Vybrané relevantní termíny
systém TICS
TICS system
a set of inter-related components which interact with one another in an organised fashion to provide independent operational functionality
NOTE This is the IEEE Definition qualified with the “Independent operational functionality” phase).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 14813-2
Terminologie
logická architektura
logical architecture
definition of the processes (the activities and functions) that are required to provide the required 'User Services'; describes how the system behaves, including what it does with the inputs that it receives and how it produces the outputs
NOTE It may be described either from an object oriented, or process oriented, perspective and describes the system according to its behaviour (and may also be called the "Functional Architecture" or"Functional Viewpoint" ). In an object oriented perspective a logical architecture elaborates the conceptual behaviour and in so doing defines some detail of the objects. In a process oriented perspective, the logical (or functional) architecture determines the nature of the system (in terms of functions and data stores), and describes its conceptual behaviour and the detail of what must be done to the inputs to produce the outputs. The logical architecture is independent of any hardware or software approach.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24098,
ISO TR 14813-2
Terminologie
případ užití
use case
representation of a series of interactions between an outside entity and the system, which ends by providing business value
NOTE A use case is a sequence of actions that an actor (usually a person, but perhaps an external entity, such as another system) performs within a system to achieve a particular goal.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
schéma
schema
system of representing an information model that defines the data’s elements and attributes
Aplikační oblast:
Architektura ITS systémů
Terminologie
architektura
architecture
ITS set of concepts and rules for an intelligent transport system describing the inter-relationship between entities in the entire system, independent of the hardware and software environment
NOTE Architecture is described through a series of viewpoints that may be at varying levels of generality/specificity, abstraction/concretion, totality/component and so on. See also communications architecture, logical architecture, organizational architecture, physical architecture, reference architecture and system architecture definitions below.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
infrastruktura
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).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 17384,
CEN ISO TS 17427
Terminologie
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
TICS system
a set of inter-related components which interact with one another in an organised fashion to provide independent operational functionality
NOTE This is the IEEE Definition qualified with the “Independent operational functionality” phase).
logická architektura
logical architecture
definition of the processes (the activities and functions) that are required to provide the required 'User Services'; describes how the system behaves, including what it does with the inputs that it receives and how it produces the outputs
NOTE It may be described either from an object oriented, or process oriented, perspective and describes the system according to its behaviour (and may also be called the "Functional Architecture" or"Functional Viewpoint" ). In an object oriented perspective a logical architecture elaborates the conceptual behaviour and in so doing defines some detail of the objects. In a process oriented perspective, the logical (or functional) architecture determines the nature of the system (in terms of functions and data stores), and describes its conceptual behaviour and the detail of what must be done to the inputs to produce the outputs. The logical architecture is independent of any hardware or software approach.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24098,
ISO TR 14813-2
Terminologie
případ užití
use case
representation of a series of interactions between an outside entity and the system, which ends by providing business value
NOTE A use case is a sequence of actions that an actor (usually a person, but perhaps an external entity, such as another system) performs within a system to achieve a particular goal.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
schéma
schema
system of representing an information model that defines the data’s elements and attributes
Aplikační oblast:
Architektura ITS systémů
Terminologie
architektura
architecture
ITS set of concepts and rules for an intelligent transport system describing the inter-relationship between entities in the entire system, independent of the hardware and software environment
NOTE Architecture is described through a series of viewpoints that may be at varying levels of generality/specificity, abstraction/concretion, totality/component and so on. See also communications architecture, logical architecture, organizational architecture, physical architecture, reference architecture and system architecture definitions below.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
infrastruktura
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).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 17384,
CEN ISO TS 17427
Terminologie
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
logical architecture
definition of the processes (the activities and functions) that are required to provide the required 'User Services'; describes how the system behaves, including what it does with the inputs that it receives and how it produces the outputs
NOTE It may be described either from an object oriented, or process oriented, perspective and describes the system according to its behaviour (and may also be called the "Functional Architecture" or"Functional Viewpoint" ). In an object oriented perspective a logical architecture elaborates the conceptual behaviour and in so doing defines some detail of the objects. In a process oriented perspective, the logical (or functional) architecture determines the nature of the system (in terms of functions and data stores), and describes its conceptual behaviour and the detail of what must be done to the inputs to produce the outputs. The logical architecture is independent of any hardware or software approach.
případ užití
use case
representation of a series of interactions between an outside entity and the system, which ends by providing business value
NOTE A use case is a sequence of actions that an actor (usually a person, but perhaps an external entity, such as another system) performs within a system to achieve a particular goal.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
schéma
schema
system of representing an information model that defines the data’s elements and attributes
Aplikační oblast:
Architektura ITS systémů
Terminologie
architektura
architecture
ITS set of concepts and rules for an intelligent transport system describing the inter-relationship between entities in the entire system, independent of the hardware and software environment
NOTE Architecture is described through a series of viewpoints that may be at varying levels of generality/specificity, abstraction/concretion, totality/component and so on. See also communications architecture, logical architecture, organizational architecture, physical architecture, reference architecture and system architecture definitions below.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
infrastruktura
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).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 17384,
CEN ISO TS 17427
Terminologie
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
use case
representation of a series of interactions between an outside entity and the system, which ends by providing business value
NOTE A use case is a sequence of actions that an actor (usually a person, but perhaps an external entity, such as another system) performs within a system to achieve a particular goal.
schéma
schema
system of representing an information model that defines the data’s elements and attributes
Aplikační oblast:
Architektura ITS systémů
Terminologie
architektura
architecture
ITS set of concepts and rules for an intelligent transport system describing the inter-relationship between entities in the entire system, independent of the hardware and software environment
NOTE Architecture is described through a series of viewpoints that may be at varying levels of generality/specificity, abstraction/concretion, totality/component and so on. See also communications architecture, logical architecture, organizational architecture, physical architecture, reference architecture and system architecture definitions below.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
infrastruktura
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).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 17384,
CEN ISO TS 17427
Terminologie
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
schema
architektura
architecture
ITS set of concepts and rules for an intelligent transport system describing the inter-relationship between entities in the entire system, independent of the hardware and software environment
NOTE Architecture is described through a series of viewpoints that may be at varying levels of generality/specificity, abstraction/concretion, totality/component and so on. See also communications architecture, logical architecture, organizational architecture, physical architecture, reference architecture and system architecture definitions below.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 24529
Terminologie
infrastruktura
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).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 17384,
CEN ISO TS 17427
Terminologie
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
architecture
ITS set of concepts and rules for an intelligent transport system describing the inter-relationship between entities in the entire system, independent of the hardware and software environment
NOTE Architecture is described through a series of viewpoints that may be at varying levels of generality/specificity, abstraction/concretion, totality/component and so on. See also communications architecture, logical architecture, organizational architecture, physical architecture, reference architecture and system architecture definitions below.
infrastruktura
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).
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 17384,
CEN ISO TS 17427
Terminologie
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
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).
platforma
platform
hardware, operating system, middleware and application development language, which provide a system environment
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
platform
hardware, operating system, middleware and application development language, which provide a system environment
technický model (tModel)
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO 24097-1
Terminologie
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
technical model
tModel of UDDI describes a "technical model" representing a reusable concept, such as a Web service type, a protocol used by web services, or a category system
terminátor
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.
Aplikační oblast:
Architektura ITS systémů
Souvisící normy:
ISO TR 26999
terminator
entity that is external to the system but with which the system communicates either to obtain inputs or to which it can send outputs
NOTE 1 Terminators may be split up into actors if necessary.
NOTE 2 In most ITS architectures, the terminators may be the same in both the functional and the physical viewpoints.
NOTE 3 In the US National ITS Architecture, a terminator defines the boundary of the system of interest. Each terminator may represent the people, systems and general environment that interface to ITS. The interfaces between terminators and the sub-systems and processes within the National ITS Architecture are defined, but no functional requirements are allocated to terminators. The logical and physical architecture views of the National ITS Architecture both have exactly the same set of terminators.