MAST Europe 2007

A Multilayered Naval Air Defence System on Italian Frigates: SAAM AD (8B/1)

Carlo Colandrea, Head of Weapon Systems, MBDA Italia SpA, Italy

A Near Future All Electric Ship (AES) with Medium Voltage DC Power Generation and Distribution Featuring Automatic Reconfigurationof the Primary Network in Case of Faultsor Loss of a Power Source (2C/3)

Marco Scano, Rear Admiral, Italian Navy, Italy

A Systems Engineering Approach for Modular Open Systems from Concept to Application (7C/1)

Andrew Levine, Systems Engineer, Naval Surface Warfare Center (CD), United States

A Technical Appreciation for the Hidden Cost of COTS and How to Avoid It (3D/1)

Martyn Dickinson, Manager - Naval & Commercial Systems, Servowatch Systems Ltd., United Kingdom

Acceptance of Complex Systems (11D/3)

Paul Gosling, UK Naval Division Technical Director, Thales Underwater Systems, United Kingdom

Addressing the Design Challenges of Open Ship Architecture Systems on US Navy Ships – Building Outside the Box (7D/2)

Andrew Levine, Systems Engineer, Naval Surface Warfare Center (CD), United States

Advanced IR Simulation Tools in Support of the Design Process of the New Generation of Naval Infrared Search and Track: ARTEMIS (12A/1)

Vincent Mégaides, Project Manager, Thales Group, France

Advanced Methodology for the Electromagnetic Design of Naval Ships. Electromagnetic Risk Management and Design Configuration Control (4C/2)

Stefano Chiti, IDS Naval Division Director, IDS Ingegneria Dei Sistemi SpA, Italy

An Examination of Past Accomplishments and Future Trends in Total Combat and Weapons Systems Payloads for Submarine Platforms (7C/3)

Charles Elste, tbc, Naval Undersea Warfare Center, United States

Application of Statistical Methods of Attribute Information Evaluation in Information Association and Fusion Algorithms for the C&C Systems Purposes (4B/2)

Ksawery Krenc Msc, Specialist, R&D Marine Technology Centre, Poland

Applying System Engineering to Measure the Performance of C/S in Terms of Probability of Escaping Hits ( PEHS ) for Naval Shipbuilding (6D/2)

Antonio Cirillo, System Engineer, Orizzonte Sistemi Navali, Italy

Asymmetric Threat: Maritime Border Control (3A/1)

Aldo Guagnano, engineer, Orizzonte Sistemi Navali SpA, Italy

Budgetary Impact of Predictive Maintainence and fleet Management Capabilities (8C/2)

John Miele, Sales Director, Micad Marine, United States

Can Nanotechnology Meet the Emerging Requirements? (12B/3)

Alfredo Rayms-Keller, Senior Scientist, Naval Surface Warfare Center (Dahlgren Division), United States

Center of Innovation for Naval Ship Design (5C/2)

Magnus Ornfelt, Chairman, FMV (Swedish Defence Materiel Administration), Sweden

Collaborative Multi-Target Algorithms for Autonomous Vehicles (12D/1)

Yosef Gavriel Tirat-Gefen, Lead Scientist, Castel Research Inc., United States

Computational Tools for Combatant Craft Design: An Overview (4C/1)

Jennifer Grimsley PE, Senior Naval Architect, CDI Marine Company, United States

Concept and Architecture of Italian Vessel Traffic Management System (VTMS) (10A/1)

Ferdinando Lolli, tbc, Harbour Master and Coast Guard, Italy

Consistent evolution of naval combat direction systems of different generations (10D/2)

Jean-Yves Bouteyre, Head of Naval Combat Systems, DGA/Ministry of Defence, France

Cooperative Proliferation of Shared, Time-Critical, Maritime Awareness (7A/1)

Tim Busch, MANAGER, US Navy, United States

Cost Drivers in Concept Ship Design (10C/3)

Jonathan Whatmore, Graphic Research Corporation (GRC), United Kingdom

Craft Integrated Electronics Suite (CIES): An Overview (7D/1)

Larry W. Wiley, Special Projects, Naval Surface Warfare Center (Carderock Division), United States

Critical Information System for Maritime Surveillance and Security (7A/2)

Alain Carof, Technical Director, complex systems, Thales Underwater Systems, France

DDS applicability in the Net-centric naval domain (12C/1)

Angelo Corsaro, Chief Technology Officer, PrismTech, France

Design Method & Model: The Integrated Functional Design of Naval Combat Systems using SysML (Study Case) (3D/3)

Francesco Ciambra, Combat System engineer, Selex Sistemi Integrati, Italy

Developing a new Combat System architecture for Royal Navy surface combatants (8D/1)

Tim Rabbets, Technical Manager, MSE, QinetiQ, United Kingdom

Developing and Evaluating Solutions of Preventionand Monitoring Maritme Borders: ScanMaris (3A/2)

Michel Morel, R&D Manager, DCNS, France

Developing CMS Systems by Applying OACE and OMG Standards (3D/2)

Izzet Emre Cetin, Program Manager, Aselsan, Turkey

Development of an Offshore Raiding Craft (ORC) for the UK Marines (2B/1)

Paul Graville, Director, Amgram Ltd, United Kingdom

Development, Assessment, and Transition of the SPARTAN Scout USV: An Overview (6B/4)

Dr Vittorio Ricci, Director of Science and Technology, Naval Undersea Warfare Center Newport Division, United States

Distributed networked Systems for Undersea Sensing: A Vision and Strategy (2D/3)

Joseph M. Monti, DEPARTMENT HEAD, Naval Undersea Warfare Center, United States

Dynamic Effects of Workload and Stress on Fatigue in Maritime Operations (3C/1)

Michelle Grech, Human Factors Scientist, Defence Science and Technology Organisation (DSTO), Australia

Early Stage Evaluation of Shipboard Electrical Systems using SEAQUEST (2C/2)

David Woodward, Senior Naval Architect, Naval Surface Warfare Center (Carderock Division), United States

Efficient Data Structure for Unmanned Surface Vehicle (USV) Anti-Collision (Case Study: SPARTAN USV Obstacle Avoidance (OA)) (6B/2)

Zie Kone, Scientist, Naval Undersea Warfare Center, United States

EMI/EMC Integrated Approach for Combat System Design (11C/1)

Simeone Solazzi, Engineer, Selex Sistemi Integrati, Italy

Enabling Subamrines to Join the Maritime Net (2D/1)

Patrick Tyrrell, Director, Vale Atlantic Ltd., United Kingdom

Enhanced Situation Awareness From Existing Sensors (ESAFES) (4B/3)

Andrew Rook, Systems Engineer, QinetiQ, United Kingdom

E-Prognostics (3C/2)

Joel H. Timm, Future Fleet Concepts Analyst, Naval Sea Systems Command (Port Hueneme Division), United States

European Maritime Surveillance (3A/3)

Maurice de Langlois, Capability Manager, European Defense Agency, Belgium

Final Results of Bacterial and Nutrient Seed Culture Applied Research on Graywater Membrane Bioreactor (MBR) Startup (11B/3)

Rachel Jacobs, Chemical Engineer, Naval Surface Warfare Center (CD), United States

First COTS technology to be designed specifically for Open Systems Architectures: VPX (10D/1)

Colin Davies, Business Development Manager, GE Intelligent Platforms, United Kingdom

FM-CW tracking and Fusion in Multistatic sonar systems (4B/1)

David Hughes, Senior Scientist, NATO Undersea Research Centre, Italy

Force Protection: Objects (7A/3)

Dr Hans-Dieter Ehrenberg, VP Sales, thyssenkrupp Marine Systems, Germany

Full Scale and Computational Validation of Fluid-Structure Interaction in HIgh Performance Craft Design (5C/1)

Jennifer Grimsley PE, Senior Naval Architect, CDI Marine Company, United States

Fusion Performance Analysis for Maritime Surveillance (5B/2)

Stefano Coraluppi, Senior Scientist, NATO Undersea Research Center, Italy

Future At-Sea Cargo Transfer Technology (12B/1)

Gordon Parker, Professor, Michigan Technical University, United States

Future of Weapons Testing: Non Intrusive Intrumentation (11A/2)

George Shoemaker, Program Manager, Naval Undersea Warfare Center, United States

Gas Turbine Prognostics and Health Management (2C/4)

Luca Bergaglio, Ing., Avio SpA, Italy

Generalized Form Ray Tracer (GFRT) for Use Within the Measure Of Total Integrated System Survivability (MOTISS) Program (11C/4)

Paul Morrisseau, Project Manager, Alion Science and Technology, United States

Generated Agents for Training Naval Systems: GATES (5D/2)

Thierry Médina, Ingenieur Expert Entraînement, DCNS, France

Getting to Grips with Your Resources’ Capabilities Using the Match-IT Concept: The Challenge of Knowing and Finding Your Resources (10B/3)

Peter Sjöqvist, tbc, Generic Sweden AB, Sweden

Global Warfare Coordination Management (4D/3)

Natalino Dazzi, System Engineer, Orizzonte Sistemi Navali S.p.A., Italy

How Joint Architectures and Standards Enable the Global Joint Training Capability (GJTC) And Training Transformation (T2) On A Path Towards The Net Centric Environment (NCE) (7B/3)

Michael Kassel, Standards Technical Lead, U.S. Joint Forces Command / Joint Warfighting Cent, United States

Improved Coalition Interoperability Using Passive, Remote and Open Situation Awareness System (PROSAS) (4D/2)

William Ormsby, Engineer, Naval Surface Warfare Center (Dahlgren Division), United States

Information Superiority and Network Enabled Capability - the French (Navy) Touch (7B/2)

Innovative EM Shields Design for Naval Application (11C/3)

Giovanni Percivale, Engineer, IDS - Ingegneria dei Sistemi SpA, Italy

Integrated Device Marine Emergency/Dispositivo Integrato Sicurezza Marittima (DISM) (8A/2)

Silvana Borchi, Systems Engineer, Selex Sistemi Integrati, Italy

Integrated Harbour Surveillance Protection System Based on Sensor/UXV Coordination (TALOS) (8A/1)

Silvana Borchi, Systems Engineer, Selex Sistemi Integrati, Italy

Internationalisation and its Demands for Maritime Security Cooperation (7B/1)

Captain Bo Wallander, Director, Swedish National Defence College, Sweden

Interoperable Simulations for Naval Combat Systems Evaluation, Test and Training (6D/3)

Roberta Colombari, mathematician, Selex Sistemi Integrati, Italy

Intruder Localization Using an Underwater Acoustic Trip Wire (8A/3)

Thomas Folegot, Project Leader, NATO Undersea Research Centre, Italy

ISPS Implementation onboard ships and ports (4A/2)

Amit Bhatnagar, Senior Surveyor, Indian Register of Shipping, Singapore

Italian Navy and RINA Classification Society: the Results of Five Years of Common Activities in Naval Support (8C/1)

Claudio Boccalatte, Direttore Supporto Diretto, Italian Navy, Italy

Laser and Conventional Bathymetric Surveys: Methods and Results (Case Study) (12A/2)

Alessandro Nobili, Capo Ufficio Cartografia Elettronica, Italian Navy, Italy

Logistics support of Joint Operations in a Maritime Environment (10C/1)

Marine Fouling: an underestimated enemy (11B/2)

Gabriele Ferrari, projectleader, TNO, Netherlands

Maritime security aspects within the Baltic area (2A/1)

Claes Tornberg, Vice Chairman, Kockums, Sweden

Maritime Security in a Port Environment (5A/2)

David Banks, Director, Center for Asymmetric Warfare, US Navy, United States

Maritime Situation Awareness System Based on Open Source Software and Data (5A/1)

Livingston Davies, CTO, Channel Logistics LLC, United States

Modeling for Survivability – Compartment and Component Applications and Volume and Section Modulus Study (6C/3)

Sarah Juckett, Domestic Services Project Manager, Alion Science and Technology, United States

Modern Sensor Suite for Naval Vessels (12A/4)

Dr Hans-Dieter Ehrenberg, VP Sales, thyssenkrupp Marine Systems, Germany

Multilayered Naval Air Defence System: PAAMS (8B/2)

Marco Rosati, Head of Missile Systems, MBDA Italia SpA, Italy

Multi-Platform Sensor Data Fusion on a real time MWAN (5B/1)

Harry Menninga, ir, Thales, Netherlands

Multi-platform Situation Awareness (Tenue de Situation Multi Plates-Formes - TSMPF) (5B/3)

Jean-Marc Geus, tbc, DCNS, France

NATO - Protecting Harbours and Ports (6A/2)

Giulio Cobolli, Chief Department, Italian Navy, Italy

Naval Architecture and System Engineering (5C/3)

Paola Gualeni, Naval Architecture - Researcher at University, University of Genoa, Italy

Naval Combat System Diagnostic Integrated Processor (12D/3)

Michele Arcangelo Sinisi, Eng., Selex Sistemi Integrati, Italy

Naval Surface Fire Support as a Response to New Maritime Scenarios (8B/3)

Dario Sperandei, System Engineer, Orizzonte Sistemi Navali, Italy

NCW Systems Security: Defining and Deploying Security in Net-Centric Warfare Systems (4D/1)

Simon Daumezon, System Architect, DCNS, France

New Approach to Testing Precision Weapons: Soft Impact Location Capability (11A/3)

George Shoemaker, Program Manager, Naval Undersea Warfare Center, United States

New Concept for Security in the Extreme Littorals (4A/3)

Richard Börjesseon, tbc, Security Alliance Stockholm AB, Sweden

New Concepts in Mine Warfare (6B/1)

Frederic Schom, Combat System Architect, DCNS, France

New strategy for Improving Marine Diesel Engine Efficiency (2C/1)

Sivasaravanan Rathinavelu, Proprietor, Ganga Engineering Service, India

New Techniques for Designing Frequency Synthesizers Based on DDS Chips (12C/2)

Pawel Domaros MSc, Specialist, R&D Marine Technology Centre, Poland

Not Your Father's Toolbox... (11D/2)

Michael Wiseman, Electrical Engineer, US Navy, United States

Open Architectures in Modern Naval Combat Systems (7D/3)

Marzia Forcucci, System Engineer, Selex Sistemi Integrati, Italy

Open Standards Approach for System to System Integration in Net-Centric Warfare Designs (2D/2)

Gordon Hunt, Chief Engineer, Real-Time Innovations, Inc., United States

Open Systems Evolution of Complex Systems (10D/3)

Mark Thomas, Information Systems Techical Authority, Thales Underwater Systems, United Kingdom

Operational Availability and Life Cycle Cost: the OSN Vision (10C/2)

Angelo Dell'Isola, ILS & CM Manager, Orizzonte Sistemi Navali, Italy

Operational Requirements to Technical Performances: Capabilities’ Analysis and Methodology Applied in the Naval Domain (10B/2)

Johan Gouret, Expert système naval, DGA/Ministry of Defence, France

Reinforcing security of European Borders - SOBCAH (8A/4)

Michele Genisio, System Analysis Manager, Galileo Avionica, Italy

Remote Multi-Mission Vehicle (RMMV) Testing and Littoral Applications (3B/2)

Brad Hines, Director, Business Development, Lockheed Martin, United States

Rockets with Gelled Propellants for Naval Applications (11A/1)

Karl Wieland Naumann, Director Strategy and Business Development, Bayern-Chemie, Germany

Simulation Based Performance Assessment for a future Class of Patrol Ships (10B/1)

Mr Edwin van Veldhoven, Senior Scientist, TNO, Netherlands

Simulation of asymmetric threats identification using maritime VTOL drones (5D/1)

Xavier Vainguer, combat systems simulations coordinator, DCNS, France

Solid Oxide Fuel Cell (SOFC) Power Source for Unmanned Undersea Vehicles (UUVs) (3B/1)

Pamela Lisiewicz, Engineer, Naval Undersea Warfare Center, United States

Strategic Threat Analyses and Inverted Targeting (2A/2)

Peter Sjöqvist, tbc, Generic Sweden AB, Sweden

Submarine Capability Life-Extension (SCLE) (8C/3)

M. Savas Onur, Naval Programs Manager, STM, Turkey

Surveillance and Intervention in Maritime Approach (SIAM) Federative Project (5A/3)

Fabienne Majid, force systems, DGA/Ministry of Defence, France

System Component Integrated Requirements Evaluation: SCIRE (6D/1)

Francesco Perra, System Simulation Leader Engineerig, Orizzonte Sistemi Navali SpA, Italy

Systems Engineering Considerations and Evolution for Unmanned Surface Vehicles (12D/2)

Willard Sokol, Naval Architecture Branch Head, Naval Surface Warfare Center (CD), United States

Tactical UAVs and the French Navy (6B/3)

Stéphane Lamour de Caslou, tbc, French Navy, France

The First Ever Full Scale Air Supported Vessel (ASV) with Water Jet Propulsion: Design Development (2B/2)

Ulf Tudem, General Manager, Effect Ships International AS, Norway

The Future of Maritime Domain Awareness in Europe (4A/1)

Steve Guest, Regional Sales Director, Kongsberg Norcontrol IT, United Kingdom

The Submarine Component of Undersea Anti-Terror Tactics, Logistics and Engagements (SCUTTLE) (6A/1)

Diviyan Jeyasingh, Professor, Madras Christian College, India

Total Warship Survivability Assessments. (6C/1)

Terry Turner, Defence Scientist, Defence Science and Technology Organisation (DSTO), Australia

Transparent and Opaque Ballistic Protection (12B/2)

Louis Boogh, Development manager, DuPont de Nemours, Switzerland

Underwater Surveillance in the Port of Gothenburg (Case Study) (6A/3)

Robert Sigg, Senior scientist, FOI (Swedish Defence Research Agency), Sweden

Unified Networks in Shipbuilding – MEKO Multi Service Board Network (8D/3)

Dirk Schneider, ThyssenKrupp Marine Systems, Germany

Unified Service Network Concept for Increased Ship Systems Integration (8D/2)

Jacek Skowronek, Group Expert, Thales Nederland, Netherlands

Use of Comparative Performance Data in Preliminary Design and Proposal Evaluation of High Performance Craft (7C/2)

Donald Jacobson, Naval Architect, US Navy, United States

Use of Near Field SAR and ISAR measurements for the analysis of RADAR signature of ship superstructures (11C/2)

Riccardo Cioni, Engineer, IDS Ingegneria Dei Sistemi SpA, Italy

Warship Survivability Assessment from concept to service: SURVIVE and SERVIVE LITE (6C/3)

James Schofield, Director, Survivability Consulting Limited, United Kingdom

Water Blocking in Cables - Tendenyies in Realization (11B/1)

Uwe Rudorf, Head of Business Unit Marine Technologies, Leoni Kabel GmbH, Germany

WECDIS Neptun (12A/3)

Peter Dugge, WECDIS Design and Management, ATLAS Elektronik GmbH, Germany

What Systems Engineering Courses Don't Tell You (11D/1)

George Wallace, Executive Systems Engineer, BAE Systems, United Kingdom

Why Agile Naval Push-Pull XML Based, Interoperability Capabilities and Limitations Information Systems Were Developed (12C/3)

Alexei Schandl, Capabilities and Limitations, Naval Surface Warfare Center (Port Hueneme Divisio, United States

WIG (Wing In Ground/Water Effect) Over Ocean Transportation (2B/3)

Neville H. Cross, tbc, Miiltary Book Library, United Kingdom

Working Towards Vertical Acceleration Data Standards (3C/3)

Alma C. M. Jacobson, Naval Architect, Naval Surface Warfare Center, United States