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(2002) Progress in discovery science, Dordrecht, Springer.
This paper gives a general framework for analyzing casebased reasoning to represent a lattice-based relation. This is a generalization of our previous work to analyze case-based reasoning over a boolean domain [Satoh98],[Satoh00a] and a tree-structured domain [Satoh00b]. In these work, we use a set-inclusion based similarity which is a generalization of a similarity measure proposed in a legal domain [Ashley90],[Ashley94]. We show representability of a lattice-based relation, approximation method of constructing a minimal casebase to represent a relation and complexity analysis of the method.
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Full citation:
Satoh, K. (2002)., Constructing a critical casebase to represent a lattice-based relation, in S. Arikawa & A. Shinohara (eds.), Progress in discovery science, Dordrecht, Springer, pp. 214-223.
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