We present resolution-based decision procedures for the guarded, two-variable and monadic fragments without equality in a uniform way and show how they can be combined. In this way, new decidable fragments are obtained. We make use of a novel technique for describing resolution decision procedures by means of clause schemes. The scheme notation provides a convenient way of specifying decision procedures, proving their correctness and analyzing complexity of associated decision problems. We also show that many decidability results obtained in the paper cannot be extended to the case with equalit
Abstract. Combination of decision procedures is at the heart of Sat-isfiability Modulo Theories (SMT...
We give an overview of resolution based methods for propositional multimodal logics, and description...
There are many different ways of proving formulas in proposition logic. Many of these can easily be ...
We give resolution based decision procedures for both the strictly guarded fragment and the loosely ...
We show how well-known refinements of ordered resolution, in particular redundancy elimination and o...
We show how well-known refinements of ordered resolution, in particular redundancy elimination and o...
The two-variable fragment of first-order logic is the set of formulas that do not contain function s...
We give a decision procedure for the guarded fragment with equality. The procedure is based on resol...
AbstractThe guarded fragment (GF) is a fragment of first-order logic that has been introduced for tw...
We define a general notion of a fragment within higher order type theory; a procedure for constrain...
International audienceCombination of decision procedures is at the heart of Satisfiability Modulo Th...
In the paper I give a unified treatment of several first order decidable classes, using resolution d...
Proving formulas in propositional logic can be done in different ways. Some of these are based on of...
ABSTRACT. The resolution principle, an automatic inference technique, is studied as a possible decis...
Abstract. Combination of decision procedures is at the heart of Sat-isfiability Modulo Theories (SMT...
We give an overview of resolution based methods for propositional multimodal logics, and description...
There are many different ways of proving formulas in proposition logic. Many of these can easily be ...
We give resolution based decision procedures for both the strictly guarded fragment and the loosely ...
We show how well-known refinements of ordered resolution, in particular redundancy elimination and o...
We show how well-known refinements of ordered resolution, in particular redundancy elimination and o...
The two-variable fragment of first-order logic is the set of formulas that do not contain function s...
We give a decision procedure for the guarded fragment with equality. The procedure is based on resol...
AbstractThe guarded fragment (GF) is a fragment of first-order logic that has been introduced for tw...
We define a general notion of a fragment within higher order type theory; a procedure for constrain...
International audienceCombination of decision procedures is at the heart of Satisfiability Modulo Th...
In the paper I give a unified treatment of several first order decidable classes, using resolution d...
Proving formulas in propositional logic can be done in different ways. Some of these are based on of...
ABSTRACT. The resolution principle, an automatic inference technique, is studied as a possible decis...
Abstract. Combination of decision procedures is at the heart of Sat-isfiability Modulo Theories (SMT...
We give an overview of resolution based methods for propositional multimodal logics, and description...
There are many different ways of proving formulas in proposition logic. Many of these can easily be ...