Publication | Closed Access
Lexical knowledge representation with contextonyms
21
Citations
16
References
2003
Year
Unknown Venue
Intra-word Sense DivisionsEngineeringInter-word AssociationsPsycholinguisticsSemanticsSemantic WebSemantic SimilarityCorpus LinguisticsText MiningWord EmbeddingsApplied LinguisticsNatural Language ProcessingComputational LinguisticsLexical Knowledge RepresentationMinimal SenseLanguage StudiesKnowledge RepresentationCognitive ScienceComputational LexicologyKnowledge DiscoveryDistributional SemanticsLexical ResourceLinguisticsWord-sense DisambiguationSemantic Representation
Inter-word associations like stagger - drunken, or intra-word sense divisions (e.g. write a diary vs. write an article) are difficult to compile using a traditional lexicographic approach. As an alternative, we present a model that reflects this kind of subtle lexical knowledge. Based on the minimal sense of a word (clique), the model (1) selects contextually related words (contexonyms) and (2) classifies them in a multi-dimensional semantic space. Trained on very large corpora, the model provides relevant, organized contexonyms that reflect the fine-grained connotations and contextual usage of the target word, as well as the distinct senses of homonyms and polysemous words. Further study on the neighbor effect showed that the model can handle the data sparseness problem.
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