International audienceOne proof-theoretic approach to equality in quantificational logic treats equality as a logical connective: in particular, term equality can be given both leftand right introduction rules in a sequent calculus proof system. We present a particular example of this approach to equality in a first-order logic setting in which there are no predicate symbols (apart from equality). After we illustrate some interesting applications of this logic, we show that provability in this logic is undecidable
The automation of reasoning has been an aim of research for a long time. Already in 17th century, th...
We classify completely the complexity of evaluating positive equality-free sentences of first-order ...
A proof procedure is described which operates on formulas of the predicate calculus which are quanti...
International audienceOne proof-theoretic approach to equality in quantificational logic treats equa...
We present a general framework for proof search in first-order cut-free sequent calculi and apply it...
We develop and mechanize compact proofs of the undecidability of various problems for dyadic first-o...
In this paper, I motivate a cut free sequent calculus for classical logic with first order quantific...
AbstractThe kinds of inference rules and decision procedures that one writes for proofs involving eq...
International audienceThe kinds of inference rules and decision procedures that one writes for proof...
We start from the Forum presentation of first order linear logic to design an equivalent system for...
Abstract. We give an approach for deciding satisfiability of equality logic formulas (E-SAT) in con...
Abstract. We prove that any sound logic for arithmetic must be incomplete. From this it follows that...
We improve upon a number of recent undecidability results related to the so-called Herbrand Skeleton...
AbstractThe combinatorics of classical propositional logic lies at the heart of both local and globa...
Abstract. Equality logic with or without uninterpreted functions is used for proving the equivalence...
The automation of reasoning has been an aim of research for a long time. Already in 17th century, th...
We classify completely the complexity of evaluating positive equality-free sentences of first-order ...
A proof procedure is described which operates on formulas of the predicate calculus which are quanti...
International audienceOne proof-theoretic approach to equality in quantificational logic treats equa...
We present a general framework for proof search in first-order cut-free sequent calculi and apply it...
We develop and mechanize compact proofs of the undecidability of various problems for dyadic first-o...
In this paper, I motivate a cut free sequent calculus for classical logic with first order quantific...
AbstractThe kinds of inference rules and decision procedures that one writes for proofs involving eq...
International audienceThe kinds of inference rules and decision procedures that one writes for proof...
We start from the Forum presentation of first order linear logic to design an equivalent system for...
Abstract. We give an approach for deciding satisfiability of equality logic formulas (E-SAT) in con...
Abstract. We prove that any sound logic for arithmetic must be incomplete. From this it follows that...
We improve upon a number of recent undecidability results related to the so-called Herbrand Skeleton...
AbstractThe combinatorics of classical propositional logic lies at the heart of both local and globa...
Abstract. Equality logic with or without uninterpreted functions is used for proving the equivalence...
The automation of reasoning has been an aim of research for a long time. Already in 17th century, th...
We classify completely the complexity of evaluating positive equality-free sentences of first-order ...
A proof procedure is described which operates on formulas of the predicate calculus which are quanti...