Matches in LOV for { ?s ?p ?o. }
- NamedValue type Class.
- NamedValue comment "Typed value".
- NamedValue isDefinedBy observation.
- NamedValue label "Named value".
- NamedValue subClassOf B5fbccc72797b1feda0eed8cb9566abf8.
- NamedValue subClassOf Be253584751516c99fcdfb783e8ec50c2.
- Observation type Class.
- Observation comment "An observation is an act associated with a discrete time instant or period through which a number, term or other symbol is assigned to a phenomenon [2]. It involves application of a specified procedure, such as a sensor, instrument, algorithm or process chain. The procedure may be applied in-situ, remotely, or ex-situ with respect to the sampling location. The result of an observation is an estimate of the value of a property of some feature. Use of a common model allows observation data using different procedures to be combined unambiguously.\n\nThe observation itself is also a feature, since it has properties and identity.\n\nObservation details are important for data discovery and for data quality estimation.\n\nThe observation could be considered to carry “property-level” instance metadata, which complements the dataset-level and feature-level metadata that have been conventionally considered (e.g. ISO 19115).".
- Observation comment "Generic observation".
- Observation isDefinedBy observation.
- Observation label "Observation".
- Observation subClassOf B0bf4f4f133609f5a897b424ab6153426.
- Observation subClassOf B0c20eae2989d44c22d4fc1d798e9b28b.
- Observation subClassOf B143b243b5248a71cea2f04f9f083207e.
- Observation subClassOf B20b5327381fff963f36c3c127eb6fc6c.
- Observation subClassOf B290b8a70ab93a1920670675404633bf8.
- Observation subClassOf Ba2b9b4858438740283aad4f1b07eefc0.
- Observation subClassOf Ba9e302745c3763c014f39c0b651b0c16.
- Observation subClassOf Baf5f3bc0325190e57b6fdc52a9d1b24f.
- Observation subClassOf Bb2e9203c80f8462740e917b864b44339.
- Observation subClassOf Bc58f62467b3fa9127c25d85340d8bc61.
- Observation subClassOf AnyFeature.
- Observation subClassOf NotSamplingFeature.
- Observation disjointWith Process.
- Observation notation "OM_Observation".
- ObservationContext type Class.
- ObservationContext comment "Context linking two or more observations".
- ObservationContext comment "Some observations depend on other observations to provide context which is important, sometimes essential, in understanding the result. These dependencies are stronger than mere spatio-temporal coincidences, requiring explicit representation. If present, the association class class ObservationContext (Figure 2) shall link a OM_Observation to another OM_Observation, with the role name relatedObservation for the target. It shall support one attribute.\n\nEXAMPLES\tSome examples include the conditions associated with experimental replicates (e.g., experimental plots and treatments used), biotic factors (e.g., ecological community), interactions among features (e.g., predator-prey), or other temporary relationships occurring at the time of observation that are are not inherent to the observed features themselves (i.e., they change over time), or the related observation may provide input to a process that generates a new result.\nThis association complements the Intention association which describes relationships between a sampling feature and domain features.".
- ObservationContext isDefinedBy observation.
- ObservationContext label "Observation context".
- ObservationContext subClassOf Thing.
- ObservationContext equivalentClass B39dc75b25b597bc8e7cdca968cf6557c.
- ObservationContext equivalentClass B3e5466e85df9e0f89eeeb583f355f5b4.
- ObservationContext notation "ObservationContext".
- PointCoverageObservation type Class.
- PointCoverageObservation comment "Observation whose result is a spatio-temporal field sampled at discete points".
- PointCoverageObservation isDefinedBy observation.
- PointCoverageObservation label "Point Coverage Observation".
- PointCoverageObservation subClassOf B40971adf512a618183aa9a6ca13d382a.
- PointCoverageObservation subClassOf DiscreteCoverageObservation.
- PointCoverageObservation notation "OM_PointCoverageObservation".
- Process type Class.
- Process comment "Process used in an observation, including sensors, algorithms, computation methods".
- Process comment "The class OM_Process (Figure 2) is an instance of the «metaclass» GF_FeatureType (ISO 19109:2005), which therefore represents a feature type. OM_Process is abstract, and has no attributes, operations or associations. It serves as the base class for observation processes. The purpose of an observation process is to generate an observation result. An instance of OM_Process is often an instrument or sensor, but may be a human observer, a simulator, or a process or algorithm applied to more primitive results used as inputs. \n\nNOTE\tISO 19115-2:2008 provides MI_Instrument, LE_Processing and LE_Algorithm, which could all be modelled as specializations of OM_Process. OGC SensorML [10] provides a model which is suitable for many observation procedures.".
- Process isDefinedBy observation.
- Process label "Observation process".
- Process subClassOf AnyFeature.
- Process subClassOf NotSamplingFeature.
- Process disjointWith Observation.
- Process notation "OM_Process".
- TemporalObservation type Class.
- TemporalObservation comment "Observation whose result is a temporal object, such as a time instant or period".
- TemporalObservation isDefinedBy observation.
- TemporalObservation label "Temporal Observation".
- TemporalObservation subClassOf B205f94d2b060b4b2cf5a172a4abba7ba.
- TemporalObservation subClassOf Observation.
- TemporalObservation notation "OM_TemporalObservation".
- TimeSeriesObservation type Class.
- TimeSeriesObservation comment "Observation whose result is a time-series".
- TimeSeriesObservation isDefinedBy observation.
- TimeSeriesObservation label "Time Series Observation".
- TimeSeriesObservation subClassOf B2d3d6e2ea562416fa0182d0dd7a761a3.
- TimeSeriesObservation subClassOf DiscreteCoverageObservation.
- TimeSeriesObservation notation "OM_TimeSeriesObservation".
- TruthObservation type Class.
- TruthObservation comment "Observation whose result is either true or false".
- TruthObservation isDefinedBy observation.
- TruthObservation label "Truth Observation".
- TruthObservation subClassOf Bca4b0a70a46fa3cff976e6d32a5baec9.
- TruthObservation subClassOf Observation.
- TruthObservation notation "OM_TruthObservation".
- featureOfInterest type ObjectProperty.
- featureOfInterest comment "feature of interest of an observation".
- featureOfInterest domain AnyFeature.
- featureOfInterest isDefinedBy observation.
- featureOfInterest label "feature of interest".
- featureOfInterest range AnyFeature.
- featureOfInterest definition "The association Domain shall link the OM_Observation to the GFI_Feature (C.2.1) that is the subject of the observation and carries the observed property. This feature has the role featureOfInterest with respect to the observation. This feature is the real-world object whose properties are under observation, or is a feature intended to sample the real-world object, as described in Clause 9 of this International Standard. An observation instance serves as a propertyValueProvider for its feature-of-interest.".
- metadata type ObjectProperty.
- metadata comment "generic metadata about an observation".
- metadata domain AnyFeature.
- metadata isDefinedBy observation.
- metadata label "observation metadata".
- metadata range Metadata.
- metadata definition "the association Metadata shall link the OM_Observation to descriptive metadata.".
- name type ObjectProperty.
- name comment "key indicating the type of a named value".
- name domain NamedValue.
- name isDefinedBy observation.
- name label "named value key".
- observationContext type ObjectProperty.
- observationContext comment "This property is named 'relatedObservation' in the XML implementation. The rule for association classes needs clarification.".
- observationContext comment "link to related observation".
- observationContext domain Observation.
- observationContext isDefinedBy observation.
- observationContext label "observation context".
- observationContext range ObservationContext.
- observedProperty type ObjectProperty.
- observedProperty comment "property whose value is the result of the observation".
- observedProperty domain AnyFeature.