MAST Europe 2011
Marseille
France 27–29 June 2011
Parc Chanot, Marseille, France
Monday 27 June 2011 to Wednesday 29 June 2011
MAST Conference Papers
indicates the paper has a downloadable file (available only if you attended MAST Europe 2011)
A Design Tool Used For Training And Decision Making (7B/7B.1)
Gilbert Durand, Survivability architect, Ministry of Defence (DGA), France
A Fast And Efficient Method For Estimating The Radar Cross Section During Early Stage Design Of Ships (7D/7D.2)
Aldo Guagnano, engineer, Orizzonte Sistemi Navali SpA, Italy
A Maritime EO/IR Thermal/Signature/Vulnerability Prediction Tool: MESG (Maritime EO/IR Scenario Generator) (9B/9B.1)
Dimitris Tsintikidis, Supervisor/Scientist, SSC - Pacific, United States
A New Modelling Technique for the Shock Assessment of Bolted Connections (10B/10B.3)
Kevin Behan, Engineering Manager, Naval Undersea Warfare Center (Division Newport), United States
A New RF Coaxial Cable System for Shipboard Mast Applications (6C/6C.1)
Raymond Schwartz, Cable Technologist, Cobham Sensor Systems, United States
A New Seismic Tool For Deep Water: SYSIF (2D/2D.3)
Pierre Leon, Underwater systems project manager, IFREMER, France
A Realtime Multi Sensor Data Fusion for Coastal Surveillance System (2A/2A.3)
Raj Kumar Choudhury, Senior Research Staff, Bharat Electronics Limited, India
Advancing Soft Kill Capability Through Improved Payload Positioning (7B/7B.2)
Steve Kerchey, Business Development Manager Naval, Chemring Countermeasures Ltd, United Kingdom
Agile Testing and Performance Engineering: Integration and Test for Rapid Capability Insertion (7C/7C.1)
Edward Beck, Senior Manager, Mission Solutions Engineering, LLC, United States
Air Deployed Low Frequency Multistatic Sonar Systems - Recent Developments (3E/3E.1)
Anthony Richard, Technical Manager, Thales Australia, Australia
Airborne Laser Mine Detection System (ALMDS): General Overview and Transition to Full Rate Production (2E/2E.2)
Marc DeBlasio, LCS MPI Program Director, Northrop Grumman, United States
Airborne Mine Counter Measures Sensors (2E/2E.1)
Dexon Guzman, Director, Business Development, Northrop Grumman Corporation, United States
An Application of Systems Modeling Language (SysML) to Systems Engineering of Maritime Sensor Networks (7A/7A.1)
William Ormsby, Engineer, Naval Surface Warfare Center (Dahlgren Division), United States
An Efficient Implementation of Batch-Oriented, Multi-target, Multidimensional Assignment Tracking Algorithm (6D/6D.1)
Sunil Mathews, Engineer, NUWCDIVNPT, United States
Anti Surface Missile for Surgical Kill in Littoral Environment: FASGW - ANL (4B/4B.1)
Bruno de La Motte, Senior Adviser, MBDA Missile Systems, France
Application of a System Design Reference Process Model in a Ship Concept Design Study (2C/2C.1)
David Woodward, Senior Naval Architect, Naval Surface Warfare Center (Carderock Division), United States
Application of Commercial Ship Maintenance Philosophy to Naval Ships (3A/3A.2)
Thomas Ingram, Manager of Government Programs, ABS Americas, United States
Application Of Diesel Atmospheric Pollution IMO Rules For Navy Ships: Problems And Milestones For 2011 And 2016 (6C/6C.1)
Dominique Mignotte, Senior Expert, DCNS, France
Application of DoDAF Total-Ship System Architecture in Naval Ship Operational Effectiveness Modeling (7A/3)
Alan Brown, NAVSEA Professor of Naval Ship Design, Virginia Tech, United States
Aspects on Mast Arrangement on Naval Surface Ships (2C/2C.2)
Leif Lagerkvist, Senior Systems Engineer, Saab AB, Sweden
Assessing Integration Between Main Ship Design Characteristics And Naval Task Effectiveness How To Using Surrogate Models (5B/5B.2)
Aldo Guagnano, engineer, Orizzonte Sistemi Navali SpA, Italy
Assisting AUV Navigation Systems Using a Particle Filter (6D/6D.2)
Glenn Donovan, Electronics Engineer, Naval Undersea Warfare Center (Division Newport), United States
Asymmetric Warfare Management (3B/3B.1)
Captain Jatinder Bains, CEO, Channel Logistics LLC, United States
Asynchronous Radio-location System with Spread Spectrum Signals (6A/6A.1)
Jacek Stefanski, Associate Professor, Gdansk University of Technology, Poland
Automation of man-transportable surface vehicles for commercial and military applications (7C/7C.1)
Yann Le Page, Technical Officer, ACSA, France
Autonomous Underwater Vehicle (AUV) Docking Station for SSGN (7B/7B.1)
Brad Thomas, Principle Research Scientist, Battelle, United States
Baseline Data Acquisition Strategy for First in Class Vessel (LCS-1 Class) (5B/5B.2)
Joseph Budd, Electronics Engineer, Naval Surface Warfare Center (US Navy), United States
Bat Sonar (2D/2D.2)
Jason Gaudette, Electrical Engineer, Naval Undersea Warfare Center, United States
BMD System: Shipborne Aster Capability 2 (4B/4B.3)
Véronique CHAM-MEILHAC, head of missile defense, MBDA Missile Systems, France
Broadband Sensor for Naval Applications (2D/2D.3)
John DiCecco, Research Engineer, Naval Undersea Warfare Center, United States
Buried Objects Detection And Classification - Experimentations And Sonar Development (2D/2D.1)
Mélanie FOULON, Engineer, Ministry of Defence (DGA/TN), France
Characterisation And Prediction Of Quiescent Periods Of Ship Motions (3D/3D.1)
Céline DROUET, Engineer, DCNS Research/SIREHNA, France
Classification of naval units - a requirement for the future? (3A/3A.3)
Thomas Grafton, Senior Engineer, Det Norske Veritas AS, Norway
Collaborative Visualization of Multi-Channel High Definition Full Motion Video (3A/3A.2)
Jeff Malacarne, Technical Director, Barco, United States
Combat Management System of new Frigate Class F125 for German Navy, Optimized for Real-Time-Situational-Awareness and Asymmetric Warfare (8B/8B.3)
Dr Hans-Dieter Ehrenberg, VP Sales, thyssenkrupp Marine Systems, Germany
Combining COTS, MOTS And Custom Assemblies To Deliver Program Wide Benefits (6B/6B.1)
Colin Davies, Business Development Manager, GE Intelligent Platforms, United Kingdom
Complex Codes Used In Airborne Sonar Systems - Practical Problems (2E/2E.3)
Hervé Tanguy, Advanced studies engineer, Thales Underwater Systems, France
Creating Better Multirole Vessels Through Transformable Hull-Form Technology In Landing Craft And OPV Designs: (9D/9D.1)
Maarten MOSTERT, Naval Architect, CNIM, France
Cybervulnerability at Sea (3B/3B.3)
Herveleu, French Navy, France
Deep Water Test Platform: ABYSSEA (10D/10D.1)
Yves CHARDARD, CEO, SUBSEA TECH, France
Demonstration of a Modular Mission System for Organic REA (Rapid Environmental Assessment) and MCM (Mine Counter Measures) (7D/7D.3)
Jens Kohlscheen, Product Manager MCM, ATLAS Elektronik GmbH, Germany
Determining A Reliable Position In All Maritime Situations: e-Positioning (10A/10A.1)
Eric Prang, Senior Business Development Manager, SAGEM DS, France
Development of a High Performance Magnetic Heading Sensor (6D/6D.1)
Ahmed Zaki, Engineer, Naval Undersea Warfare Center, United States
Development of Novel Electrolytes to Enable Solid Oxide Fuel Cells to Operate at Lower Temperatures in UUV Propulsion Application (6D/6D.3)
Louis Carreiro, Research Chemist, Naval Undersea Warfare Center (Division Newport), United States
Diagnostics as Stepping Stone to Better Prognostics in the US Navy (5B/5B.1)
Michael Dipilla, COMPUTER ENGINEER, Naval Sea Systems Command (Philadelphia), United States
Disruptive Hybrid Fabric Networking Technology (7D/7D.2)
Erik Chaum, Principal Investigator, Naval Undersea Warfare Center (Division Newport), United States
Diver-based Rapid Response Capability for Maritime-Port Security Operations (5A/5A.3)
Dennis Gallagher, Project Engineer, Naval Surface Warfare Center, United States
DSTO’s Future Undersea Warfare Enabling Research Program (2C/2C.1)
Roger Neill, Principal Research Scientist, Defence Science and Technology Organisation, Australia
DSTO's Naval Research - Supporting the Royal Australian Navy's Future Capabilities (10A/10A.1)
Darren Sutton, Attache Defence Science, Defence Science and Technology Organisation, United States
Easy IP Coalition Warfare Program (9B/9B.3)
W. Lars Sikes, Director, Nontraditional Programs, Naval Undersea Warfare Center (Division Keyport), United States
Effective Littoral Operations Through Warship Electromagnetic Design (7D/7D.4)
James Stanley, Signatures Technical Lead, IDS UK, United Kingdom
Elastic Response of a Rib-Stiffened Plate to Convected and Line Load Excitations (10B/10B.1)
Heather Chamblee, Scientist, Naval Undersea Warfare Center (Division Newport), United States
Emerging Scientific Knowledge, Collaboration Opportunities, and Operationalizing NURC Technology (10A/10A.2)
Ed Gough, Chief Scientist, NATO Undersea Research Centre, Italy
Enabling Shared Situational Awareness (2A/2A.2)
Ciaravola, French Navy, France
Energy Harvesting for Shipboard Wireless Sensor Networks (6C/6C.2)
Stephen Mastro, Science Advisor - R&D Division, Naval Sea Systems Command (Philadelphia), United States
Energy Recovery To Reduce Fuel Consumption On Naval Ships (6C/6C.2)
Alexis Roy, Propulsion Architect, DCNS, France
Engagement Coordination Through Real-Time Exchange Of Engagement Windows Over Link 16 (6A/6A.2)
Wouter van der Wiel, Program Manager, TNO, Netherlands
European Naval Deep Strike Solution - NCM (4B/4B.2)
Bruno de La Motte, Senior Adviser, MBDA Missile Systems, France
European Project For Regional Surveillance: I2c (2A/2A.1)
Michel Morel, R&D Manager, DCNS, France
Evaluation Of The DCNS Multi Platform Situational Awareness Capability (2B/2B.2)
Hervé Fargetton, Situational awareness function Architect, Ministry of Defence (DGA), France
Evolutions in TB-23 Towed Array Technology (5D/5D.1)
Chieu Tran, Principal Engineer, L-3 Ocean Systems, United States
Exploitable Research in Depth (Osprey) (8A/8A.2)
Dr David J W Hardie, Thales, United Kingdom
Future Air Operation and Capabilities (3C/3C.1)
Grozel, French Navy, France
Good Things Come in Small Packages (Cerberus Mod 2) (5A/5A.2)
Mark Bezzant, Business Development Manager, ATLAS Elektronik UK, United Kingdom
Ground-Based, Hiperbolic And Self-organising Radiolocation System With Spread Spectrum Signal (10A/10A.2)
Jacek Stefanski, Associate Professor, Gdansk University of Technology, Poland
Harbor Shield Program Update: Acoustic Underhull Imaging of Moving Vessels (10B/10B.2)
Brian Sikorski, Principal Research Engineer, Battelle, United States
HYBRID ELECTRIC DRIVE – ENHANCING ENERGY SECURITY (2B/2B.4)
David McMullen, Director, Electric Power and Control Systems Divis, NAVSEA 05Z3, United States
Implementation of On-Board Trainer (OBT) Scenarios in a Distributed Virtual World Environment (5B/5B.3)
Patrick Violante, Electrical Engineer, Naval Sea Systems Command, United States
Improvement Of Airborne Acoustic Passive Detection With Optimized Automatic DEMON Processing (3E/3E.2)
Sidonie Hibral, R&D engineer, Thales Underwater Systems, France
Indoor Air Quality In An Italian Military Submarine (10D/10D.2)
Lorenzo Lodola, Responsabile, IRCCS Policlinico San Matteo, Italy
Information Sharing - A New Paradigm (6A/6A.1)
TACYNIAK Danielle, Head of Advanced Studies & European Agencies for I, Thales Communications, France
Innovative Technologies and Future Applications aboard of German Submarines (5C/5C.1)
Juergen W. Giefer, Technischer Regierungsdirektor, Federal Ministry of Defence, Germany
Integrated Topside Design of Modern Warships (2C/2C.3)
James Stanley, Signatures Technical Lead, IDS UK, United Kingdom
Integration of UAV on the German Corvette K130 (5C/5C.3)
Oliver Stelter, German Ministry of Defence (BWB), Germany
Japanese Flexible Integrated Harbor Monitoring Network System (6C/6C.3)
Masaki Nakano, assistant manager, NEC, Japan
Lessons Learned and Challenges in Distributed Systems (2C/2C.2)
Dr Vittorio Ricci, Director of Science and Technology, Naval Undersea Warfare Center Newport Division, United States
Maritime Security Infrastructure for Commercial and Military Ports and Harbors (2A/2A.2)
Lynn Faulkner, Program Manager, Battelle, United States
Market Based Control of Auxiliary Ship Systems with Damage Avoidance (7A/7A.1)
Greg Anderson, Engineer, Naval Surface Warfare Center (Philadelphia), United States
Measurement Of Residual Stresses In A Hull Section Of A Rubis Class Submarine (2C/2C.3)
Dr Xavier Ficquet, Senior Development Engineer, Veqter, United Kingdom
Mid Range Phased Array Velocity Sensor - Performance Analysis (4C/4C.2)
Aude KUCHLY, Sales Manager, TELEDYNE RDI EUROPE, France
Modularity: Naval Ship Modernization With Reduced Cost And Increased Flexibility; An LCS Update (9D/9D.2)
Marc DeBlasio, LCS MPI Program Director, Northrop Grumman, United States
Multinational Naval Operations - Coordinated Engagements (3B/3B.2)
Loïc Tacher, Naval Systems Architect, DCNS, France
Multiplatform Tactical Picture (MPTP) - A Study Assessment (2B/2B.1)
Felix Alvarez, MPTP architect, DCNS, France
Multi-Role Combat Boats For Frigate 125 - Innovation For The German Navy (7C/7C.2)
Mathias Beise, mechanical engineer, Ministry of Defence (BWB), Germany
Multi-Sensor Tracking (7D/7D.1)
Sunil Mathews, Engineer, NUWCDIVNPT, United States
National Maritime Security System In Poland (2A/2A.3)
Wojciech Palka, Senior specialist, Maritime Office in Gdynia, Poland
Naval Multiplatform Engagement Capability (2B/2B.3)
Bruno de La Motte, Senior Adviser, MBDA Missile Systems, France
NCO/NCW, Why Link22/Multilink is Needed...Now! (3C/3C.3)
Heinz Marsau-Rierl, Senior Sales Manager TDL, ATLAS Elektronik GmbH, Germany
Netforce and Blue-Water Cyberboats: A New Blue-water Naval Force In Creation. (4A/4A.3)
Sandy Allsopp, Man. Director, Allsopp helikites Ltd, United Kingdom
Networked Visualization for Collaborative C4ISR Systems (7C/7C.3)
Jeff Malacarne, Technical Director, Barco, United States
New Naval Rules and Developments (3A/3A.1)
Lorenz Petersen, Director of Naval Branch, Germanischer Lloyd, Germany
New Possibilities For Submarine based ROV (SUBROV) (5A/5A.2)
Mr Carl-Marcus Remén, Sales manager, SAAB Underwater Systems AB, Sweden
New Possibilities with SUBROV (SUBmarine ROV) (6B/6B.1)
Bert Johansson, Director, Saab Underwater Systems, Sweden
New Power Conversion Technologies - Innovations And Future Developments In Electric Propulsion (10B/10B.2)
Jean-Marc Taillardat, Converteam, France
New Stern Boat Launch And Recovery System - Performance Assessment (7C/7C.3)
Bian yannick, naval architect, DCNS, France
New Technologies To Optimise Maintenance (6B/6B.3)
John Gierchak, Lead Engineer, Impact Technologies, United States
New Tool For Evaluating Physical Phenomena Compatibility In Targets Weapon Assigment (TIGERS) (5B/5B.1)
Isabelle Sarbit, Engineer, DCNS, France
New Tracking Technique (5B/5B.3)
Mr Frederic Livernet, CMS Senior Expert, Ministry of Defence (DGA), France
Next Generation Chilled Water Plant For Navy Applications (6C/6C.3)
Matthieu Faucheux, Technical & Operation Manager, Johnson Controls, France
Next Generation Satellite AIS - Its Effect On Comprehensive And Persistent Global Vessel Monitoring (9A/9A.2)
John Allan, VP Sales & Marketing, exactEarth Ltd, Canada
Novel Magnetic Sensors (PH) (6D/6D.2)
George McNamara, Chief Development Officer (Division Newport), Naval Undersea Warfare Center, United States
Operation and Maintenance Workload Analysis: The LCS Study (10B/10B.3)
Paolo Amadio, Director, Lockheed Martin, United States
Operational Experience With AUV 62 AT – The Future In Training ASW Operators (4D/4D.2)
Mr Carl-Marcus Remén, Sales manager, SAAB Underwater Systems AB, Sweden
Operational Experience with AUV 62 AT – The future in Training ASW Operators (7B/7B.3)
Mr Carl-Marcus Remén, Sales manager, SAAB Underwater Systems AB, Sweden
Optimising Soft-Kill Naval Countermeasures – Firing Algorithms (8B/8B.1)
John Mobsby, Chemring Countermeasures, United Kingdom
ORBCOMM's Current & Future Satellite AIS Capabilities (6A/6A.2)
Andrew Loretta, Director, AIS Business Development, ORBCOMM, United States
Passive Signal Detection and Extraction (9C/9C.2)
Roger Phelps, Algorithms Specialist, Thales Underwater Systems, United Kingdom
Platform Enabled Threat Evaluation (7A/7A.2)
Captain Jatinder Bains, CEO, Channel Logistics LLC, United States
Port Facilities Protection Using Cost-Effective Countermeasures Identification (4A/4A.1)
Francesca Matarese, Senior Researcher, SESM, Italy
Portable Underwater Tracking Range (10C/10C.1)
Peter Yinger, Director, L-3 MariPro, United States
Presentation of Device to Generate Reliable and Independent Offshore Energy using Wave Power (2B/2B.2)
George Smith, Chief Technical Officer, Green Ocean Energy Ltd, United Kingdom
Prospect for Indefinitely Powering In-water ASW, MIM, and ISR Sensors with Energy Harvested from Marine Sediment (2B/2B.3)
Leonard Tender, Research Chemist / Branch Head, Naval Research Laboratory, United States
Protecting High Value Assets during Surface Transits (5A/5A.1)
Deborah Durgin, Supervisor, L-3 Communications Klein Associates, Inc., United States
Providing Robust SSK Communications on Demand (5C/5C.2)
Mr Richard Williams, Project Manager, ATLAS Elektronik UK, United Kingdom
Radar Tracker - Critical In Maritime Surveillance Systems (3A/3A.1)
Rami Kassab, Technical Manager, PEGASE systems, France
Rapid Environment Assessment Of Sea Bottom Parameters Using An Operational Active Low-Frequency Sonar: RUMBLE-2 Project (2D/2D.2)
Benedicte JUHEL, Research Engineer, Thales Underwater Systems, France
Rapid Identification Of Explosives, Narcotics And Chemicals Carried On Board Ships (Or Transported In Containers) (7A/7A.3)
Janusz Smulko, Dr, Gdansk University of Technology, Poland
Real-time Remote Marine Mammal Monitoring on Navy Ranges (2D/2D.1)
David Moretti, Electrical Engineer, Naval Undersea Warfare Center, United States
Robust Capon Beamforming for Passive Sonar (9C/9C.1)
Samuel Somasundaram, Algorithm Development Engineer, Thales UK, United Kingdom
ROV (UNCOSS) (5A/5A.1)
Vladivoj Valkovic, professor of physics, A.C.T.d.o.o., Croatia
Safety Assessment Of Composite Designs Using Fire Engineering (7A/7A.2)
Joëlle GUTIERREZ, Head of materials R&D department, DCNS Research, France
Satellite-AIS ...A New Data Stream For An Integrated Maritime Surveillance Platform (6A/6A.3)
Gaetan Fabritius, Business Development, CLS, France
Satellite-AIS ...A New Data Stream For An Integrated Maritime Surveillance Platform (Added-Value And Uses) (9A/9A.1)
Gaetan Fabritius, Business Development, CLS, France
Scalable Sonar System for AUVs (4D/4D.1)
Martin Meister, Senior System Engineer, L-3 ELAC Nautik, Germany
SeaBat 7130, 3-D Dual-Frequency Sonar for 12 ¾” UUVs, Progress Report (7B/7B.2)
Dan Suchman, Sr. Technical Consultant, RESON, Inc, United States
Securing Offshore Infrastructures Through Global Alert and Graded Response System (SARGOS) (4A/4A.2)
Marie-Annick Giraud, R&D Manager, SOFRESUD, France
Securing Passenger Transfer Between Cruise Ships And Tenders (3D/3D.2)
Jean-Marc BEYNET, Expert-Engineer, BRL Ingenierie, France
Shallow Water PUTR (Portable Undersea Tracking Range) Upgrade (10C/10C.3)
Jeremy O'Neal, Technical Direction Agent for Underwater Tracking , Naval Undersea Warfare Center Division, Newport RI, United States
Ship Electromagnetic Field Signature Prediction (7D/7D.1)
Rafal Namiotko, Head of Electromagnetic Laboratory, OBR Centrum Techniki Morskiej, Poland
Ship Self Defence - Concept Development and Experimentation (7B/7B.3)
Yntze Meijer, Operational Analyst, TNO, Netherlands
Shipboard Machinery System Selection: A Risk-Based Approach to Decision Support (10B/10B.1)
David Woodward, Senior Naval Architect, Naval Surface Warfare Center (Carderock Division), United States
Single Crystal Research in UK (5D/5D.2)
Mark Bezzant, Business Development Manager, ATLAS Elektronik UK, United Kingdom
Some Key Problems Of High-Speed Hydrodynamics Of Supercavitating Objects (8A/8A.1)
Ivan Kirschner, Principal Scientist, Applied Physical Sciences Corporation, United States
Sonar Systems - Open Architecture based on Data Distributed Services (DDS) (9C/9C.3)
Ralf Siegfried, Head of Systems Engineering, L-3 ELAC Nautik, Germany
Source Depth Discrimination In Low Frequency Acoustic Detection - Physical Modelling (10C/10C.1)
Dominique FATTACCIOLI, Engineer, DGA Naval Systems, France
Space Based AIS - Real World Applications (9A/9A.3)
Andrew Loretta, Director, AIS Business Development, ORBCOMM, United States
Special Forces Concepts for Conventional Submarines (5C/5C.3)
Andreas Grunicke, Director Conceptual Design/Submarine Projects, TKMS/Howaldtswerke-Deutsche Werft, Germany
State-of-the-Art for Designing, Building, and Maintaining Open Architecture Systems (7C/7C.2)
William "Bill" Antypas, Chief Consulting Engineer, RTI (Real-Time Innovations), United States
Stealth Technology Devices And Contromeasures: Matching In The Military Ship Design (9B/9B.2)
Cristina Gironi, Dott.Ing, University of Genoa, Italy
Surface Drift Prediction Using Operational Tools (3D/3D.3)
Marc Pavec, Engineer, Actimar, France
Surveillance Of Closed Waters (Fjords) And Littoral Regions By Passive Bi-Static Radar (Pbr) Using Digital Broadcast Illuminators (3A/3A.3)
Heiner Kuschel, scientific team leader, Fraunhofer-FHR, Germany
Terrorism, Ship-Jacking & Piracy (TSP) (The Effectiveness Of ISPS Code Against) (10A/10A.3)
Amit Bhatnagar, Senior Surveyor, Indian Register of Shipping, Singapore
The Effectiveness of Softkill Systems (8B/8B.2)
Heinz Bannasch, Senior Vice President Protection Systems Division, Rheinmetall Waffe Munition GmbH, Germany
The Energy Security Dilemma: Are Rare Earth Elements too Rare for Green Energy Technology Applications? (2B/2B.1)
Michael Robinson, Engineer, Naval Surface Warfare Center (Carderock Division), United States
The Navy Space Dimension (3C/3C.2)
Jose Prieto, Business Development Director, GMV, Spain
The Saltwater Inflection Point (10A/10A.3)
R. Robinson Harris, Director, Requirements and Solutions, Lockheed Martin MS2, United States
Tracking Vessels up to the EEZ Limits: Complementarities of HF Sky Wave and HF Surface Wave Radars (2A/2A.1)
Valére Bazin, research scientist, ONERA, France
Trajectory Estimation Of A Maneuvering Target From A Non-Maneuvering Platform, Using Bearings Only (10C/10C.3)
Julien CLAVARD, Studies Engineer/PhD Student, Thales Underwater Systems, France
U.S. Navy Alternative Fuels Program (5A/5A.3)
Gregory Toms, Naval Fuels and Lubricants TWH, Naval Sea Systems Command, United States
UK Ministry of Defence's New Stance on Open Architecture Mandates a Data Model for its’ Latest OA Initiative in Order to Enhance Deployed System Update and Reconfiguration Agility (6B/6B.2)
Gordon Hunt, Chief Engineer, RTI, United States
Undersea Perimeter Security Integrated Defense Environment (UPSIDE) (5A/5A.4)
Michael Grzechowiak, Software Project Manager, Rite Solutions, Inc., United States
Underwater Acoustic Communications Modems: Performance Assessment Using High Fidelity Simulation Tools (4C/4C.1)
Jean-Michel Passerieux, Project manager, Thales Underwater Systems, France
Underwater Warfare Tactical Decision Aids: Ownship Optimal Trajectories Computation (10C/10C.2)
Adrien Nègre, Research engineer, DCNS, France
Unmanned Aerial Systems - Naval Integration (5C/5C.1)
Emmanuel Couturier, Engineer, DCNS, France
Unmanned Air Systems (UAV) In Maritime Operations - Operational Requirements (5C/5C.2)
Gerardo Covacevich, Gerente General, C&A Consulting, Chile
Unmanned Semi-Submersible System in MCM Operations (4D/4D.3)
Gerard Fardella, Combat System Architect, DCNS, France
UUV Long-Range Communication Using Low-Frequency Acoustic Source (4C/4C.3)
Frederic Mosca, R&T group manager, IXSEA, France
Velocity Sensing Sonar (6B/6B.3)
William Mildon, United States
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Agenda
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