UNL Ontology: Difference between revisions

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The '''UNL Ontology''', also known as the UW System, is a tree-like structure where UWs are interconnected through ontological relations: [[icl]] (is-a-kind-of), [[iof]] (is-an-instance-of), [[equ]] (is-equivalent-to) and [[pof]] (is-a-part-of). The UNL Ontology is claimed to improve the results of the [[enconversion]] process, as it can be used as a word sense disambiguation strategy; and the [[deconversion]] results, as it would compensate dictionary limitations.  
The '''UNL Ontology''', also known as the UW System, is a tree-like structure where UWs are interconnected through ontological relations: [[icl]] (is-a-kind-of), [[iof]] (is-an-instance-of), [[equ]] (is-equivalent-to) and [[pof]] (is-a-part-of). The UNL Ontology is claimed to improve the results of the [[UNLization]] process, as it can be used as a word sense disambiguation strategy; and the [[NLization]] results, as it would compensate dictionary limitations.
 
For the time being, there are two different UNL ontologies:
 
* [http://www.undl.org/unlsys/uw/UNLKB.htm The UW System]
:A list of UWs provided by the UNL Centre (here presented as a part of the UNL Knowledge Base)
* [http://www.ronaldomartins.pro.br/unlwordnet/ The UNL WordNet 2.1]
:A list of UWs extracted out of the English WordNet2.1

Revision as of 19:37, 13 December 2010

The UNL Ontology, also known as the UW System, is a tree-like structure where UWs are interconnected through ontological relations: icl (is-a-kind-of), iof (is-an-instance-of), equ (is-equivalent-to) and pof (is-a-part-of). The UNL Ontology is claimed to improve the results of the UNLization process, as it can be used as a word sense disambiguation strategy; and the NLization results, as it would compensate dictionary limitations.