AbstractThe KE inference system is a tableau method developed by Marco Mondadori which was presented as an improvement, in the computational efficiency sense, over Analytic Tableaux. In the literature, there is no description of a theorem prover based on the KE method for the C1 paraconsistent logic. Paraconsistent logics have several applications, such as in robot control and medicine. These applications could benefit from the existence of such a prover. We present a sound and complete KE system for C1, an informal specification of a strategy for the C1 prover as well as problem families that can be used to evaluate provers for C1. The C1 KE system and the strategy described in this paper will be used to implement a KE based prover for C1,...
Abstract We show that logic C1 cannot be extended to a paraconsistent logic in which the substitutio...
In this system description we provide FCUBE, a theorem prover for Intuitionistic propositional logic...
Abstract. This paper proposes a paraconsistent and nonmonotonic extension of description logic by pl...
AbstractThe KE inference system is a tableau method developed by Marco Mondadori which was presented...
A Prolog implementation of a new theorem-prover for first-order classical logic is described. The pr...
This paper presents a tableau based proof technique that is suitable for proving theorems in the two...
AbstractWe show that logic C1 cannot be extended to a paraconsistent logic in which the substitution...
Summary. In this paper we present an eective prover for mbC, a minimal in-consistency logic. The mbC...
In this paper we present an e ective prover for mbC, a minimal inconsistency logic. The mbC logic is...
This paper proposes a paraconsistent and nonmonotonic extension of description logic by planting a n...
Apparently Ex Falso Quodlibet (or Explosion) cannot be isolated within CL (Classical Logic); if Expl...
AbstractA proof-theoretic analysis and new arithmetical semantics are proposed for some paraconsiste...
This is a survey of the main contributions of the author to the field of paraconsistent logic. After...
A paraconsistent logic is a logic in which the inference rule (ECQ): a˄¬a|- b is not valid. After se...
Schlangen D, Lascarides A. CETP: An Automated Theorem Prover for a Fragment of Common Sense Entailme...
Abstract We show that logic C1 cannot be extended to a paraconsistent logic in which the substitutio...
In this system description we provide FCUBE, a theorem prover for Intuitionistic propositional logic...
Abstract. This paper proposes a paraconsistent and nonmonotonic extension of description logic by pl...
AbstractThe KE inference system is a tableau method developed by Marco Mondadori which was presented...
A Prolog implementation of a new theorem-prover for first-order classical logic is described. The pr...
This paper presents a tableau based proof technique that is suitable for proving theorems in the two...
AbstractWe show that logic C1 cannot be extended to a paraconsistent logic in which the substitution...
Summary. In this paper we present an eective prover for mbC, a minimal in-consistency logic. The mbC...
In this paper we present an e ective prover for mbC, a minimal inconsistency logic. The mbC logic is...
This paper proposes a paraconsistent and nonmonotonic extension of description logic by planting a n...
Apparently Ex Falso Quodlibet (or Explosion) cannot be isolated within CL (Classical Logic); if Expl...
AbstractA proof-theoretic analysis and new arithmetical semantics are proposed for some paraconsiste...
This is a survey of the main contributions of the author to the field of paraconsistent logic. After...
A paraconsistent logic is a logic in which the inference rule (ECQ): a˄¬a|- b is not valid. After se...
Schlangen D, Lascarides A. CETP: An Automated Theorem Prover for a Fragment of Common Sense Entailme...
Abstract We show that logic C1 cannot be extended to a paraconsistent logic in which the substitutio...
In this system description we provide FCUBE, a theorem prover for Intuitionistic propositional logic...
Abstract. This paper proposes a paraconsistent and nonmonotonic extension of description logic by pl...