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QuoteRef: quilMR_1967
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Topic:
semantic networks
Group:
data type
Topic:
knowledge as interrelated facts
Topic:
self reference
Topic:
Thesa as a database of modules
Topic:
non-hierarchical classification and multiple classification
Topic:
Thesa data model
Topic:
primitive data types of a language
Reference
Quillian, M.R., "Word concepts: A theory and simulation of some basic semantic capabilities", Behavioral Science, 12, 1967, pp. 410-430. Google
Other Reference
p. 98-118 in Brachman, R.J., Levesque, H.J. (eds), Readings in Knowledge Representation, Los Altos, CA: Morgan Kaufmann 1985
99 ;;Quote: semantic net model of memory consists of nodes interconnected by associative links; can think of nodes with English name words
99 ;;Quote: a type node in a semantic net is linked to a configuration of other nodes that represent the meaning of its name word
99 ;;Quote: a token node in a semantic net has an associative link to that concept's type node
99 ;;Quote: a definition of a semantic net concept is a plane of token nodes interlinked into a configuration; each token is linked to another plane
101 ;;Quote: a concept in a semantic net is all nodes reachable from its type node and their interrelationships
101 ;;Quote: a concept in a semantic net is a hierarchically ordered, extensive body of information; from general facts to obscure
101 ;;Quote: in a semantic net, a token node will have many links to it; some circular
103 ;;Quote: in semantic nets, no predefined class hierarchy; every word is the root of its own hierarchy
103 ;;Quote: in semantic nets, there are no primitive word concepts; everything defined in terms of other things in the memory
109 ;;Quote: a semantic net is a complex network of attribute-value nodes with labeled associations between them; including subclass and superclass links
112 ;;Quote: example of intersecting 'cry' and 'comfort' in a semantic net
ThesaHelp: references p-r (245 items)
Topic: semantic networks (42 items)
Group: data type (34 topics, 723 quotes)
Topic: knowledge as interrelated facts (23 items)
Topic: self reference (27 items)
Topic: Thesa as a database of modules (23 items)
Topic: non-hierarchical classification and multiple classification (16 items)
Topic: Thesa data model (58 items)
Topic: primitive data types of a language (31 items)