Regier, T. (1995) A Model of the Human Capacity for Categorizing Spatial Relations. Cognitive Linguistics, 6-1, pp. 63-88. Home/Search Document Details and Download
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Bootstrapping Grounded Word Semantics - Steels, Kaplan (1999) (8 citations) (Correct)
....relation. The common properties of referents constitute the meaning of the word and these common properties are learned by seeing many examples and retaining their similarities. Such an approach also underlies neural network approaches to word acquisition as discussed for example by [4] or [10]. In contrast, we have adopted a Wittgensteinian approach, where agents invent words and meanings as part of a language game, formulate different hypotheses about the meanings of words used by others and test these meanings in their own language production. The evolution towards lexicon coherence ....
Regier, T. (1995) A Model of the Human Capacity for Categorizing Spatial Relations. Cognitive Linguistics, 6-1, pp. 63-88.
Self-Organizing Maps In Natural Language Processing - Honkela (1997) (28 citations) (Correct)
....of the word. The SOM is used to resolve ambiguity in (Scholtes, 1992b) Gallant (1991) has also developed a neural network based approach for word sense disambiguation. A model 11 Symbol grounding, embodiment and their connectionist modeling is a central topic, e.g. in (Varela et al. 1993; Regier, 1995). degree of membership original multidimensional space nonlinear mapping based on adaptation a non symbolic feature space with reduced dimensionality degree of membership height 1 .75 .5 .25 0 tallness degree of membership height 1 .75 .5 .25 0 age sex time in history etc. tallness (a) ....
Regier, T. (1995). A model of the human capacity for categorizing spatial relations. Cognitive Linguistics, 6(1):63--88.
Maps for Verbs - Cohen (Correct)
.... 2 something no ontology can currently do (Rosenstein, Cohen, Schmill and Atkin, 1997) Dynamical representations of physical interactions are easily learned from observations of dynamics (Rosenstein et al. 1997) this is true also of dynamical representations of linguistic constructs (e.g. Regier, 1995; Elman, 1995) The strongest reason to consider dynamics as a foundation for ontologies, I think, is that the knowledge of the youngest humans neonates and infants is produced by interacting physically with the world. Neonates are capable of movement, but nobody credits them with conceptual ....
Regier, T. 1995. A model of the human capacity for categorizing spatial relationships.
The Synthetic Modeling of Language Origins - Steels (1997) (31 citations) (Correct)
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Regier, T. (1995) A Model of the Human Capacity for Categorizing Spatial Relations. Cognitive Linguistics, 6-1, pp. 63-88.
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