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Learn how e-navigation contributes to maritime safety, efficiency, and environmental protection. Discover prioritized solutions, automated reporting systems, and the integration of AIS and Radarsat technologies for enhanced monitoring.
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How can e-navigation contribute to more effective and enhanced maritime safety and monitoring? Athens, April 19th 2013 John Erik Hagen, Regional Director NCACoordinator of IMO Correspondence Group on e-navigation
e-navigation Intends to promote safety, security and efficiency in global shipping, and, consequently, the protection of marine and coastal environments.
User driven • Meet present and future needs through harmonization • Close cooperation with the industry • New business opportunities
Two proposed prioritized main categories of e-navigation solutions
Improving shore-based services by providing Maritime Service Portfolios • Maritime Safety Information (MSI) service • Vessel Traffic Services (VTS) • Information Service (INS) • Traffic Organization Service (TOS) • Navigational Assistance Service (NAS) • Remote monitoring of ship systems • Local port service • Maritime Assistance Service (MAS) • Meteorological and hydrographical information • Nautical chart and publication service • Pilot and tug services • Ice navigation service • Telemedical assistance service (TMAS)
Barents SRS – example on e-navigation ship-shore reporting • A complete electronic ship reporting system, using the Norwegian national Single Window ship reporting system and AIS. • Uses the e-navigation IHO S-100 data standard, as approved by IMO MSC 90.
Use of AIS and Radarsat Possible oil spill © KONGSBERG
AIS and Radarsat? No AIS No AIS No AIS Radarsat-1 Standard © KONGSBERG
General concept of Straits Ship Traffic Management • Acquire more and earlier information about ship position, destination and times for port services. • Provide early and update guidance to ships on speed and course to maximize safety and security while optimizing fuel and other resource usage. • Monitoring and prognosis of traffic to detect future "hot spots" and update guidance to avoid these.