General purpose Marine safety Safety of Satellite detection of Functionality data exchange information navigation AIS Marine security Robust high Maritime Locating during SAR information data exchange locating devices Short safety VDE satellite related messages communications General purpose information communication IMO SN.1/ Vessel Satellite detection of Message Circ.289 identification AIS for AIS international Vessel dynamic Message 27 protocol application data specific Vessel static data messages Voyage related Regional data application Aids to specific messages Navigation Base Station Base Station Area warnings High message Ship to ship Detection of vessels by Sub and advice payload collision coastal states beyond functionality Meteorological Satellite avoidance range of coastal AIS and communications VTS base stations hydrographic Tracking of ships data Locating in SAR Traffic VDL control (by management Base Station) Ship-shore data exchange Channel management As explained above, radio communication technologies are characterized by performance parameters. These include range, bandwidth, latency, and the need for shore facilities. The tables below list, in the column headings, the communications techniques that are presently available for maritime voice and data communications. It also includes some techniques which may become available in the short to medium term. Separate tables are provided for ship-to-shore and for communications. Six geographical regions are listed at the left column, defined by the ranges of a selection from the available communications technologies. The GMDSS sea areas, which approximately correspond, are also noted in the second column. The suggested most likely candidates for voice and data communications, for e-Navigation, in each of the six geographical areas are indicated by yellow color, with for existing technologies, and for future ‘E’ ‘F’ technologies or technologies currently not widely used in the maritime domain.
Functionality Marine safety information Marine security information Short safety related messages General purpose information communication General purpose data exchange Robust high data exchange VDE satellite communications Safety of navigation Maritime locating devices Satellite detection of AIS Locating during SAR Message for AIS protocol IMO SN.1/ Circ.289 international application specific messages Regional application specific messages Base Station Vessel identification Vessel dynamic data Vessel static data Voyage related data Aids to Navigation Base Station Satellite detection of AIS Message 27 Sub functionality Area warnings and advice Meteorological and hydrographic data Traffic management Ship-shore data exchange Channel management High message payload Satellite communications Ship to ship collision avoidance VTS Tracking of ships Locating in SAR VDL control (by Base Station) Detection of vessels by coastal states beyond range of coastal AIS base stations As explained above, radio communication technologies are characterized by performance parameters. These include range, bandwidth, latency, and the need for shore facilities. The tables below list, in the column headings, the communications techniques that are presently available for maritime voice and data communications. It also includes some techniques which may become available in the short to medium term. Separate tables are provided for ship-to-shore and for communications. Six geographical regions are listed at the left column, defined by the ranges of a selection from the available communications technologies. The GMDSS sea areas, which approximately correspond, are also noted in the second column. The suggested most likely candidates for voice and data communications, for e-Navigation, in each of the six geographical areas are indicated by yellow color, with ‘E’ for existing technologies, and ‘F’ for future technologies or technologies currently not widely used in the maritime domain.
e-NAV14-10.3.6%20Brest%20Output%2005%20-%20IALA%20input%20to%20ITU%20for%20MRCP%20Working%20Doc%20(rev2)[1].docx