Property:ContentODPDescription
From Odp
This property is of type Text.
This property is a subproperty of PatternSolution.
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Pages using the property "ContentODPDescription"
Showing 25 pages using this property.
M | |
|---|---|
| Material Transformation + | The pattern models a material transformation as something that has inputs and catalysts, and produces some outputs. All inputs, catalysts and outputs are material, and within them, embodied energy may be described. |
| MaterialsProperty + | This pattern provides an extensible and modular content ontology design pattern that captures materials properties, the governing conditions, and the asserting authority. |
| Metonymy-species-commodity + | -- |
| ModifiedHazardousSituation + | The entities Mitigation and Susceptibility … The entities Mitigation and Susceptibility, which are key concepts to model when dealign with risk assessment and mitigation planning, have been added to the pattern. An Object hasSusceptibility to an Amount of Exposure to a Hazard. A Mitigation can change the level of Exposure to a Hazard. change the level of Exposure to a Hazard. |
| Move + | -- |
| Musicalobject + | The pattern models the physical characteri … The pattern models the physical characteristics that can be extracted from the sound wave produced by an instrument playing a musical note. The MusicalObject class is connected to four classes that describe these physical characteristics, namely duration, sound intensity, frequency and envelope. The MusicObjectDuration class expresses the duration in seconds of the musical object, by means of the object property hasDurationInSeconds. In the same way, the musical intensity is modelled via the SoundIntensity class. Frequency is modelled by means of the class Frequency and its sub-classes FundamentalFrequency and PartialFrequency. For each expressed frequency, the magnitude of the frequency is also indicated using the hasFrequencyMagnitude object property. Finally, the Envelope class is connected to four object properties that describe the envelope of the waveform according to the ADSR model, namely hasAttack, hasSustain, hasDecay and hasRelease. tack, hasSustain, hasDecay and hasRelease. |
N | |
| Nary Participation + | --- |
| NewsReportingEvent + | The pattern extends the ReportingEvent pat … The pattern extends the ReportingEvent pattern by specifying the primary properties of the specialisation of the ReportingEvent class. The specialisation, NewsReportingEvent, denotes the act of providing a unit of information (ActualEventView) to the general public. The act utilises a certain Media (TV station, radio station, newspaper, website). A Media is owned by a certain SocialAgent - NewsProvider. This agent takes partial responsibility for the content provided, but its responsibility differs from the one of the NewsEventReporter, an Agent that directly reports the ActualEvent. Other properties which are very important for a NewsReportingEvent are time at which the event is reported and the context of presentation. reported and the context of presentation. |
O | |
| OOPMetrics + | This is an ontology pattern that represents software metrics for OOP. The unit test present in the ontology pattern shows how an ontology that uses this pattern can be queried to satisfy the scenario. |
| Object with states + | The pattern contains three classes, one fo … The pattern contains three classes, one for representing objects, another for representing object states, and a third one for representing sets of states. Besides, it contains object properties for relating objects and states (which are subproperties of those defined in the Situation pattern [[http://ontologydesignpatterns.org/cp/owl/situation.owl]]) and for relating states and sets of states (reused from the CollectionEntity pattern [[http://ontologydesignpatterns.org/cp/owl/collectionentity.owl]]) and a datatype property for defining the size of a set of states (reused from the Set pattern [[http://ontologydesignpatterns.org/cp/owl/set.owl]]). For applying the pattern, first all the possible states of the object must be created as instances of the state class using the Value Partition pattern [http://www.w3.org/TR/swbp-specified-values/]. Then, different classes must be defined to represent the object in each of the states and state-specific restrictions must be applied to those classes; the object class must be defined as a disjoint union of these classes. ined as a disjoint union of these classes. |
| Objectrole + | - |
| Observation + | ... |
P | |
| Parameter + | A basic pattern to represent parameters over concepts. Implemented with simple classes and properties. |
| PartOf + | -- |
| ParticipantRole + | The pattern introduces a situation that connects the object to its role in a particular event. |
| Participation + | This pattern is a basic one, and enables the representation of any simple binary relation between objects and events. |
| PeriodicInterval + | The class “Interval” defined in the OWL-Ti … The class “Interval” defined in the OWL-Time ontol-ogy has been extended within this pattern by means of the class “PeriodicInterval”. This concept has been created in order to define periodic intervals. As we have al-ready mentioned, these intervals are defined by four elements, namely, its beginning, its end, the duration of each subinterval and the duration of the period, that is, the gaps between two subintervals. In order to model the beginning and end of the inter-val, we have reused the relationships “hasBeginning” and “hasEnd” already defined in the OWL-Time ontology. By taking advantage of the concepts and relations al-ready defined in the OWL-Time ontology instead of creating new ones we both pro-mote the reuse of existing models and avoid the inclusion of unnecessary complexity within the pattern being developed. The durations of the subintervals and the period between them have been modelled by means of the relationships “hasIntervalDura-tionPerPeriod” and “hasPeriod” respectively. Both relationships are defined between the concepts “PeriodicInterval” and “DurationDescription”. riodicInterval” and “DurationDescription”. |
| PharmaInnova + | -- |
| Place + | This is a basic pattern, useful to represent generic locations for anything, which becomes a place when is assumed as a reference location. |
| PlanConditions + | -- |
| Policy + | The pattern’s main entity is a policy. Appropriate object properties connect the policy with significant attributes and other entities. |
| Pollution + | The pollution ODP uses Trajectory, Observation and Stub_Metapattern ODP at its core to represent pollution. Pollution is the core concept in the ODP and is connected to multiple contributors, which can have spatio-temporal characteristics. |
| Price + | -- |
| PrivacyPolicyPersonalData + | Model the information using provenance-based ontology to show information such as collection, sharing, storage of personal data |
| Provenance + | Extracted core of PROV-O |
