abstract data type

data type of atomic nature

data type of atomic nature

ADC

application data container

application namespace prefix

string of the lower case application/toolkit abbreviation as defined in the UML tagged value “ApplicationAbbreviation”

string of the lower case application/toolkit abbreviation as defined in the UML tagged value “ApplicationAbbreviation”

attribute compartment

graphical section of a UML class box positioned directly under the class name compartment

graphical section of a UML class box positioned directly under the class name compartment

class name compartment

top most graphical section of a class box defining the name of the class and optionally a stereotype, inherited class and package scope

top most graphical section of a class box defining the name of the class and optionally a stereotype, inherited class and package scope

CT

Clock Time – an RDS feature

geocode

geocodes are unique identifiers unmistakably defining important points on road networks; geocodes can be derived from /converted into WGS 84 co-ordinates by the algorithm described in CEN/TS 14821-3

geocodes are unique identifiers unmistakably defining important points on road networks; geocodes can be derived from /converted into WGS 84 co-ordinates by the algorithm described in CEN/TS 14821-3

message

collection of coherent information sent through an information channel

collection of coherent information sent through an information channel

position

position defines where an event has taken place in relation to the road: e.g. driving lane 1, hard shoulder, central reservation, etc.
NOTE: The driving lanes are numbered according to the usual local practice, i.e. driving Lane 1 is the lane nearest to the hard shoulder. In countries which drive on the left, driving lanes are hence numbered from left-to-right, and in countries driving on the…

position defines where an event has taken place in relation to the road: e.g. driving lane 1, hard shoulder, central reservation, etc.
NOTE: The driving lanes are numbered according to the usual local practice, i.e. driving Lane 1 is the lane nearest to the hard shoulder. In countries which drive on the left, driving lanes are hence numbered from left-to-right, and in countries driving on the right, from right-to-left.
NOTE: Position is an event element and NOT a location reference element.

road traffic message (RTM)

describes an event or a collection of related events, or status information and including message management information; the latter is contained in the message header

describes an event or a collection of related events, or status information and including message management information; the latter is contained in the message header

route description

route description point

TPEG-locs with additional flags to indicate whether they are start, end and stopping as well as non-stopping points; they are listed in TPEG table pti15

TPEG-locs with additional flags to indicate whether they are start, end and stopping as well as non-stopping points; they are listed in TPEG table pti15

tag length value (TLV)

a coding method

a coding method