core/StartStopState

Definition in SAREF v4.1.1 example document `states`

canonical IRI: https://saref.etsi.org/core/v4.1.1/example/states#StartStopState
label: Start stop state
definition: The property ex:StartStopState represents a binary state indicating whether a process, activity, or system is in a started or stopped condition. It quantifies the state of activity, where "start" signifies the initiation or activation of the process, while "stop" indicates the termination or deactivation of the process. Start/stop states are common in various domains, including machinery, engines, and processes, where entities can be initiated or halted to control operations. This property enables the standardized representation and interoperability of start/stop state-related data, facilitating enhanced understanding and integration of binary state information within the ontology framework across different systems and applications.

canonical IRI: https://saref.etsi.org/core/v4.1.1/example/states#StartStopState
label: Start stop state
definition: The property ex:StartStopState represents a binary state indicating whether a process, activity, or system is in a started or stopped condition. It quantifies the state of activity, where "start" signifies the initiation or activation of the process, while "stop" indicates the termination or deactivation of the process. Start/stop states are common in various domains, including machinery, engines, and processes, where entities can be initiated or halted to control operations. This property enables the standardized representation and interoperability of start/stop state-related data, facilitating enhanced understanding and integration of binary state information within the ontology framework across different systems and applications.

canonical IRI: https://saref.etsi.org/core/v3.2.1/example/states#StartStopState
label: Start stop state
definition: The property ex:StartStopState represents a binary state indicating whether a process, activity, or system is in a started or stopped condition. It quantifies the state of activity, where "start" signifies the initiation or activation of the process, while "stop" indicates the termination or deactivation of the process. Start/stop states are common in various domains, including machinery, engines, and processes, where entities can be initiated or halted to control operations. This property enables the standardized representation and interoperability of start/stop state-related data, facilitating enhanced understanding and integration of binary state information within the ontology framework across different systems and applications.