Fuzzy XPath for the automatic search of fuzzy formulae models

​
​ ​ ​ ​
Almendros-Jiménez, Jesús M.
orcId Bofill Arasa, Miquel​ researcherId Bofill Arasa, Miquel​ scopusId Bofill Arasa, Miquel​ ​
Bofill Arasa, Miquel
​ ​ ​ ​
Luna-Tedesqui, Alejandro
​ ​ ​ ​
Moreno, Ginès
​ ​ ​ ​
Vàzquez, Carlos
orcId Villaret i Ausellé, Mateu​ ​ scopusId Villaret i Ausellé, Mateu​ ​
Villaret i Ausellé, Mateu
Text Complet
FuzzyXPath.pdf embargoed access ​
Sol·licita còpia
Sol·licita còpia a l'autor de l'article
En omplir aquest formulari esteu demanant una còpia de l'article dipositat al repositori institucional (DUGiDocs) al seu autor o a l'autor principal de l'article. Serà el mateix autor qui decideixi lliurar una còpia del document a qui ho sol•liciti si ho creu convenient. En tot cas, la Biblioteca de la UdG no intervé en aquest procés ja que no està autoritzada a facilitar articles quan aquests són d'accés restringit.
​
Compartir
​
In this paper we deal with propositional fuzzy formulae containing several propositional symbols linked with connectives defined in a lattice of truth degrees more complex than Bool. Instead of focusing on satisfiability (i.e., proving the existence of at least one model) as usually done in a SAT/SMT setting, our interest moves to the problem of finding the whole set of models (with a finite domain) for a given fuzzy formula. We reuse a previous method based on fuzzy logic programming where the formula is conceived as a goal whose derivation tree, provided by our FLOPER tool, contains on its leaves all the models of the original formula, together with other interpretations. Next, we use the ability of the FuzzyXPath tool (developed in our research group with FLOPER) for exploring these derivation trees once exported in XML format, in order to discover whether the formula is a tautology, satisfiable, or a contradiction, thus reinforcing the bi-lateral synergies between FuzzyXPath and FLOPER ​
​Tots els drets reservats
Mostra el registre complet de l'element