udt 2012 conference programme 16 05 12

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Day 1 - Tuesday 29 May CONFERENCE PROGRAMMECONFERENCE PROGRAMME Day 1 - Tuesday 29 May

Anti-Submarine Warfare

Anti-Submarine WarfareSubmarine Warfare Submarine WarfareMaritime Security Maritime SecurityMine Warfare and

MinecountermeasuresMine Warfare and

Minecountermeasures

1000 – 1200 Keynote Address - Admiral Jaime Muñoz Delgado

1200 – 1345 Lunch

1345 – 1500 Sensors in Maritime Security 1Chairman: James H. Miller, NATO Undersea Research Centre, Italy

1345 – 1500 Transitioning from Traditional MCM Assets to the NewRemote and Autonomous SystemsChairman: John Wickenden, Atlas Elektronik UK Ltd, United Kingdom

Dr Samantha Davidson, Ultra Electronics PMES, United KingdomMulti-influence Sensors for Harbour Defence and Other Detection Applications

Current applications of sensor technology which demonstrate the capability of multi-influence sensors

The application of these devices to other detection systems require high sensitivity measurements

Dr Alan Hunter, TNO, The NetherlandsRecent Developments in SOBEK Passive Sonar Technology

Development of SOBEK – a family of passive sonar technologies for waterside surveillance

New results from a 2011 sea trial in the Netherlands

Chris Brook, Atlas Elektronik UK Ltd, United KingdomFORCIS – Introducing a New Wide Area Fibre-Optic Underwater Surveillance Product

How to fill the medium to long range gap in maritime asset protection using a new innovative product, FORCIS

Jennifer Mollett, BAE Systems, United KingdomTaking the Man out of the Minefield – A Doctrinal Perspective

The challenges of replacing the current ship-based solution with one comprising of unmanned systems operating at a standoff from the host platform

BAE Systems’ early study work into the challenges associated with supporting command structures and doctrine for future MCM

How future changes may have an impact on the introduction of new and emerging technologies

Captain David Pollock, Deterrent and Underwater Capability, RN, United KingdomUK’s Mine Countermeasures Hydrographic and Patrol Future

Within the next 50 years: A doctrine where large numbers of relatively small (unmanned) sensors and effectors work collaboratively to control movement and assure access from the sea

Loïc Tacher, DCNS, FranceMCM and Multi-Unmanned Vehicles: An Overall Approach, Key Factors to Ensure Operational Effectiveness, Interoperability and Risks Mitigation

An overall approach in building a new MCM capability based on multi-unmanned vehicles

Future MCM systems will make extensive “stand-off” use of unmanned vehicles

A global approach is required

1500 -1545 Afternoon Break

1545 -1700 C2 in Maritime Security 1Chairman: Paul Rosbolt, Raytheon Company, United States

1545 -1700 Minesweeping and Mine DisposalChairman: Dr Jan Dobkowski, R&D Marine Technology Centre, Poland

Josef Traxl, WTD 71, GermanyDecision Making in Asymmetric Warfare Scenarios

Creating a new type of Human Machine Interface in order to provide the highest quality of information to aid decision making in asymmetric warfare

Colin Manson, Manson Ocean Consultancy, United KingdomArctic Naval Security

Opening up of Artic trade routes could result in an increase in piracy and smuggling

Will there be reassurance from Naval forces similar to those currently deployed in the Indian Ocean?

Iain Shepherd, MARCOM Defence, United KingdomSmall Craft: the Real Threat to Border Security

How to use smart tagging and other techniques to understand the unregulated use of small craft across borders in order to stop piracy

Ana Pulido Reyes, Navantia, SpainOverview of the evolution of the Navantia Integrated Mine Countermeasure System

NAVANTIA’s experience in designing and developing an integrated MCM system

The development of two operational prototypes for complementing mine hunting techniques

In areas where either the environmental conditions or mines characteristics require keeping the crew out of the danger zone in order to reduce risks

Kari Huoman, Saab Systems Oy, Finland & Jukka Venermo, Saab Systems Oy, FinlandGeneration and Control of Accurate Electromagnetic Signatures in TSM

Theoretical considerations and a practical software example of how to optimise the sweep configuration for electric and magnetic signatures

Fulfilling the sweep mission and target parameter requirements when using available sweep gear tool boxes

Richard Morgan, DSG Technology, NorwayNew MCM Possibilities Enabled by Supercavitating Ammunition

Supercavitating ammunition enables the destruction of mines with gun fire from surface vessels

Supercavitating bullets can be fired from submerged platforms Supercavitating ammunition is now a real and viable solution for MCM

1700 Day One Close

Head of Naval Logistics Command, Spanish Navy

1200 – 1345 Lunch

1345 – 1500 Modelling 1Dr William Keith, Naval Undersea Warfare Centre, United States

1345 – 1500 Platform Design 1Michel Accary, DCNS, France

Ton van Koersel, TNO, The NetherlandsSAKAMATA: Managing the Risk of Sonar Sound on Marine Mammals

Review of recent developments in SAKAMATA; A risk assessment and mitigation tool

It supports the user in planning and carrying out active sonar operations in an environmentally responsible way

A new version has been developed, which makes it possible to quantify the number of marine mammals affected, taking into account physical injury etc

Dr Peter Beerens, TNO, The NetherlandsM-SPOT: a Performance Optimisation Tool for LFAS

Development of M-SPOT as a PC-based stand-alone performance optimisation tool for LFAS

Lieutenant Commander David Finch, Underwater Battle Space, Canadian Forces Maritime Warfare Centre, CanadaDynamic Decision Making More Dynamic than Thought: Undersea Domain Awareness Decision Cycle, a Case Study

Benefits of using composite materials to make a submarine more silent

Holger Isbrecht, Howaldtswerke-Deutsche Werft, GermanyTactical AIP Submarine for Coastal Operations

Requirements and solutions for submarines in confined and shallow waters

The concept objective is for it to remain deeply submerged without snorting

Chris Coulson, Deep Blue Tech, AustraliaEliciting the Requirements for Australia’s Future Submarine Interactive approach using a 3 dimensional matrix The methodology produces a detailed set of Missions linked to a

consistent set of functional performance requirements to aid physical design

Albert J Jurgens, Nevesbu b.v., The NetherlandsPlatform Engineering Challenges of the Walrus Class Submarine Life Extension Program

Procedure and technical challenges of a life extension programme of the Walrus class submarine

What are the consequences for the platform? Will the stability and trim envelope be affected by the modification?

1500 -1545 Afternoon Break

1545 -1700 SonobuoysChairman: Geoff Williams, DSTL, United Kingdom

1545 -1700 Platform Design 2Chairman: Remigio Diez Lorenzo, Navantia, Spain

Stefan Schenk, Atlas Elektronik GmbH, GermanySurface Ship Sonar Enhancement With Sonobuoy Processing

The enhancement of ASW sensor system onboard of combatants with sonobuoy processing as a low cost, high efficient amendment of the ASW sensor system

Operational and platform aspects of using sonobuoys from surface platforms

Sonobuoy processing is an easy system for re-fit on existing ships, which gives a good tactical picture about the subsurface threats, even in noisy and acoustically difficult waters

Pierre Blanc-Benon, Thales Underwater Systems SA, FranceCAS-TMA Applied for Sonobuoys in MPA Context

A non-instantaneous localisation method called CAS-TMA Presentation of Monte Carlo simulations regarding localisation

accuracy for several scenarios

Li Bing, Institute of Acoustics, China1A New Intelligent Subsurface Buoy Design for Measuring Ocean Ambient Noise

A type of ultra-low power consumption subsurface buoy system, designed to measure and record ocean ambient noise data

The system main architecture and the Sea trial test results are provided

Nicolas Piganeau, DCNS, FranceThe Near Future of Submarine Living Spaces

A high level of comfort for the submariner vs optimising space for equipment

Using virtual reality to link living space designers and naval architects

Thomas Hofmann, Howaldtswerke-Deutsche Werft, GermanyNew Perspectives of Living in a Submarine

How to adjust and redefine flexibility and the use of space The use of visionary ideas to influence reality and existing designs and

new projects

Cecile Siboni, DCNS, FranceBenefits and Advantages of Green Submarines

Submarine lifecycle assessment from cradle to grave Quantifying environmental impact Eco design resulted in increased efficiency in range/autonomy, stealth

and maintenance

Simon Binns, BMT Defence Services, United KingdomA Vision for an MXV and UXV Enabled Future Host Submarine (SSH)

Underwater parent platforms and off-board vehicle options to meet future capability requirements

Implications for current and future submarine design Future roles for MXV’s and UXV’s

1700 Day One Close

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Minecountermeasures

Day 2 - Wednesday 30 May CONFERENCE PROGRAMMECONFERENCE PROGRAMME Day 2 - Wednesday 30 May

0900 – 1015 Plenary: Undersea Challenges in the Next 20 Years

1015 – 1100 Morning Break

1100 – 1215 Network Centric Warfare and CommunicationsChairman: Dr. Jörg Hurka, Atlas Elektronik GmbH, Germany

1100 – 1215 Remote and Autonomous MCM Operations 1Chairman: John Wickenden, Atlas Elektronik UK Ltd, United Kingdom

Bernd Spruck, Carl Zeiss AG, GermanyEnhancing the Capabilities of Submarine Surveillance Through Detection of Position and Orientation of Terminals for Optical Underwater Communication

Protection against tapping and communication under radio silence Laser communication will improve present data transmissions

Roland Tsuyoshi Wallner, Hagenuk Marinekommunikation, GermanyModern Communication Technologies for Submarines

An overview of the implementation of the latest information exchange processes applying new wireless data communication technologies

Sabrina Schreiber, L-3 ELAC Nautik, GermanyNew Concepts in Underwater Communication

New concepts to expand the capabilities of the UT 3000 and underwater communication modems

Professor Lech Rowinski, Gdansk University. of Technology, PolandThe Newly Developed Multi-Purpose ROV

The features of a modular mine hunting ROV concept and its advantages

Marcello Zannini, Calzoni, ItalyU-RANGER® – An Unmanned Surface Vehicle for Helping Mine Warfare Operations

U-RANGER® potential use and contribution as a “moving arm”

Dr Oeyvind Hegrenaes, Kongsberg Maritime Subsea, NorwayMulti-Role AUVs: MCM, Maritime Security, and Hydrography

State of the art AUV operations focusing on the multi-purpose aspects

1215 – 1345 Lunch

1345 – 1500 Sonar 1 – Passive SonarChairman: Dr Jörg Hurka, Atlas Elektronik GmbH, Germany

1345 – 1500 Remote and Autonomous MCM Operations 2Chairman: Professor Lech Rowinski, Gdansk University ofTechnology, Poland

Dr Thorsten Bogner, Atlas Elektronik GmbH, GermanyModel Based Adaptive Beamforming for Jammer Suppression

Reducing computational costs by focusing on a model based approach

Adrian Brown, Dstl, United KingdomAn Algorithmic Approach to Audio-Visual Detection

An alternative approach which alternates the analysis of audio data streams and combines it with track detection algorithms

Dr Jia Liu, Chinese Academy of Sciences, ChinaUnderwater Small Target Detection Based on Blind Source Separation

Improving the performance of passive detection Using blind source separation

Björn Borring, Saab Seaeye Ltd, SwedenMCM operations from ASV’s

How MCM operations could be performed from ASV’s

Daniel Pettitt, Babcock, United KingdomMine Countermeasure – The UUV/ROV Submarine Module

The use of UUV and ROV launch and recovery systems

Speaker to be Confirmed

1500 – 1545 Afternoon Break

1545 – 1700 Sonar 2 – Sensors and ArraysChairman: Dr William Keith, Naval Undersea Warfare Centre, Italy

1545 – 1700 Command, Control and CommunicationsChairman: Captain Kunio Fujisawa, NEC Corporation, Japan

Dr Florian Schulz, Atlas Elektronik GmbH, GermanyTowed Array Shape Estimation

The development of a method for estimating the TA shape Evaluating information provided by passive environmental sensors

Martin Meister, L-3 ELAC Nautik, GermanyNDS SCOUT – Surface Mapping Mode – Sea Trial Results for Safe Submarine Surfacing

Recent test results of the Surface Mapping functionality and its application for daily use on-board submarines


Dr Jean-Philippe Brunet, Thales Underwater Systems, FranceTheatre-Wide Automatic Mission Scheduling for a Mine Countermeasure Force

How to alleviate the burden on operators

Paul Esparon, BAE Systems, United KingdomInvestigating the Legal Barriers to Operating Over-the-Horizon Unmanned Assets for Mine Countermeasure Missions (MCM)

Current and future technologies must adapted to comply with regulations

David Nicholls, Ranicar & Nicholls Consulting, AustraliaAdvancements in Diver Communications

A system to monitor and communicate vital signs of divers in real time

Anna Kibler, BAE Systems, United KingdomModelling Transition from Legacy to Future MCM Capability

Emerging technologies: removing personnel from the mined environment

1700 Day Two Close


1100 – 1215 EM and SignaturesChariman: Nick Hardwick, Thales, United Kingdom

1100 – 1215 Platform Design 3Chairman: Peter Hauschildt, Howaldtswerke-Deutsche Werft, Germany

Bruno Lucas, French MOD / DGA, FranceUnderwater Electromagnetic Measuring and digital recording of the four main underwater signatures:

Magnetic, Electric, Acoustic and PressureProfessor Osvaldo Faggioni, ComSiPort, Italy &Dr Davide Andrea Leoncini & Dr Maurizio Soldani OGS, ItalyA New EMAG Metrological Approach for Submarine Detection: Fundamentals of the Numerical Protocols and Preliminary Field Performance Results obtained from the study of geomagnetic fieldsIgnacio Gutierrez Suanzes, SAES, SpainInteraction of Sensors and Platforms for Anti Submarine Warfare A safe and economic way of confirming underwater threats without the

expensive use of aircraftsHans Hasenpflug, CSSM, Germany & Stefan Schal, CSSMComparison of Underwater Ship Noise Measured at Different Ranges: RIMPASSE Quick-Look Differences of ship acoustic signatures at different ranges

A. Avelino Martínez Cimadevila, Navantia, SpainPressure Hull Response Under an Axial Excitation

Analysis of the influence of external pressure on the vibration characteristics, dynamic response under an axial excitation

Jack Reijmers, Nevesbu b.v., The Netherlands & German Romero Valiente, Navantia, Spain & Javier García Peláez, Navantia, SpainBottoming of a Submarine

Challenges of placing a submarine on the seabed

Dr Randolf Teppner, Howaldtswerke-Deutsche Werft, GermanySubmarine Propeller Made of Composite Materials

A well-designed propeller reduces acoustic signatures Benefits of using composite materials

1215 – 1345 Lunch

1345 – 1500 InstrumentsChairman: Commander Ian Wylie, UK MOD, United Kingdom

1345 – 1500 Platform Components 1Chairman: Holger Isbrecht, Howaldtswerke-Deutsche Werft, Germany

Dr Alain Maguer, NATO Undersea Research Centre, ItalyNURC Echo Repeater for Surface Ships and Autonomous Underwater Vehicles

A system that is fully tested and operated at sea: 2010-2011

Arto Laine, Patria, FinlandExperience Using UUV Target for ASW Training

A submarine emulator for passive acoustic surveillance

Tim Stiven, Ocean Power Technologies, United KingdomWave Power for Persistent, In-Ocean Maritime Defence and Security Networks

Key developments in the LEAP programme The concepts of operations that could be enabled by this technology

Dr Francisco Periago, University Politécnica de Cartagena, Spain & Javier García Peláez, Navantia, Spain & Roberto Font, University Politécnica de Cartagena, SpainSix-Degrees of Freedom Non-Linear Autopilot Including Optimal Control of Blowing and Venting Ballast Tanks Collaborating with Propeller and Rudders

Benefits of a control system to perform specific manoeuvres

Arndt von Drathen, MTU Friedrichshafen GmbH, GermanyBattery Charging Technologies for Modern Submarine Requirements

Available design technology to meet requirements of a modern submarine

Jan Wilgenhof, Nevesbu, The Netherlands & J.J. Conesa Gimenez, Navantia, SpainPerformance Validation of a Submarine Ballasting and Deballasting System

Construction stage of S-80 submarine, the test programme


1545 – 1700 Torpedoes and CountermeasuresChairman: Dr Peter Beerens, TNO Defence, Security & Safety,The Netherlands

1545 – 1700 Platform Components 2Chairman: Jeff Owen, Babcock, United Kingdom

Thorsten Bochentin, Atlas Elektronik GmbH, GermanyAnti-Torpedo-Torpedo Based Surface-Ship-Torpedo-Defense-System – Development Progress Update of the SeaSpider Anti-Torpedo-Torpedo

ATT SSTD’s: attacking torpedoes with CCM algorithms and Wake Homers

Richard Morgan, DSG Technology, Norway & Mark Thibodeau, General Dynamics, CanadaSupercavitating Ammunition – The New ASW TCM

Supercavitating Ammunition provides ships with defence against torpedoes


Bert Johansson, Saab Seaeye Ltd, SwedenElectrical Propulsion Systems

Saab Seaeye UUV technology platform has been used to provide state of the art propulsion system for manned underwater vehicles

Markus Schwarz, DSB, Survitec Group, GermanySubmarine Escape and Rescue Systems

Safety and survival solutions, training equipment for submarine personnel

Commander Alexandre de Assis Motta, Cranfield University, Defence Academy, United KingdomDesign for Shock – How Well are we Doing?

New methods for shock mitigation must be developed to face new threats imposed by modern weapons and by underwater UIEDs

1700 Day Two Close

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Minecountermeasures

Day 3 - Thursday 31 May CONFERENCE PROGRAMMECONFERENCE PROGRAMME Day 3 - Thursday 31 May

0900 – 1015 Plenary: Maritime Security


1045 -1200 Unmanned Vehicles in Maritime SecurityChairman: Paul Rosbolt, Raytheon Company, United Kingdom

1045 -1200 Sensors and Physical FieldsChairman: Dr Peter Beerens, TNO Safety, Defence, Security & Safety, The Netherlands

Oren Gal, CTO, IsraelR&D Gaps for Maritime Security Using Unmanned Marine Vehicles

What are the R&D and technological development requirements in the near and the far future for USV’s and UUV’s?

Dr Rand LeBouvier, Bluefin Robotics Corporation, United StatesSharing the Wealth: Towards an Ocean Sensing Network

A practical and cost-effective approach to creating a pay-for-access information network data

Vincent Dobbin, ASV Ltd, United KingdomUnmanned Surface Vehicles (USV) for Delivery of Off-Board Sensors

The recovery of data within the theatre of operation Cost effective delivery vehicles for offboard sensors

Dr Robbert van Vossen, TNO, The NetherlandsLow-Frequency Synthetic Aperture Sonar System for the Detection of Objects Buried in Mud

New SAS system is capable of detecting objects not detected by REMUS

Steve Hills, Atlas Elektronik UK, United KingdomHigh Fidelity Simulator for Standardised Testing of Acoustic Communications (AComms) Modems and Development of AComms Systems for Military Applications

Evaluating the performance of underwater AComms systems

Mathieu Colin, TNO, The NetherlandsAPPROXA: The New User Interface for the Sonar Performance Model “Almost”

The development of a new user interface – A look at sonar performance modelling

1200-1300 Lunch

1300 – 1415 C2 in Maritime Security 2Chairman: Paul Rosbolt, Raytheon Company, United Kingdom

1300 – 1415 Operations, Training and Lifetime Support 1Chairman: Manfred Klein, Howaldtswerke-Deutsche Werft, Germany

Vincent Dobbin, ASV Ltd, United KingdomMobile Buoy for Surveillance and Littoral Security

A proposal for the development of an unmanned, mobile, stationkeeping, multi-mission buoy configured for a number of missions

Roger Brackin, Envitia Ltd, United KingdomAdvanced Maritime SDIs and Portals for Maritime Security

The increased ability to deliver complex geospatial capabilities via the internet

Dr Antonio Sanchez Garcia, SAES, SpainSIDIS. A Global Marine Environment Surveillance and Protection System

SIDIS is composed of units that can operate stand-alone or as part of an integrated surveillance system

Captain James Patton, Submarine Tactics &Technology, United StatesThe “Value Added” from Buoyant Wire Antennas (BWAs)

BWAs – an essential component for any submarine, if that submarine is going to be effective across a broad spectrum of scenarios

Dirk Zabler, szenaris GmbH, GermanyViSTIS – Virtual Ship Training and Information System

The virtual submarine: ViSTIS®, a training system that integrates diverse simulations and incorporates complex processes and procedures

Commodore Anil Jai Singh, SKIL AdvancedSystem, IndiaSubmarine Ops – Indian Ocean

Implications for the Indian Navy and the relevance of submarines in the emerging maritime security scenario in the region


1445 – 1600 Sensors in Maritime Security 2Chairman: Paul Rosbolt, Raytheon Company, United Kingdom

1445 – 1600 Integrating Remote MCM AssetsChairman: Dr Jan Dobkowski, R&D Marine Technology Centre, Poland

Uwe Trautwein, MEDAV GmbH, GermanyNew Sensors for the Surveillance Platform Submarine

Examination of results from completed sea trials of a new sensor

Dr Arne Løvik, Kongsberg Defense Systems, NorwayIntegrated Underwater Surveillance System

A new development of both active sonar systems for longer range and passive systems for large area detection

Dr Alan Hunter, TNO, The NetherlandsPassive Sonar Area Clearance System Developed in Cooperation with Dutch Custom Divers

Using a passive sonar system to detect contraband

Jennifer Mollett, BAE Systems, United KingdomIntegrating Complex Systems from Multiple Domains in Support of MCM Operations

BAE: Identifying and defining the future Mission System requirements

David Berry, Atlas Elektronik, United KingdomMCM Mission Module – System Of Unmanned Systems

What are the benefits of using portable unmanned mission systems to support mine countermeasures?

Per Espen Hagen, Kongsberg Maritime, NorwayA Complete, Portable, Modular MCM System with High Area Coverage Rate

Operational results and concepts of deployment and operations

1600 End of Conference


1045 -1200 Signal ProcessingChairman: Nick Hardwick, Thales, United Kingdom

1045 -1200 Combat Systems Title 1Chairman: Jan Gogstad Thorsen, Kongsberg Defence & Aerospace AS, Norway

Benjamin Hung, EWSIM Corporation, CanadaSonar Processing on GPU

Results of performance improvements of different computational intensive sonar algorithms

Dr Yu Huabing, Institute of Acoustics, ChinaResearch on Evaluation of Target Parameters Using Underwater Acoustic Interference Pattern in Shallow Water

How to evaluate target parameters when there is no reflection except that of the sea surface

Manuel Rodríguez, Indra, SpainAdvanced Sensors for Next Operations

New technologies in support of new missions Sensors in support of submarine operations

John Pierson, Lockheed Martin, United States Navy & David Morel, Undersea Weapons Program Office (PMS404), United StatesSubmarine Launched Torpedo, Combat System, Platform Integration for SSK Backfits

Analysis: submarine launched torpedoes into diesel electric submarines

Laurent Pelissero, DCNS, FranceOptimisation of SSK Combat System Using Technico-Operational Simulations

Combat System architecture makes it possible to optimise the combat system according to customer needs

Vicente Santamaría, Navantia, SpainObsolescence Management Strategies for the Sustainment of a Modern Combat System

Combat systems: open architecture and COTs to minimise costs

1200-1300 Lunch

1300 – 1415 Modelling 2Chairman: Dr Geoff Williams, DSTL, United Kingdom

1300 – 1415 Combat Systems Title 2Chairman: Jan Gogstad Thorsen, Kongsberg Defence & Aerospace AS, Norway

Jonathan Carter, Atlas Elektronik, United KingdomUse of Military Sonar to Understand Ambient Noise

Data captured to advance the understanding of underwater ambient noise and help improve predictive capabilities

Dr Xavier Cristol, Thales Underwater Systems, FranceLarge-Scale Mapping of Seabed Acoustic Properties

European projects RUMBLE (EUCLID) and RUMBLE 2

Adrian Brown, Dstl, United KingdomA Medium Frequency Ambient Noise Model

A new modelling approach that provides a routine for incorporation within a conventional sonar range prediction model

Colin Utting, BAE Systems Maritime Submarine, United KingdomCurrent and Future Evolution of Combat Systems for UK Submarine Flotilla

The reduction of both procurement and through life costs of the combat system in order to achieve the UK’s affordability targets

Gordon Hunt, RTI, United StatesEnabling Rapid Technology Insertion in Submarine Combat Systems

Focusing on Interoperable Open Architecture

Julien Clavard, Thales Underwater Systems SA, FranceBearings-Only Target Motion Analysis of a Manoeuvring Target by a Non-Manoeuvring Observer

BO-TMA and BO-CTTMA enable a submarine, targeted by a manoeuvring opponent, to localise it passively


1445 – 1600 Operations, Training and Lifetime Support 2Chairman: Javier Romero Yacobi, Navantia, Spain

1445 – 1600 Weapons and PayloadChairman: Michel Accary, DCNS, France

David Snodgrass, Naval Undersea Warfare Center, United StatesShip Construction Lifetime Cost Savings Initiative

Design quality and refurbishment capability can be leveraged to reduce construction cost of new submarines

Peter Morris, Babcock Marine & Technology, United KingdomA Joint Government and Industry Approach to Submarine Support Management: Maximising Availability with Reducing Budgets!

Impact of technological developments on in-service support of Navies high value assets

Derek Robinson, Babcock, United KingdomDevelopments in the Application of Condition Based Maintenance for High Integrity Submarine Systems

Potential impact on in-service support of the Navies high value assets

Daniel Pettitt, Babcock, United KingdomAn Innovative, All-Electric Solution to Payload Launch for the Future Submarine

An innovative solution for a submarine payload launch, with the poten-tial to provide improved operational capability

Dr Nihal Malik, Babcock Integrated Technology, United KingdomDevelopment of a Modelling and Simulation Framework for the Design of a Submarine Tactical Weapon Handling and Launch System

WHLS modelling framework: to reduce design risk and cost

Dr Byoungheon Jang, LIG NEX1, South KoreaThe Evasive Manoeuvre Using Mobile Decoy and Hovering Decoy Against Anti-Submarine Torpedo

Simulations to find effective manoeuvres for evasion against AST’s

1600 End of Conference

udt 2012 conference programme 16 05 12

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