We study the problem of determining a concise, quantifier-free monadic predicate for a given set of objects in a given interpretation. We ad- dress both DNF and CNF predicates, as well as important sub-languages thereof. The problem is formalized as the search of a minimal element in a set of predicates equipped with a binary relation. We show that the problem has always a solution, that finding a minimal solution is always hard, but much harder when neither the given set of objects nor its com- plement are the extent of a formal concept (in the sense of Formal Concept Analysis).

Synthesizing monadic predicates

Meghini C;
2008

Abstract

We study the problem of determining a concise, quantifier-free monadic predicate for a given set of objects in a given interpretation. We ad- dress both DNF and CNF predicates, as well as important sub-languages thereof. The problem is formalized as the search of a minimal element in a set of predicates equipped with a binary relation. We show that the problem has always a solution, that finding a minimal solution is always hard, but much harder when neither the given set of objects nor its com- plement are the extent of a formal concept (in the sense of Formal Concept Analysis).
2008
Istituto di Scienza e Tecnologie dell'Informazione "Alessandro Faedo" - ISTI
Formal concept analysis
Monadic logic
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/40057
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