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QuoteRef: minsM_1981
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references m-o
Topic:
knowledge representation by frames
Topic:
knowledge representation
Topic:
semantic networks
Topic:
default value
Topic:
consistency testing
Topic:
logic
Topic:
program proving is infeasible
Topic:
intelligent machines
Topic:
heuristic-based systems
Topic:
problems with logic programming
Reference
Minsky, M., "A framework for representing knowledge", pp. 95-128, in Haugeland, J. (ed.), Mind Design, Cambridge, MA, MIT Press, 1981. Google
Other Reference
p. 246-262 in Brachman, R.J., Levesque, H.J. (eds), Readings in Knowledge Representation, Los Altos, CA: Morgan Kaufmann 1985
246 ;;Quote: represent knowledge by a frame which is adapted to fit reality by changing its details
246 ;;Quote: attached to each frame is how to use it, what will happen next, what to do if expectations fail
246 ;;Quote: frames have slots to fill with defaults or with specific instances (often another frame) that meet certain conditions
246+;;Quote: a frame is a network of nodes and relations; made of slots that usually reference smaller subframes
246+;;Quote: a frame's top levels are fixed; lower levels changed to reflect current situation
247 ;;Quote: if a frame's slots can not be assigned according to its conditions; the network provides a replacement frame
253 ;;Quote: a frame is a collection of questions (terminal slots) which should be answered in a given situation
262 ;;Quote: logic is not flexible enough for thinking because consistency is too strong a requirement
262 ;;Quote: shouldn't separate specific knowledge from general rules of inference; advice and knowledge should be linked together
ThesaHelp: references m-o (268 items)
Topic: knowledge representation by frames (18 items)
Topic: knowledge representation (41 items)
Topic: semantic networks (42 items)
Topic: default value (8 items)
Topic: consistency testing (60 items)
Topic: logic (84 items)
Topic: program proving is infeasible (47 items)
Topic: intelligent machines (28 items)
Topic: heuristic-based systems (35 items)
Topic: problems with logic programming (10 items)