MAST Asia 2015
Yokohama
Japan 13–15 May 2015
Pacifico, Yokohama, Japan
Wednesday 13 May 2015 to Friday 15 May 2015
MAST Conference Papers
indicates the paper has a downloadable file (available only if you attended MAST Asia 2015)
A Cooperative System between UUV and USV (4D/4D.3)
CHIHIRO HIRAI, technical officer, Ministry of Defense, Japan
A Model Scale Study to Reduce Underwater Electric Potential of a Surface Ship by the Counter Currents Method (8C/8C.1)
Mr Tomoyuki Horisawa, Researcher, ATLA (Acquisition, Technology & Logistics Agency), Japan
Adaptive and Autonomous Control of Multiple Unmanned Undersea Vehicles (UUVs) for Collaborative Target Searching (4D/4D.1)
Masatsugu Ogawa, Principal Researcher, NEC Corporation, Japan
Advanced CO2-based Exhaust Heat Recovery Systems for Energy-Efficient Warships (5B/5B.1)
Steve Maynard, USN (ret), GE Marine, United States
Advanced Hull Materials and Structures Technology (7E/7E.2)
Yukiya Tsuchida, Researcher, Ministry of Defense, Japan
AEGIS Ashore status (8A/8A.1)
Cameron Ingram, Tidewater Business Development Principal, Lockheed Martin, United States
Agile Combat System as a Naval Force Multiplier (7A/7A.1)
Thomas James, Technical Director, Lockheed Martin, United States
Air Supported Vessel (ASV) Technology (5B/5B.4)
Abel Kramer, Marine Consultant, Effect Ships International AS
AMDR Maritime Integrated Air and Missile Defense Capability for the 21st Century (4E/4E.3)
RADM Mike Mahon, Director, SCS Business Development, Raytheon, United States
An Australian Capability for Submarine Control Surface Performance Evaluation (5E/5E.1)
Mr Matthew Khoo, Defence Scientist, Defence Science and Technology Group, Australia
An Overview of MCM to UXO: A look at the evolution of MCM technologies toward alternative applications (3D/3D.3)
Jesse Angle, Scientist, Naval Surface Warfare Center, Panama City Division, United States
Applications for Digital Long Range Underwater Communication (10D/10D.1)
Matthias Conrad, Senior System Engineer, L-3 Communications ELAC Nautik GmbH, Germany
Asia's Emerging Maritime Security Architecture (10B/10B.2)
Anil Jai Singh, Senior Vice President, ATLAS Elektronik India, India
Best Practices for Using Autonomous Surface Vehicles (ASVs) to Protect Maritime Boundaries (2B/2B.2)
Mr Matthew DePetro, Systems Sales Engineer, Liquid Robotics, United States
Build Capability Once, Fix Once, Pay Once, Deploy Many: The Aegis Common Source Library (CSL) (8A/8A.3)
Ross Goodman, IWSS, Lockheed Martin Rotary and Mission Systems (RMS), United States
Coastal Defense with Long Range Heavyweight Torpedoes (10C/10C.1)
Thorsten Bochentin, Director Business Development Underwater Warfare, ATLAS Elektronik GmbH, Germany
Combat System Experiences – A Shipyard Neutral Approach (8A/8A.2)
Izzet Emre Cetin, Program Manager, Aselsan, Turkey
Combined Portable Underwater Detection And Detterrent System Against Armed Divers (10B/10B.1)
Franciszek Szarkowski, Chief of Underwater Weapons Division, R&D Marine Technology Centre, Poland
Composite Materials Applications for Naval Ships in Japan and Sweden (7E/7E.1)
Mr Sten Vallbo, Senior Sales Executive, SAAB Kockums, Sweden
Concept Exploration and Virtual Prototyping in the Early Submarine Design Phase (5D/5D.3)
Mattias Liefvendahl, Deputy Research Director, Swedish Defence Research Agency (FOI), Sweden
Co-ordinated Co-operative Unmanned Assets – The Future of MCM (2B/2B.3)
David John Webster Hardie, Senior Expert & Technical Manager, ATLAS Elektronik UK Ltd, United Kingdom
CSU 100 – The Next Generation Sonar Suite for Conventional Submarines (7C/7C.1)
Kevin Brinkmann, Productmanager, ATLAS Elektronik GmbH, Germany
Cutting Extinguishers and Firefighting Standard Operating Procedures onboard Naval Vessels (7D/7D.1)
Mr Anders Trewe, Naval Business Director, Cold Cut Systems, Sweden
Dynamic Heat Balance of a Submarine (7B/7B.1)
Jan Wilgenhof, Technical consultant, MecDes, Netherlands
Effect of Radiated Noise Reduction at Different Frequencies on Own-Platform Acoustic Detectability in Typical Underwater Environments (8C/8C.2)
Yong Zhang, Senior Scientist, Defence Science and Technology Organisation, Australia
Experiences in the Integration of New Capability into Existing Submarine Weapon Systems (10C/10C.2)
Richard Drake, Engineering Director, Babcock International Group, United Kingdom
Fiber Optic Gyro / Theory & Applications (2E/2E.4)
M. Yves Paturel, Senior Principal Engineer, iXblue, France
From Bespoke Signature Models to a Demonstration of Susceptibility Management: A UK perspective (8C/8C.4)
Sam West, Marketing Manager, ATLAS Elektronik UK Ltd, United Kingdom
Fundamental Study on the Mechanism of Breaking Waves: Wave Height Measurement and Numerical Simulation of Flow around Wedge Models (2C/2C.1)
Dr Jun Arai, Technical Officer, Acquisition, Technology, and Logistics Agency, Japan
Future Anti-ship Missile Defence for Surface Ships (2D/2D.3)
Steve Kerchey, Senior Business Manager, Chemring Countermeasures Ltd, United Kingdom
Gliding Characteristics of Underwater Glider Research (4D/4D.2)
Sousuke Nakamura, Researcher, Ministry of Defense, Japan
Harbor Monitoring Network System to Detect Underwater/Surface Threats in Coastal Areas (10B/10B.4)
Masahiro Yagi, Engineer, NEC Corporation, Japan
How Do We Do More with Less? (4E/4E.2)
Lizzie Greenwood, Business Development Director APAC, Inmarsat, Singapore
Hybrid Marine Propulsion Plants for Naval Vessels (5B/5B.2)
Michael Roa, Engineer, ABS Pacific, United States
Impact of Coral Reef in Amphibious Operation (8B/8B.1)
Nozomu Yoshitomi, Professor, Nihon University, Japan
Increasing Small Submerged Object Detection Performance using Airborne Lidar Systems (3E/3E.1)
Judah Westby, Sales Manager, Asia, Optech Inc, Canada
Innovative Concepts for Future Unmanned Mine Countermeasure Missions (10B/10B.3)
Nicolas Mandelert, Studies engineer, Thales Underwater Systems, France
Integrating Fire Simulation Efficiently into Actual Ship Design Process (7D/7D.2)
Roope Kotiranta, CTO, Surma Ltd, Finland
Interferometric Optical Fiber Hydrophone using Fiber Bragg Grating for Sonar Application (5C/5C.1)
Dr Tomonao Okuyama, Senior Researcher, ATLA (Acquisition, Technology & Logistics Agency), Japan
International Collaboration Potential – Japan & Partner Countries (10E/10E.1)
Simon Chelton, Director, Cheltons Consulting Ltd, United Kingdom
Introduction of Research on Stern Flap Performance (2C/2C.2)
Yoshiki Miyauchi, Defence Technical Official, Ministry of Defense, Japan
Introduction of Unmanned Underwater Vehicle (UUV) for Mine Detection (8D/8D.2)
Yoshio Furukawa, Chief, Ministry of Defense, Japan
Japanese High-tensile-strength Steel-related Technology Application to Naval Ship Hull Structure (8E/8E.1)
Osamu Muramatsu, Technical Official, Ministry of Defense, Japan
Joint Experimentations between French Air Warfare Multiplatform Capabilities (4E/4E.1)
Hervé Fargetton, Situational awareness function Architect, Ministry of Defence (DGA), France
Key Attributes of Submarine Sonar for High Performance in Asia Pacific Environment (7C/7C.2)
Mr Marc Delorme, Business Development Director, Thales, France
Lake and Sea Static Trials on a Vector Sensors-based Linear Array (5C/5C.3)
Michel LETICHE, Acoustic Arrays Product Manager, Thales Underwater Systems SAS, France
Landing Craft Capability Advances and Implications for the Force Mix (4B/4B.1)
Toby Middleton, Head of Business Development - Amphibious Platform, BMT DSL, United Kingdom
Lightweight Torpedo Developments (8E/8E.4)
Trevor Kelly-Bissonnette, Naval Undersea Warfare Center, United States
Littoral Challenges for Naval Operations (8B/8B.3)
Kalev Sepp, US Naval Postgraduate School, United States
Long-range naval communications: update on X-band and UHF capabilities and coverage over Asia (2E/2E.3)
Abel Kramer, Marine Consultant, Effect Ships International AS
Maritime Electro-Optical Surveillance and Verification (2D/2D.2)
Alois Gnadl, Head of Sales SE Asia, Diehl Defence Holding GmbH, Germany
Mission System Flight Testing on the P-1 Maritime Patrol Aircraft (3E/3E.2)
Junichi Hayashi, technical offical, Ministry of Defense, Japan
Modular Lightweight Minesweeping using USVs (3D/3D.1)
Rune Fardal, Senior Scientist, Norwegian Defence Research Establishment, Norway
Modularity and Flexibility for Future Warships (4B/4B.3)
Glen Sears, International Strategy Developmet, Lockheed Martin, United States
Movers of Rocket – Hydraulic Type for Motion of High Speed Vehicles in Water – Research and Calculation (5E/5E.2)
Dr Vladimir Serebryakov, Senior Scientific Collaborator, Institute of Hydromechanics, National Academy of Sciences, Ukraine
Navigating Maritime Disputes in the South China Sea: A Malaysian Perspective (9A/9A.1)
Colonel (ret'd) Ramli H Nik, Maritime Research Fellow, National Defense University, Malaysia
NDS SCOUT – Surface Mapping Mode - Sea Trial Results for Safe Submarine Surfacing (10D/10D.2)
Matthias Conrad, Senior System Engineer, L-3 Communications ELAC Nautik GmbH, Germany
Need for Speed for Naval Vessels, More Actual than Ever (5B/5B.3)
Mr Christoph Fenske, Director Application Center Naval, MTU Friedrichshafen GmbH, Germany
New Concept Propeller - Contra-Rotating Rim Driven Propeller (8E/8E.2)
Kenshiro TAKAHASHI, Researcher, Ministry of Defense, Japan
New Developments in Autonomous Surface Vehicles (3D/3D.2)
Dr Vittorio Ricci, Director of Science and Technology, Naval Undersea Warfare Center Newport Division, United States
New Results on High Precision Speed and Distance Measurement (Doppler Log DL3000) (5A/5A.3)
Matthias Conrad, Senior System Engineer, L-3 Communications ELAC Nautik GmbH, Germany
New Technologies in Mast Hoisting Devices for Modern Submarines (5A/5A.4)
Domenico Filardi, Europe Area Manager/Business Development, Calzoni, Italy
Next Generation Stirling AIP System (7B/7B.2)
Roger Berg, Head of Technology Management, Saab Kockums, Sweden
Object Recognition System without Machine Learning Schemes (3C/3C.3)
Yuma Matsuda, researcher, NEC Corporation, Japan
Ocean Sound Classification Using DCTCs of Log Power Spectrum for Underwater Surveillance (4C/4C.3)
Akihiko Ikeya, Engineer, NEC Corporation, Japan
Open Architecture - Integrating and Customizing OpenSonarSuite (7C/7C.3)
Matthias Conrad, Senior System Engineer, L-3 Communications ELAC Nautik GmbH, Germany
Operable Stealth and Survivability for FFGs: the Ship Signature and Vulnerability Enhancements of the Blohm+Voss MEKO® A-200 Frigate (4B/4B.4)
Rear Admiral (ret) Jonathan Kamerman, Senior Vice-President Surface, thyssenkrupp Marine Systems, Germany
Optimising Submarine Electric Architecture For Internal / External Actuation (5D/5D.2)
Sam West, Marketing Manager, ATLAS Elektronik UK Ltd, United Kingdom
Optronics Masts: Introduction, Support and Future Developments (10A/10A.1)
David Cookman, Design Authorit Product Line Land & Naval, Thales UK, United Kingdom
Passive Localization by Wave Front Reversal Part I: Theory (4C/4C.1)
Shinya Hirata, Engineer, Oki Electric Industry Co.,Ltd, Japan
Passive Localization by Wave Front Reversal Part II: Experimental Results (4C/4C.2)
Keiichi Ohkawa, Senior resarch scientist, Ministry of Defense, Japan
Point Paper SWE Marines (8B/8B.2)
Peder Ohlsson, CO, 1st Marine Regiment, Sweden
Potential Impact of Nanotechnology on Naval Engineering – a Personal View (2E/2E.1)
David John Webster Hardie, Senior Expert & Technical Manager, ATLAS Elektronik UK Ltd, United Kingdom
PZN-PT single crystal high performance Actuators (7E/7E.3)
Dian Hua Lin, Director, Microfine Materials Technologies Pte Ltd, Singapore
Recent Advances in PZN-PT Single Crystal Growth and Device Development (5C/5C.2)
Dian Hua Lin, Director, Microfine Materials Technologies Pte Ltd, Singapore
Recursive Bayesian Synthetic Aperture Geoacoustic Inversion (3C/3C.1)
Bien Aik Tan, Senior Member of Technical Staff, DSO National Laboratories, Singapore
Rescue Systems for Modern Submarines (HABETaS) (10D/10D.3)
Nico Baginski, Conceptual Design Submarines, ThyssenKrupp Marine Systems GmbH, Germany
Research in Acoustic Underwater Sensor Systems of Platforms (5C/5C.4)
Erik Gudmundson, Scientist, Swedish Defence Research Agency (FOI), Sweden
Revolutionary Multi-Role Weapon (IDAS) (10C/10C.3)
Alois Gnadl, Head of Sales SE Asia, Diehl Defence Holding GmbH, Germany
Scalable Modular Sonar Arrays for Naval Platforms (7C/7C.4)
David John Webster Hardie, Senior Expert & Technical Manager, ATLAS Elektronik UK Ltd, United Kingdom
SeaFox Mine Disposal System, Neither Type of Mine nor Host Matters! (8D/8D.3)
Malte Sackmann, Sales Manager Naval MCM, ATLAS Elektronik GmbH, Germany
Senior level participants from Japan, Australia, Netherlands, UK, Sweden, and USA (2A/2A.1)
Bertil Bjorkman, Rear Admiral (Ret.), Anchor Consulting, Sweden
Senior-level participants from Japan, Australia, UK, Netherlands, Sweden, and USA (3A/3A.1)
Bertil Bjorkman, Rear Admiral (Ret.), Anchor Consulting, Sweden
Signal Processing for Underwater Intrusion Detection based on Passive Sonar (3C/3C.2)
Yohei Kawaguchi, Researcher, Hitachi, Ltd., Japan
Simple Expressions for Ship Maneuverability by a Simple Zigzag Steering using Rectangular Function (2C/2C.3)
Keisuke Suzuki, Government employee, Ministry of Defense, Japan
Situational Awareness Using Tactical Data Link 22 and the Roadmap to Multilink Operation (7A/7A.3)
Alexander von Kölln, Project leader NILE / Link 22, BAAINBw, Germany
SMART-L Early Warning Capability - a Sea-Based IAMD Force Multiplier (3B/3B.3)
Marco Strijker, Product Manager, Thales Netherlands, Netherlands
Solid-State Ku-band Surveillance Radar System (Technical and Operational Aspects) (2E/2E.2)
Koichi Nishimura, Manager Overseas Project, Tokyo Keiki, Japan
Submarine Combat System Design and Planning Concurrent with the Platform (5A/5A.1)
Michael Oliver, Director, Business Development, Lockheed Martin, United States
Submarine Combat Systems: Challenges and Opportunities (5A/5A.2)
Kevin Gaylor, Research Leader Undersea Platform Systems, Defence Science and Technology Organisation, Australia
Submarine Design: Servant or Master? (10D/10D.4)
Howard Mathers, Technical Director, Babcock Marine, United Kingdom
Submarine Stealth Technology (8C/8C.3)
Leo de Yong, Research Leader, Defence Science and Technology Organisation, Australia
Summary of Future Submarine Sessions 2A and 3A (2A/2A.2)
Bertil Bjorkman, Sweden
Surface Ship Torpedo Defense – Evolving Detection Systems for Hardkill Torpedo Defense (2D/2D.1)
Thorsten Bochentin, Director Business Development Underwater Warfare, ATLAS Elektronik GmbH, Germany
Swedish AIP Submarine Development (7B/7B.3)
Roger Berg, Head of Technology Management, Saab Kockums, Sweden
Swedish Submarine Development:The Past, Present and Future (5D/5D.1)
Fredrik Hellstrom, Project Manager Project A26, Swedish Defence Materiel Administration (FMV), Sweden
Systems Optimization of Naval Gun Systems using Modeling & Simulation (7A/7A.2)
Silla Forsman, BAE Systems, Sweden
Technical Collaboration between Italian NAVY and Orizzonte Sistemi Navali to Develop a Framework Supporting the Early Stage Ship Design (4B/4B.2)
Francesco Perra, System Simulation Leader Engineerig, Orizzonte Sistemi Navali SpA, Italy
Terahertz Imaging Nondestructive Maintenance Inspections (5D/5D.4)
Patric Lockhart, Lead Engineer, US Navy, United States
Threat Evaluation with Satellite AIS (3E/3E.3)
Captain Jatinder Bains, CEO, Channel Logistics LLC, United States
Title: TBC (11A/11A.1)
Kazeki, Ministry of Trade, Economy, and Industry, Japan
Title: TBC (11A/11A.2)
Kitagawa, Ministry of Foreign Affairs, Japan
Title: TBC (11A/11A.3)
Toru Hotchi, Ministry of Defense, Japan
Title: TBC (1A/1A.1)
Tomohisa Takei, Chief of Staff, Japan Maritime Self Defense Force, Japan
Title: TBC (6A/6A.1)
Hideaki Watanabe, Director General, Technology Research and Development Institute, Japan
Title: TBC (6A/6A.2)
Patricia Gruber, Technical Director, Office of Naval Research Global, United Kingdom
Title: TBC (6A/6A.3)
Alex Zelinsky, Chief Defence Scientist, Department of Defense, Australia
Title: TBC (9A/9A.3)
Rear Admiral (ret) Nils Wang, Director, Naval Team Denmark, Denmark
Tracking Small, Highly Manoeuverable Targets (3B/3B.1)
Mrs Aline Campillo, Expert Tenue de Situation, Ministry of Defence (DGA), France
Transition towards Integrated Unmanned MCM Capability (8D/8D.1)
Mr Morten Nakjem, Research Manager MCM, Norwegian Defence Research Establishment (FFI), Norway
Underwater Wireless Charging System for UUV (8E/8E.3)
Shuhei Yoshida, Assistant Manager, NEC Corporation, Japan
Unmanned Minecountermeasures System Concepts (4D/4D.4)
Marc Pinto, Program Director, ECA Robotics, France
Unsteady Flow about a Generic Submarine – A Modelling Capability (5E/5E.3)
Christer Fureby, Research Director, Swedish Defence Research Agency (FOI), Sweden
Using an Autonomous Surface Vehicle in Support of Coastal Surveillance and Security (2B/2B.1)
Mr Vincent Dobbin, Sales and Marketing Director, ASV Ltd, United Kingdom
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Agenda
These are the significant agenda-items for this event:
