Foundational Issues / Methodological Variations / GE / Case / System Approaches / Intel / /
Continent
Europe / /
Country
Germany / Norway / Japan / United States / India / / /
Facility
Enric Plaza / University of Kaiserslautern / University of Freiburg / European CBR arena / Trinity College / University of Massachusetts / University of Texas / Agnar Aamodt University of Trondheim / University of Trondheim / Yale University / College of Arts / / /
IndustryTerm
concrete solution / coherent solutions / parallel processing techniques / search procedure / retain userrepair selfrepair evaluate solution / similarity search / sev-eral law scientists / possible solutions / search general knowledge search index structure / few example systems / copy solution method copy solution / natural by-product / discrimination network / main developer / /
Organization
University of Massachusetts / MIT / Department of Informatics / Agnar Aamodt University of Trondheim / Yale University / Institut d’Investigació / Trinity College / Dublin / College of Arts and Science / University of Trondheim / University of Kaiserslautern / University of Freiburg / University of Texas / /
Person
Ray Bareiss / Derek Sleeman / Beatrice Lopez / Mark Keane / Gerhard Strube / RIE VE / Edwina Rissland / Michael Richter / Cyrus Vance / Roger Schank / Bruce Porter / Stefan Wess / Wittgenstein / Sunil Sharma / Janet Kolodner / Fig / Klaus Dieter Althoff / Phyllis Koton / / /
Position
category-exemplar model of Porter / MEDIATOR / CHEF / physician / teacher / financial consultant / Major / chair / dynamic memory model of Schank / drilling engineer / dynamic memory model / Porter / exemplar model / /
Published in: AI Communications, Vol. 7 Nr. 1, March 1994, pp[removed]Case-Based Reasoning: Foundational Issues,