Ontologies Classes Object Properties Data Properties Annotation Properties Individuals Datatypes Clouds

Annotation Property: rdfs:comment

Usage (54)

  • ActuatingDevice rdfs:comment "Device that can actuate over an object or QuantityKind." @en 
  • Attribute rdfs:comment "An attribute of an IoT object that can be exposed by an IoT service (i.e. a room (IoT Object) has a temperature (Attribute), that can be exposed by a temperature sensor (IoT device)." @en 
  • Circle rdfs:comment "Circle coverage it needs the location of the sensor as the centre of the circle and the radius as a DataProperty." @en 
  • Coverage rdfs:comment "The coverage of an IoT device (i.e. a temperature sensor inside a room has a coverage of that room)." @en 
  • Entity rdfs:comment "Any object that is relevant from a user or application perspective. (IoT-A Definition)" 
  • Metadata rdfs:comment "Class used to describe properties that cannot be described by QuantityKind and Units. i.e. the resolution of a sensor." @en 
  • 'IoT Entity or Object' rdfs:comment "IoT entity" @en 
  • Polygon rdfs:comment "The coverage is made up by linking several points by strait lines." @en 
  • Rectangle rdfs:comment "Teh coverage is made up by giving two points which are the oposite corners of a rentangle." @en 
  • Service rdfs:comment "Service provided by an IoT Device" @en 
  • TagDevice rdfs:comment "Tag Device such as QR code or bar code." @en 
  • endpoint rdfs:comment "Endpoint of the service. It is usually a URL where the service is available." 
  • exposedBy rdfs:comment "A device is exposed by a service." 
  • exposes rdfs:comment "For service-oriented queries. The inverse of exposedBy." 
  • hasAttribute rdfs:comment "Links the devices with their attributes." 
  • hasCoverage rdfs:comment "Links the devices with their coverages." 
  • hasMetadata rdfs:comment "Links any concept with metadata about that concept." 
  • 'Has Quality Kind' rdfs:comment "Links a sensor or an attribute with the quantity kind it measures (e.g. A sensor -sensor1- measures temperature: sensor1 hasQuantityKind temperature)." 
  • hasSensingDevice rdfs:comment "Links a sensor with a sensing device the same way as SSN." 
  • hasUnit rdfs:comment "Links the sensor with the units of the quantity kind it measures (e.g. A sensor -sensor1- measures temperature in Celsius: senso1 hasUnit celsius)." 
  • interfaceDescription rdfs:comment "Description of the service." 
  • interfaceType rdfs:comment "Defines the type of interface of the service endpoint." 
  • isAssociatedWith rdfs:comment "Defines the associations between objects and sensors (e.g. A table (object) has an attribute (temperature at the table) which is associated with a sensor (the temperature sensor of the room). " 
  • metadataType rdfs:comment "Defines the type pf the metadata value (e.g. resolution of the sensor)." 
  • metadataValue rdfs:comment "Value of the metadata" 
  • radius rdfs:comment "Specifies the radius of a circle coverage defined by a point -the center of the circle- and its radius." 
  • BatteryLifetime rdfs:comment "Total useful life of a battery." 
  • Deployment rdfs:comment "The ongoing Process of Entities (for the purposes of this ontology, mainly sensors) deployed for a particular purpose. For example, a particular Sensor deployed on a Platform, or a whole network of Sensors deployed for an observation campaign. The deployment may have sub processes, such as installation, maintenance, addition, and decommissioning and removal." 
  • MeasurementCapability rdfs:comment "Collects together measurement properties (accuracy, range, precision, etc) and the environmental conditions in which those properties hold, representing a specification of a sensor's capability in those conditions.

    The conditions specified here are those that affect the measurement properties, while those in OperatingRange represent the sensor's standard operating conditions, including conditions that don't affect the observations."     
  • MeasurementProperty rdfs:comment "An identifiable and observable characteristic of a sensor's observations or ability to make observations." 
  • OperatingProperty rdfs:comment "An identifiable characteristic of the environmental and other conditions in which the sensor is intended to operate. May include power ranges, power sources, standard configurations, attachments and the like." 
  • Platform rdfs:comment "An Entity to which other Entities can be attached - particularly Sensors and other Platforms. For example, a post might act as the Platform, a buoy might act as a Platform, or a fish might act as a Platform for an attached sensor." 
  • Property rdfs:comment "An observable Quality of an Event or Object. That is, not a quality of an abstract entity as is also allowed by DUL's Quality, but rather an aspect of an entity that is intrinsic to and cannot exist without the entity and is observable by a sensor." 
  • SurvivalProperty rdfs:comment "An identifiable characteristic that represents the extent of the sensors useful life. Might include for example total battery life or number of recharges, or, for sensors that are used only a fixed number of times, the number of observations that can be made before the sensing capability is depleted." 
  • System rdfs:comment "System is a unit of abstraction for pieces of infrastructure (and we largely care that they are) for sensing. A system has components, its subsystems, which are other systems." 
  • 'System Lifetime' rdfs:comment "Total useful life of a sensor/system (expressed as total life since manufacture, time in use, number of operations, etc.)." 
  • 'Quantity Kind' rdfs:comment "A QuantityKind is an abstract classifier that represents the concept of kind of quantity that is defined as aspect common to mutually comparable quantities. A QuantityKind represents the essence of a quantity without any numerical value or unit. Quantities of the same kind within a given system of quantities have the same quantity dimension. However, quantities of the same dimension are not necessarily of the same kind." 
  • 'Unit of measurement' rdfs:comment "Measurement units are standards for measurement of physical properties or qualities. Every unit is related to a particular kind of property. For instance, the meter unit is uniquely related to the length property. Under our ontological approach, units are abstract spaces used as a reference metrics for quality spaces, such as physical qualia, and they are counted by some number. For instance, weight-units define some quality spaces for the weight-quality where specific weights of objects, like devices or persons, are located by means of comparisons with the proper weight-value of the selected weight-unit." 
  • 'Automatic Measurement Type' rdfs:comment "When the devices are set to take the observations Automatically without any external aid." 
  • 'Battery Level Quantity Kind' rdfs:comment "Total useful life of a battery." 
  • 'Smart City DOI' rdfs:comment "Smart City as an Internet of Things (IoT) applicative domain." 
  • 'Domain Of Interest' rdfs:comment "Application Domain for example: health, environment, etc." 
  • 'Experiment Measurement Type' rdfs:comment "Experiment based measurements." 
  • 'Invalid Measurement Type' rdfs:comment "If the measurement was tagged invalid." 
  • 'Manual Measurement Type' rdfs:comment "If the measurement was taken when human effort was involved." 
  • Others rdfs:comment "Relates to phenomenon and unit that are not available currently in the current version of Taxonomy." 
  • 'Transportation DOI' rdfs:comment "Transportation, Smart Car/Vehicle, Intelligent Transport System (ITS) as an Internet of Things (IoT) applicative domain." 
  • 'Maintenance Schedule' rdfs:comment "Schedule of maintenance for a system/sensor in the specified conditions." 
  • MetaData rdfs:comment "MetaData (Class: MetaData) contain data (like units, precision-ranges …) about a Variable or about an Aspect.
    E.g. the indoor temperature could have meta data: "Degrees Celsius""     
  • 'Thing Property' rdfs:comment "A Value (Class: Value) denotes a property of a Thing. A Value can e.g. be observed or influenced by devices, or it constitutes static data about a Thing.
    E.g. the indoor temperature of the room could be a Value of a Thing "room".
    A Value of a thing can concern a certain Aspect, e.g. the indoor temperature concerns the Aspect "Temperature" that could be measured by a temperature sensor.
    A Value of a Thing can have meta data"     
  • rdfs:comment "ThingsPrO is an ontology based on the concepts presented in IoT-A reference model and other ontologies from IoT Domain. It uses the iot-lite ontology (iot-lite is based on SSN ontology), FIESTA-IoT and BPMO ontology to relate the concepts of the IoT and BPM domain." @en

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