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See:
Description
| Class Summary | |
| Absurdist | Class Absurdist provides the ABSURDIST II graph matching algorithms to compute the correspondence between two concept systems, and finds the optimal mappings between them. |
| Absurdist.Results | Used for reporting. |
| Concept | Class Concept specifies the data structure for a concept, which contains its name and some features. |
| ConceptSystem | Class ConceptSystem is the data model for a concept system specifying the semantic network between the concepts. |
| FeatureVectorConcept | This is a special subclass of Concept, in which each instance contains an internal feature vector used to compute external similarity. |
| FeatureVectorConcept.IVPair | An index-value pair; used as a component of fv. |
| Link | Node pair (i,j). |
| Relation | Class Relation Specifies the data structure for a relation, which contains its involved concepts and some features. |
| RelationModel | Class RelationModel is the model for a particular type of relation, including specifications on its inherent properties. |
The main graph matching algorithm. Based on the "neural-net"-style
ABSURDIST method described in this paper:
Robert L. Goldstone, Brian J. Rogosky, "Using relations within
conceptual systems to translate across conceptual
systems". Cognition 84 (2002), 295-320.
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