Property:AlignmentODPSolution
From Odp
This is a property of type Text.
This property is subproperty of PatternSolution.
Pages using the property "AlignmentODPSolution"
Showing 14 pages using this property.
C | |
|---|---|
| Class Union + | This pattern establishes a correspondence … This pattern establishes a correspondence between a pair of classes in the first ontology and a single class in the other. This pattern is agnostic as to whether the correspondence is unidirectional or bidirectional. Direction of the correspondence can be achieved through combination of the pattern with the Class equivalence or Class Subsumption pattern. equivalence or Class Subsumption pattern. |
| Class by attribute occurence + | This pattern establishes a mapping between a class/attribute combination in one ontology and a class in another. |
| Class by attribute type + | This pattern establishes a mapping between a class/attribute combination in one ontology and a class in another. In many cases this pattern will be used many times to fully cover the range of the attribute over various classes of the other ontology. |
| Class by attribute value + | This pattern establishes a mapping between … This pattern establishes a mapping between a class/property/property-value combination in one ontology and a class in another. This pattern is agnostic as to whether the mapping is unidirectional or bidirectional direction of the mapping can be achieved through combination of the pattern with the equivalent classes or class subsumption correspondence patterns. class subsumption correspondence patterns. |
| Class by path attribute value + | The two classes in two ontologies are prov … The two classes in two ontologies are provided along with a statement involving either one class or both classes. This statement is a precondition for the correspondence. This pattern is agnostic to whether the correspondence is unidirectional or bidirectional. However, if the correspondence is bidirectional (equivalence relation), the same precondition applies for both directions. precondition applies for both directions. |
| Class correspondence defined by relation domain + | This pattern establishes a correspondence between a class and relation in one ontology and a class in another |
| Class equivalence + | The pattern relates the two classes by specifying them as being equivalent. |
| Class intersection + | This pattern establishes a correpondence b … This pattern establishes a correpondence between a pair of classes in the first ontology and a single class in the other. This pattern is agnostic as to whether the correspondence is unidirectional or bidirectional. Direction of the correspondence can be achieved through combination of the pattern with the Equivalent Class or Class subsumption patterns. alent Class or Class subsumption patterns. |
| Class subsumption + | This pattern establishes a unidirectional correspondence from a more specific class in one ontology to a broader class in another ontology. The relation is broadened to allow class expressions in addition to merely class names. |
D | |
| Disjoint Classes + | This pattern establishes correspondence stating that classes are disjoint. |
S | |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The Spatial Graph Adapter (SGA) pattern pr … The Spatial Graph Adapter (SGA) pattern provides us a way to extend the simple identification of geometries and simultaneously assign further descriptions and self-context as well as contextual and relational references to other spatial objects in or surrounding the original entity. For example, not only can we use existing notions say that one surface is adjacent to another, but we have a way to say exactly what type of adjacency and to what extent it is adjacent (more examples in accompanying paper). The SGA has also been implemented for several building industry schemas model sets our further research in bringing this and other patterns into full use in a Linked Data Platform (ongoing). l use in a Linked Data Platform (ongoing). |
V | |
| Vocabulary Alignment Pattern: Conjoint Instances of an external Class + | The patterns "Subclass of an external Clas … The patterns "Subclass of an external Class" and "Sub property of an external Property" allow the extension of external classes or properties. Instances, however, can not be easily instances of the external vocabularies. But the use of instances of the external classes, is an essential aim of vocabulary alignments. So it should be possible, to use instances of the classes foaf:Agent or its subclass foaf:Person describe an instance of a class own:Person in the own ontology. The concepts foaf:Person and own:Person are not equivalent, but there is an intersection of instances. The set of intersection is even larger if the domain and range of properties of the own class are sub properties of properties of the external vocabulary. As used herein, the description logic models a equivalence between class B and class D, for such instances of both classes, defined on an object property like p1. The external class is from the perspective of their own domain typically in the range of an defined object property. Therefore, this pattern is used on an inverse object property. rn is used on an inverse object property. |
| Vocabulary Alignment Pattern: Sub property of an external Property + | The use of the pattern sub property allows modelling of domain-specific properties which are derived from an external vocabulary. |
| Vocabulary Alignment Pattern: Subclass of an external Class + | The use of the pattern "Subclass of an external Class" allows to use properties of an external vocabulary defined for a similar class. |
