Korea s Strategy for e-navigation. SMART-Navigation. Presented by. Bu Young, Kim. 28 May Ministry of Oceans and Fisheries Republic of Korea

Similar documents
DEVELOPMENT OF A DEFINITION FOR MSPS AND CONSIDERATION FOR THE HARMONIZATION OF THE FORMAT AND STRUCTURE OF MSPS

Challenges and opportunities in the e-navigation Development. Actual projects.

e-navigation Progress and trends: the IHO perspective

L AGENCE NATIONALE DES FREQUENCES (ANFR) From Titanic to satellite from Morse to digital Entry in a new era for the maritime community

E-NAVIGATION AND BEYOND

FOREWORD. IHO S-100 Working Group

ESA IAP Blue Belt demonstration project:

This document describes the IMO e-navigation strategy and recommends a Danish strategy for e-navigation and associated action plan.

Vision and Strategy to Enhance the Safety Management of Small and Medium Ships in the Era of the Fourth Industrial Revolution

IALA S WORK IN E-NAVIGATION. Michael Card

MARINE ELECTRONIC HIGHWAY IN STRAITS OF MALACCA AND SINGAPORE. Development of Supporting Element for Future & Sustainable Operation

COMMUNICATIONS FOR MARITIME SAFETY AND EFFICIENCY. Francis Zachariae, Secretary-General, IALA

E-Navigation: Opening the door to the future

Technology evolution for future radiocommunication and navigation

A guideline for establishing feature and symbol standard management system for national HOs

02 Issue. e-navigation News. GNSS Vulnerability. Dublin Bay Digital Diamond. e-navigation. Demonstrator Update International. e-navigation.

ITU 'Young ICT Leaders Forum 2015' Maritime digital communication for e-navigation (WED) Daeho Kim ETRI

Ocean Observations Erik Buch EuroGOOS chair

Maritime Communications

GUIDANCE FOR THE PRESENTATION AND DISPLAY OF AIS APPLICATION-SPECIFIC MESSAGES INFORMATION

The Nordic Institute of Navigation (NNF)

VHF Data Exchange System (VDES)

Demonstrator of a Data Processing Centre (DPC) for satellite-based AIS services

Arctic Shipping Navigating the Legal Landscape for marine infrastructure and Off-Shore Development

SEAS-ERA STRATEGIC FORUM

A new Modular and Open Concept for the Maritime Integrated PNT System

Greek Maritime trials

NHC 59th meeting Agenda item NHC59-9A April 14-15, 2015 Reykjavik - Iceland. New national ENC service for leisure craft users

Development of VDES in IALA

e-navigation Underway International February 2016 Kilyong Kim(GMT Co., Ltd.) Co-author : Seojeong Lee(Korea Maritime and Ocean University)

Challenges to and opportunities for activation of the business and R&D sectors in Pomorskie

ATTACHMENT E. How to Conduct a GMDSS Inspection.

Digital broadcasting systems under development within ITU-R of interest for the maritime community

Integration of AIS functionalities

GMDSS communication systems

National Report of Finland

Market strategy update in Maritime segment. This presentation can be interpreted only together with the oral comments accompanying it

IALA and the physical& logical enavcommunicationframework

Introducing The World s First DGPS/AIS Navigation System!

Satellite services for maritime security

Government Agency Perspectives & Initiatives Canadian Coast Guard Laurent Tardif, Director, Safe Shipping

Introduction and Prospect of e-navigation in the Asia-Pacific Region

PROGRESS UPDATE AND FUTURE DIRECTIONS OF THE MARINE ELECTRONIC HIGHWAY (MEH)

Marine business, TransponderTech Security and Traffic Management. Peter Bergljung 22 may 2012 European Maritime Day (EMD 2012), Issue A

10 th APEC TRANSPORTATION MINISTERIAL MEETING 7 th October 2017 Port Moresby, Papua New Guinea Ministerial Statement

New Funding Opportunities to Support Safety of Navigation: EGNOS and Galileo

Satellite technology to prevent and respond in cases of maritime accidents

Technical Programme. Waypoints beyond the Strategy Implementation Plan

GMDSS modernisation and e-navigation: spectrum needs

THE BLUEMED INITIATIVE AND ITS STRATEGIC RESEARCH AGENDA

Irish Lights Strategy Safe Seas Connected Coasts

Commercial Marine Shipping in Canada: Understanding the Risks

Appendix: References and glossary

A New Platform for escience and data research into the European Ecosystem.

Paper for Consideration by S-100WG3. Report on S-100 Sea trial of KHOA

SUSTAINABLE OCEAN INITIATIVE: KEY ELEMENTS FOR THE PERIOD

FRAMEWORK ACT ON MARINE FISHERY DEVELOPMENT. [Enforcement Date: Nov. 28, 2009] [Act No. 9717, May 27, 2009, Other Laws and Regulations Amended]

MEDIA IN Media Info 2011

Consolidation of Navigation Safety Regulations IMO - NCSR / MSC Updates

The BLUEMED INITIATIVE: objectives, achievements and future actions

Framework of STI for SDGs Roadmap case in Japan

Linemaster Marine Electronics. Sky Technologies MARINE SERVICES AGENTS APAC

JOURNAL OF MARITIME RESEARCH. The Architecture of Data Transmission in Inland Navigation

Technical Programme The realisation of the Maritime Service Portfolios

POSITION ON THE DEVELOPMENT OF AtoN SERVICES

Cobham SATCOM Marine. Chris Insall Manager, Commercial Programmes. Hamburg, 28 th Feb Digital Ship Hamburg - 28 February 2013

ITU matters, including Radiocommunication ITU-R Study Group matters (Agenda item 5)

Framework of STI for SDGs Roadmap case in Japan. May 8th, 2018 Science, Technology and Innovation Policy Cabinet Office, Japan

RULES FOR THE CONSTRUCTION AND CLASSIFICATION OF MOBILE OFFSHORE DRILLING UNITS TITLE MOBILE OFFSHORE DRILLING UNITS NAUTIC AND ELECTRONICS CHAPTERS

The Dutch Maritime Strategy

Nordic Hydrographic Commission 60th Conference - Stavanger - Norway April New national ENC service for leisure craft users

Maritime Situational Awareness Will e-navigation Lead to Perfect Alarming?

e-navigation: A Showcase of Progress and Trends Copenhagen Oslo Copenhagen January 31st - February 2nd

MONTHLY MEETING REPORTS JANUARY 2018

D1.22 Information Plan to promote VHF Data Exchange System (VDES)

Resilient PNT: From PNT-Unit concept to first realization

Forum for innovation in the transport sector

Maritime Electronics Supporting Unmanned Vessels

ROUTEING OF SHIPS, SHIP REPORTING AND RELATED MATTERS. New traffic separation schemes and two-way routes in Norra Kvarken

Automatic identification system VHF data link loading

Cyprus Presidency of the Council of the European Union

Is the new technology safe for navigation in coastal waters and archipelagos?

TECHNICAL COMMITTEE 80: MARITIME NAVIGATION AND RADIOCOMMUNICATION EQUIPMENT AND SYSTEMS INTERNATIONAL ELECTROTECHNICAL COMMISSION

Resolution A.1106(29) Adopted on 2 December 2015 (Agenda item 10)

Access to Research Infrastructures under Horizon 2020 and beyond

This circular summarizes the various important aspects of the LRIT system with a view to enabling companies to ensure compliance in a timely manner.

Protection Augmentation Toughness and Alternatives of GNSS. Melaha 2016 Concord Al-Salam Hotel Cairo, April 25,2016 Refaat Rashad

GNSS in Maritime and Education in Egypt

Autonomous ships the end of human error?

A Roadmap of Going Places Where Others are Not Even Looking : The Blue Economy & BlueTech in San Diego

Ministry of. Economic Development

World-Wide Navigational Warning Service Sub-Committee WWNWS-5 Monaco, 1-4 October S-100 Basics Background Brief

Merchant Shipping Act 57 of 1951 section 356

I N D O N E S I A N O C E A N P O L I C Y National Aspirations, Regional Contribution and Global Engagement

Draft performance standards for shipborne "BeiDou" BDS receiver equipment

Schleswig-Holstein Germany s True North. Maritime Technologies an Overview Interreg Baltic Sea Region Project Smart Blue Regions

IMO. Resolution A.954(23) Adopted on 5 December 2003 (Agenda item 17) PROPER USE OF VHF CHANNELS AT SEA

FURUNO DEEPSEA WORLD Class-A Universal AIS Automatic Identification System. The future today with FURUNO's electronics technology.

CHAPTER TWENTY COOPERATION. The objective of this Chapter is to facilitate the establishment of close cooperation aimed, inter alia, at:

Why the Gulf of Finland Year 2014?

Transcription:

Korea s Strategy for e-navigation SMART-Navigation Presented by Bu Young, Kim 28 May 2014 Ministry of Oceans and Fisheries Republic of Korea

1 2 3 4 5 6

1. SMART- Navigation? SMART-Navigation Korea s initiative for the future e-navigation to improve safety of navigation and efficiency of sea logistics through harmonization of navigation system and supporting shore service SMART-Nav IMO e-nav MSPs e-nav Services for Non-SOLAS ships

1. SMART- Navigation? Key elements of SMART Navigation New generation ECDIS Upgraded ICT platform Integrated/Standardized /Automated Bridge Equip. Improved Reliable/Resilient onboard PNT sys. Navigation assistance device for small crafts Single Window Reporting Maritime Cloud/Big-Data service Ship Monitoring Center Maritime Mobile Network Digital GMDSS Network Maritime Satellite Comm.

2. Why SMART- Navigation? (1) Damages caused by marine accidents are still going on Human errors (89%) Merchant ships 740 cases Fishing vessels The number of accidents

2. Why SMART- Navigation? (2) Seamless information exchange at sea The low level of maritime radio communication Increase of interests in marine leisure activities Common utilization of open maritime information

2. Why SMART- Navigation? (3) Special Consideration on Coastal Ships Occupy 89% of accidents by Non-SOLAS ship Restricted use of Maritime Safety Information(MSI)

3. Strategy for SMART- Navigation Vision To establish a framework that provides a platform for seamless information exchange between ships and ship and shore Goal To enhance the safety and security of navigation To improve efficiencies of shipping To overcome an information gap at sea * through harmonization of marine information and breaking communication barrier

3. Strategy for SMART- Navigation Project Plan Period : 2015 ~ 2019 (5years) Budget : 220M USD * Feasibility Study for national R&D projects will be carried out by the Ministry of Strategy (~Sept. 2014) Contents R&D : e-navigation application and standard Infrastructure : e-navigation platform(network and Data centre infra)

4. What to do? S1 Strategy Development of core technologies Implementation Government lead R&D projects S2 Expansion of national infrastructure SMART-Navigation operation center Marine mobile and Digital-GMDSS S3 International cooperation Global e-navigation test-bed projects S4 Partnership with stakeholders Responses to compelling needs from users

4. What to do? (S1) R&D Projects for Technologies for IMO s e-navigation services (MSPs) Technologies for information exchange Technologies for marine information services for non-solas ships Maritime network technology based on land infrastructure (S2) Infrastructure for SMART-Navigation operation center for marine information services Maritime cloud service and big-data ENC comply with S-100 Marine Mobile Network and Digital GMDSS Portable device for small crafts

4. What to do? Architecture of SMART-Navigation Total Maritime Safety Management (SAMRT-Navigation) Services Pilot Assist Medical Assist Emergency Assist VTS Assist Chart & Pub. Update Small ship Assist Maritime Network(LTE, Digital GMDSS) ENC with S-100 Common Maritime Data Structure Maritime Cloud Service and Big-data Software Quality Assurance Platform

4. What to do? (S3) International Cooperation Cooperation with international organizations and member states to develop the global standards for e-navigation * MOU between M.O.F and Danish Maritime Authority, Swedish Maritime Administration for the Establishment and Use of a Global e-navigation Test Bed ( 14.1.28) National efforts fulfillment as IMO council member for adoption /amendment to international rules/regulation related e-navigation Organizing global forum to share up-to-date e- Navigation information * The Seoul International Maritime Forum(SIMF) ( 14.4.23)

4. What to do? The 1 st Global e-navigation Test bed (15~16 April 2014)

4. What to do? (S4) Partnership with stakeholders Strategic development Group International Services Group National Infrastructure Group National Services Group International standardization Group Coordination of the diverse interests of project participants and active involvement of beneficiaries in project

5. Roadmap and Organization (1) Project Roadmap 2025 2014 2015 2016 2018 2019 2020 R&D Developing core Technologies. & Services Infrastructure Preparation of Project Architecture of SMART-Navigation Organizing Governance Implementation Applying Systems developed Expending to Non-SOLAS Operation

5. Roadmap and Organization (2) Project Organization Co-work with Related Ministries SMART-Navigation FORUM (Advisory body) Project Team Working Group 1 (On-Board) Working Group 2 Working Group 3 (Shore-Based) (Communication) Sustainability at the Government level Co-work with relevant agencies Reflect of compelling needs of Users

6. What benefits? (1) Overcome an information gap at sea Port area and approaches : Mobile Network Service Coastal waters : Digital communication service (VDE, D-MF/HF) Open sea and remote area : Satellite service(vde-sat)

Within 100Km = Marine Mobile Network

Korea Ea s t Se a China 100~300km = Digita l GMDS S Japan

6. What benefits? (2) Enhancement of Navigation Safety Graphical display of static and dynamic information of ship data automatically collected e-navigation devices for Non-SOLAS ships

6. What benefits? (3) Closer interface between ship and shore-based users Real time situational awareness between Mariners-VTS operators Proactive prevention of ship accidents and warning Comprehensive utilization of maritime traffic information

6. What benefits? SMART-Navigation can achieve ; Safety ㄹ \ Reduction of 30% maritime accident rate 740 2012 2020 Efficiency Improvement of port productivity and efficiency 30% Ship fuel Port consumption efficiency 500 Happiness Creative Solution of digital divide for users at sea 30TIMES 5 TIM ES New technology and expertise for international community ㄹ \

Ministry of Oceans and Fisheries Republic of Korea