Recommendation ITU-R M.1371-6
INTELLECTUAL PROPERTY RIGHTS
Annex 1 Operational characteristics of an automatic identification
system using time division multiple access techniques in the VHF maritime
mobile frequency band
A1-1 General
A1-2 Automatic identification
system equipment
A1-2.1 Automatic
identification system VHF data link non-controlling stations
A1-2.1.1 Automatic
identification system shipborne station
A1-2.1.2 Automatic
identification system Aids to navigation station
A1-2.1.3 Automatic
identification system aircraft station in maritime mobile service
A1-2.1.4 Automatic
identification system repeater station
A1-2.1.5 Automatic
identification system locating devices
A1-2.1.6 AMRD
Group B
A1-2.2 Automatic
identification system VHF data link controlling stations
A1-2.2.1 Base
station
A1-3 Identification
A1-4 Reporting schedule for
transmitting information
A1-5 Frequency band
Annex 2 Technical characteristics of an automatic identification system
using time division multiple access techniques in the maritime mobile band
A2-1 Structure of the
automatic identification system
A2-1.1 Automatic
identification system layer module
A2-1.2 Responsibilities
of automatic identification system layers for preparing automatic
identification system data for transmission
A2-1.2.1 Transport
layer
A2-1.2.2 Network
layer
A2-1.2.3 Link
layer
A2-1.2.4 Physical
layer
A2-2 Physical layer
A2-2.1 Parameters
A2-2.1.1 General
A2-2.1.2 Constants
A2-2.1.3 Transmission
media
A2-2.1.4 Multi-channel
operation
A2-2.2 Transceiver
characteristics
A2-2.3 Modulation scheme
A2-2.3.1 Gaussian
minimum shift keying
A2-2.3.2 Frequency
modulation
A2-2.3.3 Frequency
stability
A2-2.4 Data transmission
bit rate
A2-2.5 Training sequence
A2-2.6 Data encoding
A2-2.7 Forward error
correction
A2-2.8 Interleaving
A2-2.9 Bit scrambling
A2-2.10 Data link sensing
A2-2.11 Transmitter
transient response
A2-2.11.1 Switching time
A2-2.12 Transmitter power
A2-2.13 Shutdown procedure
A2-2.14 Safety precautions
A2-3 Link layer
A2-3.1 Sub-layer 1:
medium access control
A2-3.1.1 Time
division multiple access synchronization
A2-3.1.2 Time
division
A2-3.1.3 Slot
phase and frame synchronization
A2-3.1.4 Slot
identification
A2-3.1.5 Slot
access
A2-3.1.6 Slot
state
A2-3.2 Sub layer 2: data
link service
A2-3.2.1 Data
link activation and release
A2-3.2.2 Data
transfer
A2-3.2.3 Error
detection and control
A2-3.3 Sub layer
3 – link management entity
A2-3.3.1 Access
to the data link
A2-3.3.2 Modes
of operation
A2-3.3.3 Initialization
A2-3.3.4 Channel
access schemes
A2-3.3.5 Autonomous
and continuous operation
A2-3.3.6 Assigned
operation
A2-3.3.7 Message
structure
A2-4 Network layer
A2-4.1 Multi-channel
operation
A2-4.1.1 Operating
frequency channels
A2-4.1.2 Normal
default mode of multi-channel operation
A2-4.1.3 Regional
operating areas
A2-4.1.4 Geographical
area power control
A2-4.1.5 Resumption
of operation after power on
A2-4.1.6 Priority
of channel management commands and clearing of stored regional operating
settings
A2-4.2 Distribution of
transmission packets
A2-4.2.1 The
user directory
A2-4.2.2 Routing
of transmission packets
A2-4.2.3 Management
of priority assignments for messages
A2-4.3 Changing reporting
interval
A2-4.3.1 Autonomously
changed Rr (continuous and autonomous mode)
A2-4.3.2 Assigned
Rr
A2-4.4 Data link
congestion resolution
A2-4.4.1 Intentional
slot reuse by the own station
A2-4.4.2 Use
of assignment for congestion resolution
A2-4.5 Base station
operation
A2-4.6 Repeater application
A2-4.6.1 Repeat
indicator
A2-4.6.2 Repeater
operation
A2-4.7 Handling of errors
related to packet sequencing and groups of packets
A2-5 Transport layer
A2-5.1 Definition of
transmission packet
A2-5.2 Conversion of data
into transmission packets
A2-5.2.1 Conversion
to transmission packets
A2-5.3 Transmission
packets
A2-5.3.1 Addressed
Messages 6 and 12
A2-5.3.2 Broadcast
messages
A2-5.3.3 Conversion
to presentation interface messages
A2-5.4 Presentation
interface protocol
Annex 3 Long-range applications
A3-1 General
A3-2 Long-range applications by broadcast
A3-2.1 Packet bit
structure for the automatic identification system satellite uplink
A3-2.2 Automatic
identification system satellite message
A3-2.3 Transmission
method for automatic identification system satellite message
A3-2.3.1 Transmission
interval
A3-2.3.2 Access
scheme
A3-2.3.3 Automatic
identification system shore station qualifier
A3-2.3.4 Transmitting
the AIS Message 27
Annex 4 Application specific messages
A4-1 General
A4-1.1 Binary messages
A4-1.2 Definition of
application identifiers
A4-1.3 Definition of
function messages
A4-2 Binary data structure
A4-2.1 Application
identifier
A4-2.1.1 Test
application identifier
A4-2.1.2 International
application identifier
A4-3 Guidelines for creating
functional messages
A4-3.1 International
functional messages
A4-3.2 Regional
functional messages
A4-4 Guidelines for drafting
functional messages
A4-5 Definitions of system
related international function messages
A4-5.1 International
function message 0: Text using 6-bit ASCII
A4-5.2 International
function message 2: Interrogation for a specific functional message
A4-5.3 International function
message 3: Capability interrogation
A4-5.4 International
function message 4: Capability reply
A4-5.5 International
function message 5: Application acknowledgement to an addressed binary
message
Annex 5 Sequencing of transmission packets
Annex 6 Class B automatic identification system using carrier sense
time division multiple access technology
A6-1 Definition
A6-2 General requirements
A6-2.1 General
A6-2.1.1 Capabilities
of the Class B “CS” automatic identification system
A6-2.1.2 Modes
of operation
A6-3 Performance requirements
A6-3.1 Composition
A6-3.2 Operating
frequency channels
A6-3.3 Internal global
navigation satellite system receiver for position reporting
A6-3.4 Identification
A6-3.5 Automatic
identification system Information
A6-3.5.1 Information
content
A6-3.5.2 Information
reporting intervals
A6-3.5.3 Transmitter
shutdown procedure
A6-3.5.4 Static
data input
A6-4 Technical requirements
A6-4.1 General
A6-4.2 Physical layer
A6-4.2.1 Transceiver
characteristics
A6-4.2.2 Transmitter
requirements
A6-4.2.3 Receiver
parameters
A6-4.3 Link layer
A6-4.3.1 Link
sub-layer 1: medium access control
A6-4.3.2 Link
sub-layer 2: data link service
A6-4.3.3 Link
sub-layer 3 – link management entity
A6-4.4 Network layer
A6-4.4.1 Dual
channel operation
A6-4.4.2 Channel
management
A6-4.4.3 Distribution
of transmission packets
A6-4.4.4 Data
link congestion resolution
A6-4.5 Transport layer
A6-4.5.1 Transmission
packets
A6-4.5.2 Sequencing
of data packets
Annex 7 Automatic identification system messages
A7-1 Message types
A7-2 Message summary
A7-3 Message descriptions
A7-3.1 Messages 1, 2, 3:
Position reports
A7-3.2 Message 4: Base
station report
A7-3.3 Message 5: Ship
static and voyage related data
A7-3.3.1 The
data terminal equipment indicator
A7-3.3.2 Type
of ship
A7-3.3.3 Reference
point for reported position and overall dimensions of ship
A7-3.4 Message 6:
Addressed binary message
A7-3.5 Message 7: Binary
acknowledge
A7-3.6 Message 8: Binary
broadcast message
A7-3.7 Message 9:
Standard aircraft station in the maritime mobile service position report
A7-3.8 Message 10:
Coordinated universal time and date inquiry
A7-3.9 Message 11:
Coordinated universal time/date response
A7-3.10 Message 12:
Addressed safety related message
A7-3.11 Message 13: Safety
related acknowledge
A7-3.12 Message 14: Safety
related broadcast message
A7-3.13 Message 15:
Interrogation
A7-3.14 Message 16:
Assigned mode command
A7-3.15 Message 17: Global
navigation-satellite system broadcast binary message
A7-3.16 Message 18:
Standard Class B equipment position report
A7-3.17 Message 19:
Extended Class B equipment position report
A7-3.18 Message 20: Data
link management message
A7-3.19 Message 21:
Aids-to-navigation report
A7-3.19.1 Dimension/reference
for position of AtoNs
A7-3.20 Message 22:
Channel management
A7-3.21 Message 23: Group
assignment command
A7-3.22 Message 24: Static
data report
A7-3.23 Message 25: Single
slot binary message
A7-3.24 Message 26:
Multiple slot binary message with communications state
A7-3.25 Message 27:
Automatic identification system satellite message
A7-3.26 Message 28:
Aid-to-Navigation Report (Single-slot message)
Annex 8 Requirements for stations using burst transmissions
A8-1 Requirements for stations
using burst transmissions
A8-2 Transceiver
characteristics
A8-3 Transmitter requirements
A8-4 Synchronization accuracy
A8-5 Channel access scheme
A8-6 Supplemental ID information