sensor Networks | Ken Arnold | Wireless Innovation , Inc. |
| Battery Systems: Primary and Secondary Cells | Ken Arnold | Wireless Innovation , Inc. |
| Underwater Optical Imaging: Theory and Practice | Dr. Jules Jaffe | Scripps Institution of Oceanography |
| Target Classification Architectures: The Class-Specific Method | Dr. Paul Baggenstoss | NUWC (Naval Undersea Weapons Center) |
| Practical Analog and Digital Control System Design | Barry L. Dorr | Dorr Engineering |
2002
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Introduction To Seafloor Geotechnical Engineering | Mr. Herb Herrmann, P.E. | US NAVY, NFESC |
| Qualitative and Quantitative Visualization Techniques for Laboratory and Field Applications | (Peter) H.-T. Liu, Ph.D. | QUEST INTEGRATED INC |
| Marine Applications of Remote Sensing | Richard Crout | Center for Higher Learning (CHL) at the University of Southern Mississippi (USM) |
| Communication Networks for Measurement Systems | John Walrod | Planning Systems Inc., Slidel, MS |
| Applications of GPS in Marine Navigation and Hydrographic Surveying | Ahmed El-Rabbany | Assistant Professor, Ryerson University, Toronto, Canada. |
| Introduction to Marine Corrosion Engineering | Jim Jenkins | CORMAT, Inc |
| Modern Spectral Estimation Techniques in Digital Signal Processing: Temporal and Spatial | James V. Candy | Chief Scientist for Engineering and Director, Center for Advanced Signal & Image Sciences, University of California, Lawrence Livermore National Laboratory |
2001
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Life Raft and Emergency Distress Signal Training | Dr Robert N. Yonover & Lt. Com Ed McCauley (USCG, ret.) | McCauley: Liftraft & Marine Safety Equip. Inc owner and operator |
| Synthetic Aperture Sonar – Part 1 | Dr. Marc Pinto & Dr.Enson Chang | NATO SACLANT Centre, Dynamic Technology, Inc |
| Synthetic Aperture Sonar – Part 2 | Dr. Enson Chang | Dynamic Technology, Inc |
| Introduction to Marine Corrosion Engineering | Jim Jenkins | CORMAT, Inc |
| Applied Digital Signal Processing in Acoustics | Dr. James Candy | Chief Scientist for Engineering and Director, Center for Advanced Signal & Image Sciences, University of California, Lawrence Livermore National Laboratory |
| New technological Development for Undersea Exploration | Thomas K. Dettweiler | Exec. Vice president, Nauticos Corp. |
| Ocean Acoustics | William A. Kuperman, Michael B. Porter & Henrik Schmidt | Kuperman: Prof & Director, Marine Physical Lab, Scripps Inst of Oceano, UCSD, Porter: Science Applications International Corp, Schmidt: Prof, Dept Ocean Engrg, MIT |
| Hydrodynamics, Dynamics and Control of AUV’s | Dr. Douglas E. Humphreys | President & Senior Design Engr, Vehicle Control Technologies, Inc. |
| New Developments in Electronic Navigation | Dr. Lee Alexander | Assoc. Res. Prof, Ctr for Coastal and Ocean Mapping, Univ. NH; Adj Prof, Marine Science, Univ. So Miss; & Director, Amer. Forum for Electronic Chart Technology (AFFECT) |
2000
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Ocean Acoustics | William A. Kuperman, Michael B. Porter & Henrik Schmidt | 1-MPL, Scripps Inst. Of Oceano; 2- SAIC; 3-Dept OE, MIT |
| Technological Forecasting for Competitive Technology Intelligence | Richard P. Mignogna | President, Technology/Engineering Management, Inc. |
| A Practical Law Primer for Ocean Science and Technology | Richard T. Tobol | Columbus-America Discovery Group and Prof of Law, U. of Dayton Law School |
| Model-Based Ocean Acoustic Signal Processing | Edmund J. Sullivan & James V. Candy | 1-Physics & Technology Division, Naval Undersea Warfare Center, Newport, RI; 2-Ctr for Advanced Signal & Image Sciences, U. Cal, Lawrence Livermore Nat. Lab |
| Hydrodynamics, Dynamics and Control of Undersea Vehicles | Douglas E. Humphreys | Vehicle Control Technologies, Inc. |
| A Systematic Approach to Redundant and Fault Tolerant System Design | Philip Babcock | Charles Stark Draper Laboratory, Inc |
1999
| Tutorial | Instructor | Instructor Company |
|---|---|---|
| Adaptive Equalization for High Speed Underwater Data Communictions | Dr. Milica Stojanovic & Lee Freitag | Northeastern Univ & Woods Hole Oceanographic Institution |
| Principles and Applicatons of Synthetic Aperture Radar (SAR) | Dr. Barton Huxtable | User Systems, Inc. |
| Re-Engineereing University-Level Marine Science Education | Dr. Frank Hughes | The Boeing Company |
| Computation Intelligence: Theory and Applications in Ocean Surveillance | Bill Porto | Natural Selection, Inc. |
| Introduction to Technological Forecasting and Competitive Technology Intelligence | Dr. Richard Mignogna | Technology/Engineering Management, Inc |
| Understanding Technological Forecasting and Competitive Technology Intelligence Methods – Part 2 | Dr. Richard Mignogna | Technology/Engineering Management, Inc |
| Understanding and Using SAR Imagery of the Marine Environment | Dr. John Apel | Global Ocean Associates |
| Onboard Acoustic Sensors | Fredrick Maltz | Consultant |
1998
| Tutorial Title | Instructor | Instructor Company |
|---|---|---|
| Approximate methods in light scattering media optics | A. Kokhanovsky | Inst.of Particle Technology and Environmental Engineering, Clausthal Tech. University-GERMANY |
| Maritime Positioning and Navigation Using Satellites | G. W. Hein | Institute of Geodesy & Navigation of the University FAF Munich – GERMANY |
| New Approaches in Optimization of Space- Time Signal Processing in Hydroacoustics | I.I. Gorban | Institute of Mathematical Machines and Systems- Kiev -UKRAINE |
| Environmental information for the management of the coastal zone | J. Denis | Laboratoire Côtier, Ifremer Toulon- FRANCE |
| Implementation of Adaptive & Synthetic Aperture Processing Schemes in Integrated Active Passive/Sonars with Multidimensional Arrays of Sensors | S. Stergiopoulos | Defense & Civil institute of environmental Medicine – CANADA |
| Underwater Machine Vision: 3D Scene Reconstruction from Underwater Video Imagery | S. Negandaripour | Dept. Electrical & Computer Engineering , University of Miami -USA |
| Modeling in shallow water acoustics | B. Katsnelson | Voronezh State University – RUSSIA |
| Classification: Goals, techniques and applications to acoustic signals | A. Lemer / F. Ywanne | Thomson Marconi Sonar SAS- FRANCE |