hard shoulder running

operating mode of a hard shoulder that allows operation of general-purpose motor vehicles as an extra lane

operating mode of a hard shoulder that allows operation of general-purpose motor vehicles as an extra lane

hardstanding

part of a paved carriageway that is not a traffic lane, hard shoulder, or lay-by.
EXAMPLE: See Figure A.23.
NOTE 1 to entry: Hardstanding can include edges of a hard shoulder outside of designated lane markings, slips for future connector roads, etc.

part of a paved carriageway that is not a traffic lane, hard shoulder, or lay-by.
EXAMPLE: See Figure A.23.
NOTE 1 to entry: Hardstanding can include edges of a hard shoulder outside of designated lane markings, slips for future connector roads, etc.

high vehicle speed

speed of a vehicle that exceeds free flow motorway speeds by a factor of two or more
EXAMPLE: A speed in excess of 198 km/h.
NOTE 1 to entry: Local regulations for the exact speed range vary.

speed of a vehicle that exceeds free flow motorway speeds by a factor of two or more
EXAMPLE: A speed in excess of 198 km/h.
NOTE 1 to entry: Local regulations for the exact speed range vary.

high-speed vehicle

vehicle with a design speed7.2.2) in the range of high vehicle speeds7.5.12)
EXAMPLE: 1 Racing car.
EXAMPLE: 2 High-speed train.

vehicle with a design speed7.2.2) in the range of high vehicle speeds7.5.12)
EXAMPLE: 1 Racing car.
EXAMPLE: 2 High-speed train.

CCC

change control committee

child element

element contained within another element
NOTE 1 to entry: The element containing other elements is a parent element.

element contained within another element
NOTE 1 to entry: The element containing other elements is a parent element.

identifiability

conditions which result in a data subject being identified, directly or indirectly, on the basis of a given set of PI

conditions which result in a data subject being identified, directly or indirectly, on the basis of a given set of PI

identity

set of attributes which makes it possible to identify, contact or locate the data subject

set of attributes which makes it possible to identify, contact or locate the data subject

immaterial entity

entity that does not occupy three-dimensional space
EXAMPLE: Idea, process, organization, etc.

entity that does not occupy three-dimensional space
EXAMPLE: Idea, process, organization, etc.

include; enterprise view include

relationship where one resource contains another resource
EXAMPLE: Every ITS component includes one or more modules.

relationship where one resource contains another resource
EXAMPLE: Every ITS component includes one or more modules.

individual participation

rights of an invididual to have access to personal data held about the individual and ability to challenge and correct such data

rights of an invididual to have access to personal data held about the individual and ability to challenge and correct such data

informal coordination; enterprise view informal coordination

interaction between two enterprise objects governed by an understanding that is not documented in a formal agreement between the two parties

interaction between two enterprise objects governed by an understanding that is not documented in a formal agreement between the two parties

information architecture

with respect to process oriented decomposition, the Information Architecture defines the entities and the relationships of information (Data model) and the principal data constructs (see Process Oriented and Logical Architecture)
NOTE: The Information Architecture is not specific to any location

with respect to process oriented decomposition, the Information Architecture defines the entities and the relationships of information (Data model) and the principal data constructs (see Process Oriented and Logical Architecture)
NOTE: The Information Architecture is not specific to any location

information flow

information that is exchanged between physical objects

information that is exchanged between physical objects

information model

abstract, formal representation of many kinds of real-world objects, e.g. business documents, orders, transportation mechanisms, e.g. trucks, containers, ship bays, and/or abstract objects, e.g. for the entities used in a billing system
NOTE 1 to entry: The objects have a name, properties and relationships to other objects. An information model provides a means to describe the information in…

abstract, formal representation of many kinds of real-world objects, e.g. business documents, orders, transportation mechanisms, e.g. trucks, containers, ship bays, and/or abstract objects, e.g. for the entities used in a billing system
NOTE 1 to entry: The objects have a name, properties and relationships to other objects. An information model provides a means to describe the information in a domain of interest without constraining how that description is mapped to an actual implementation in software.

information transfer; information flow triple

information flow from a physical object acting as an information provider and sent to another physical object acting as an information consumer
NOTE 1 to entry: The term “information flow triple” is used extensively in the Architecture Reference for Cooperative and Intelligent Transportation (ARC-IT; see Reference [25]).

information flow from a physical object acting as an information provider and sent to another physical object acting as an information consumer
NOTE 1 to entry: The term “information flow triple” is used extensively in the Architecture Reference for Cooperative and Intelligent Transportation (ARC-IT; see Reference [25]).

infrastructure

system of facilities, equipment and ITS services that is needed for the operation of an organization
NOTE 1 to entry: Specifically in the case of C-ITS the most stationary part of C-ITS incorporating sensors, actuators, static ITS Station(s).

system of facilities, equipment and ITS services that is needed for the operation of an organization
NOTE 1 to entry: Specifically in the case of C-ITS the most stationary part of C-ITS incorporating sensors, actuators, static ITS Station(s).

ingress lane

traffic lane designed for entering a junction

traffic lane designed for entering a junction

ingress link

all ingress lanes on a road link

all ingress lanes on a road link

initiator

role sending the initial message in a message exchange

role sending the initial message in a message exchange

inline schema in WDL

schema directly defined in wsdl:types element

schema directly defined in wsdl:types element

instance document

XML document that conforms to a schema
EXAMPLE: If the schema is WSDL, the XML document is an WSDL instance document.

XML document that conforms to a schema
EXAMPLE: If the schema is WSDL, the XML document is an WSDL instance document.

instant

0-dimensional geometric primitive representing position in time
[SOURCE: ISO 19108:2002, 4.1.17, modified — Note 1 to entry removed.]

0-dimensional geometric primitive representing position in time
[SOURCE: ISO 19108:2002, 4.1.17, modified — Note 1 to entry removed.]

institutional architecture

architecture based on political or administrational infrastructure partitioning and its division of responsibilities (rather than functions)

architecture based on political or administrational infrastructure partitioning and its division of responsibilities (rather than functions)

integrated development environment

software that provides comprehensive facilities for application development

software that provides comprehensive facilities for application development

intelligent transport system; intelligent transportation system (ITS)

system comprised of information, communication, sensor and control technologies and that is designed to benefit a surface transport system
NOTE 1 to entry: “Intelligent transportation system” is the American English equivalent.
NOTE 2 to entry: Benefits potentially include, but are not limited to, increased safety, sustainability, efficiency and comfort.
NOTE 3 to entry: The full term…

system comprised of information, communication, sensor and control technologies and that is designed to benefit a surface transport system
NOTE 1 to entry: “Intelligent transportation system” is the American English equivalent.
NOTE 2 to entry: Benefits potentially include, but are not limited to, increased safety, sustainability, efficiency and comfort.
NOTE 3 to entry: The full term (i.e. “intelligent transport system”) is often used when the noun is used as a subject, whereas the abbreviation (i.e. “ITS”) is often used to modify another noun (e.g. “Intelligent transport systems provide ITS services.”).

ISO TR 24097-3

Intelligent transport systems -- Using web services (machine-machine delivery) for ITS service delivery -- Part 3: Quality of service

ISO TR 14817-2

Intelligent transport systems – ITS data dictionaries – Part 2: Governance of the Central ITS Data Concept Registry

ISO 14817-3

Intelligent transport systems – ITS data dictionaries – Part 3: Object identifier assignments for ITS data concepts

ISO TR 28682

Intelligent transport systems – Joint APEC-ISO study of progress to develop and deploy ITS standards