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Resolution on Quantified Generalized Clause-sets
Author(s) -
Jin Jiwei,
Xishun Zhao
Publication year - 2010
Publication title -
journal on satisfiability boolean modeling and computation
Language(s) - English
Resource type - Journals
eISSN - 1875-5011
pISSN - 1574-0617
DOI - 10.3233/sat190073
Subject(s) - soundness , resolution (logic) , conjunctive normal form , generalization , mathematics , completeness (order theory) , horn clause , satisfiability , discrete mathematics , computer science , theoretical computer science , artificial intelligence , logic programming , programming language , mathematical analysis
This paper is devoted to investigate resolution for quantified generalized clause-sets (QCLS). The soundness and refutation completeness are proved. Then quantified generalized Horn clause-sets are introduced for which a restricted resolution, called quantified positive unit resolution, is proved to be sound and refutationally complete. Moreover, it is shown that the satisfiability for quantified generalized Horn clause-sets is solvable in polynomial time. On the one hand, the work of this paper can be considered as a generalization of resolution for generalized clause-sets (CLS). On the other hand, it also can be considered as a generalization of Q-resolution for quantified boolean CNF formulae (QCNF).

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