Property:HasConsequence

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HasConsequence This property is assigned with a description of the benefits and/or possible trade-offs when using the Content Ontology Design Pattern. The value of this property is of type Text.

This property is a subproperty of Property:PatternConsequences.


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Pages using the property "HasConsequence"

Showing 25 pages using this property.

D

Description +This CP allows the designer to represent both a (descriptive) context and the elements that characterize and are involved in that context.
DigitalVideo +The design pattern is expected to facilitate the creation of digital video domain ontologies that will be exploited in the field of digital preservation. A well-established, comprehensible pattern will prove to be advantageous.

E

EEP +Axioms included in the EEP ODP provide inf Axioms included in the EEP ODP provide inferences that allow to answer the competency questions properly. Therefore, solving some weaknesses of the sosa/ssn ontologies. Note that only triples about the four functional object properties: eep:madeBy, eep:usedProcedure, eep:onQuality, and aff:belongsTo, needs to be asserted, the remaining triples are inferred by the property axioms. iples are inferred by the property axioms.
EventCore +This pattern can model moving events and e This pattern can model moving events and events with discontinuous temporal extents, provided an appropriate spatiotemporal extent model is used. This pattern, however, does not facilitate modeling complex relationships between events, such as causality, provenance, or correlation h as causality, provenance, or correlation
Experience & Observation +Adopting this pattern decomposes the lax n Adopting this pattern decomposes the lax notion of experience (e.g. through engaging in reading a book or incidentally hearing some music) into distinguishable elements that can be used in e.g. text annotation with greater precision than with a single named entity representing the experience. named entity representing the experience.
ExperimentalParadigmData +in order to reflect the granularity of the in order to reflect the granularity of the concrete events (several runs of experimental conditions during the same session corresponding to the same experimental paradigm), the relation between paradigm and conditions that specify it is a compositional mereotopological relation a compositional mereotopological relation

F

FIEST-IoT +See paper R. Agarwal, D. Fernandez, T. Els See paper R. Agarwal, D. Fernandez, T. Elsaleh, A. Gyrard, J. Lanza, L. Sanchez, N. Georgantas, V. Issarny, "Unified IoT Ontology to Enable Interoperability and Federation of Testbeds", 3rd IEEE World Forum on IoT, pp. 70-75, Reston, USA, 12-14 December 2016. DOI: 10.1109/WF-IoT.2016.7845470, IEEE, HAL OI: 10.1109/WF-IoT.2016.7845470, IEEE, HAL
Food Recipe Ingredient Substitution Ontology Design Pattern +The pattern allows to represent different types of food substitutes in recipes, and recipe process, and overall notion of food substitution.

G

GO Top +It allows to categorize gene-related types It allows to categorize gene-related types into three main types. It allows to represent parts of gene-related entities (transitively). It does not allow to represent the relationships between entities of different types. It does not say anything about disjointness of categories. anything about disjointness of categories.
GearSpecies +The pattern outlines the relations between The pattern outlines the relations between aquatic species and types of fishing gear that are suitable for catching exemplars thereof. While we do not make this distinction from the species' viewpoint, we do distinguish what species are gear types targeted to and what can be also incidentally caught. Since the original model does not hint at any other possible use for the three object properties presented herein, restriction superclasses for domains and ranges have been refactored as domain and range axioms for said properties. Note that this pattern can also be combined with :gearvessel.owl for answering what species can be caught using what vessel types. This can be inferred transitively. types. This can be inferred transitively.
GearVessel +This is a straightforward pattern that des This is a straightforward pattern that describes vessel types in terms of the fishing gear they can be equipped with. The original usesGearType object property has been reworked, in that subclass restrictions for affected classes have been replacd with domain and range axiom. This also allows the definition of inverse property usedByVesselType. tion of inverse property usedByVesselType.
GearWaterArea +The relation between gear types and water The relation between gear types and water areas is general, i.e. not expressed in terms of logistics, legal constraints etc. Note that no statement is made as for the domain of the hasWaterArea property, as it applies to both GearType and VesselType in other patterns, and in principle could apply to other entities. Hence the domain is expressed through superclass universal restrictions on the GearType class. versal restrictions on the GearType class.

H

HasPest +An organism can be a pest of another organism, so the domain and range may be the same. This may leds to inconsistencies when instanciate the relationships.

I

Information realization +This pattern allows to distinguish information objects from their concrete realizations.
IntensionExtension +We are able to distinguish between the int We are able to distinguish between the intension of the meaning of an information object (its social object, e.g. a concept), and its extension (the entities or ets of entities it can be about). In practice, this pattern allows to encode a minimal version of the semiotic triangle, and it's useful in all cases where the domain and task need to represent in a same ontology e.g. eords, concepts, and things. SKOS has an overlap with this pattern. gs. SKOS has an overlap with this pattern.
Invoice +Heterogeneous models for invoices can be a Heterogeneous models for invoices can be aligned to this pattern, which then acts as a semantic facade to different invoice management applications. The Context class can be used to gather temporal,spatial and organizational data. Otherwise, other specific patterns can be composed in order to deal with that. an be composed in order to deal with that.

L

LCA Pattern +This ontology design pattern does neither This ontology design pattern does neither cover the process of carrying out life cycle assessments, e.g., how data is gathered or how so-called system boundaries are defined, nor does it provide the variety of spatial, temporal, and thematic attributes used to scope inventory items, e.g., to express the fact that coal extraction may have varying impacts depending on the geographic region and used technology. the geographic region and used technology.
LicenseLinkedDataResources +A more precise attribution of rights expression to Linked Data
Literal Reification +This pattern allows to specify different contexts and/or meanings to a particular literal value.

M

Material Transformation +This is not a very generic pattern describ This is not a very generic pattern describing a change of states. It may not be applicable to broader types of transformation, like change of money, or change of political affiliations, etc. However, an instance of this pattern may be chained with another instance of this pattern or an instance of semantic trajectory. ern or an instance of semantic trajectory.
Metonymy-species-commodity +the link between species and consumer product will allow the blacklisting of product manufactured from endangered stocks.
ModifiedHazardousSituation +The modified version of the hazardous situation pattern is not completely compatible with the original, due to changing the range of the involves property from Hazard to Exposure. This change could arguably be made to the original pattern as well.

N

Nary Participation +All sorts of relations denoting events wit All sorts of relations denoting events with multiple participants, space-time indexing, etc. can be represented with this pattern. When objects participate at the event at different times or with different parts, more elementary nary-participation instances must be created, and made parts of the main one. e created, and made parts of the main one.
NewsReportingEvent +The pattern is rather complex and should only be used if the circumstances of the events presented in a media are expected to be uncertain (to differ in different news event reports of different news providers).

O

OOPMetrics +Software anti-patterns (design-flaws) can be detected based on software metrics by using this ontology pattern., Anti-sabloanele (defectele de proiectare) soft pot fi detectate pe baza metricior soft daca se foloseste aceasta ontologie sablon.
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