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Analogy / Ethology / Science / Transformation / Linguistics / Glyph / Qualitative Reasoning Group / Reasoning / Functions and mappings


A Structure Mapping Model for Solving Geometric Analogy Problems Emmett Tomai Andrew Lovett Kenneth D. Forbus
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Document Date: 2005-06-02 15:38:36

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File Size: 291,11 KB

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City

Evanston / Santa Fe / San Francisco / Brasilia / Markman / Cambridge / Austin / Palo Alto / /

Company

sKEA / MIT Press / Cycorp / Figure A Figure B SME Mapping AB / /

Country

United States / Brazil / /

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Facility

University of Illinois / /

IndustryTerm

visual processing / computational geometry algorithms / spatial processing / greedy algorithm / built-in qualitative visual structure computing abilities / visual systems / analogical processing / human-like analogical processing / analogical processing scheme / medium and high-level visual processing / high-level visual processing / /

Organization

Perceptual Organization / University of Illinois / office of Naval Research / National Science Foundation / Department of Computer Science / MIT / Northwestern University / Experimental and Theoretical Artificial Intelligence / Information Processing Technology Office / Geometric-Analogy Intelligence / Defense Advanced Projects Research Agency / /

Person

Evans / /

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Position

Psychologist / Structure Mapping Model for Solving Geometric Analogy Problems Emmett Tomai Andrew Lovett Kenneth D. Forbus Jeffrey Usher Qualitative Reasoning Group / Usher / /

ProvinceOrState

Alberta / Texas / New Mexico / Illinois / California / A. B. / /

Technology

artificial intelligence / computational geometry algorithms / greedy algorithm / simulation / same algorithm / image processing / /

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