This paper continues a systematic approach to build natural deduction calculi and corresponding proof procedures for non-classical logics. Our attention is now paid to the framework of paraconsistent logics. These logics are used, in particular, for reasoning about systems where paradoxes do not lead to the `deductive explosion', i.e., where formulae of the type `A follows from false', for any A, are not valid. We formulate the natural deduction system for the logic PCont, explain its main concepts, define a proof searching technique and illustrate it by examples. The presentation is accompanied by demonstrating the correctness of these developments
Paraconsistency is the study of logical systems with a non-explosive negation such that a pair of co...
AbstractThe aim of this paper is to obtain a theoretical foundation of inconsistency-tolerant (or pa...
In earlier articles we have introduced truth table natural deduction which allows one to extract nat...
This paper continues a systematic approach to build natural deduction calculi and corresponding proo...
In this paper we present the automated proof search technique in natural deduction paracomplete logi...
We continue our investigation of the proof searching procedures developed for natural deduction calc...
We present our recent work on the construction of natural deduction calculi for temporal logic. We a...
In many modern computer applications the significanceofspecificationbasedverificationiswellaccepted.How...
In the development of many modern software solutions where the underlying systems are complex, dynam...
We present our first account of the complexity of natural deduction proof search algorithms. Though ...
The formalization of the notion of a logically sound argument as a natural deduction proof offers th...
Apparently Ex Falso Quodlibet (or Explosion) cannot be isolated within CL (Classical Logic); if Expl...
Classical propositional logic can be characterized, indirectly, by means of a complementary formal s...
International audienceAbstract In a previous paper (of which this is a prosecution) we investigated ...
We address the problem of proof-search in the natural deduction calculus for Classical propositional...
Paraconsistency is the study of logical systems with a non-explosive negation such that a pair of co...
AbstractThe aim of this paper is to obtain a theoretical foundation of inconsistency-tolerant (or pa...
In earlier articles we have introduced truth table natural deduction which allows one to extract nat...
This paper continues a systematic approach to build natural deduction calculi and corresponding proo...
In this paper we present the automated proof search technique in natural deduction paracomplete logi...
We continue our investigation of the proof searching procedures developed for natural deduction calc...
We present our recent work on the construction of natural deduction calculi for temporal logic. We a...
In many modern computer applications the significanceofspecificationbasedverificationiswellaccepted.How...
In the development of many modern software solutions where the underlying systems are complex, dynam...
We present our first account of the complexity of natural deduction proof search algorithms. Though ...
The formalization of the notion of a logically sound argument as a natural deduction proof offers th...
Apparently Ex Falso Quodlibet (or Explosion) cannot be isolated within CL (Classical Logic); if Expl...
Classical propositional logic can be characterized, indirectly, by means of a complementary formal s...
International audienceAbstract In a previous paper (of which this is a prosecution) we investigated ...
We address the problem of proof-search in the natural deduction calculus for Classical propositional...
Paraconsistency is the study of logical systems with a non-explosive negation such that a pair of co...
AbstractThe aim of this paper is to obtain a theoretical foundation of inconsistency-tolerant (or pa...
In earlier articles we have introduced truth table natural deduction which allows one to extract nat...