In this paper, we establish a relation between an argumentation based system: Defeasible Logic Programming (DELP), and a nonmonotonic system: Reiter’s Default Logic. This relation is achieved by introducing a variant of DELP and a transformation that maps default theories to defeasible logic programs. The transformation allows to associate the answers of a DELP Interpreter with the consequences, credulous and skeptical, of the default theory. Thus, this work establishes a link between a well understood nonmonotonic system and a argumentation based system. This link could be studied separately and could be exploited for the development of the latter system.Red de Universidades con Carreras en Informática (RedUNCI
Defeasible reasoning is a simple but efficient approach to nonmonotonic reasoning that has recently ...
AbstractRecently there has been increased interest in logic programming-based default reasoning appr...
Humans have always been intrigued by their ability to reason. We have constantly attempted to emulat...
In this paper, we establish a relation between an argumentation based system: Defeasible Logic Progr...
In this paper, we establish a relation between an argumentation based system: Defeasible Logic Progr...
It is interesting and important to compare, analyze and assess the alternative tools that could be u...
Logics for nonmonotonic reasoning have often been described by the property they lack-that is, monot...
It is interesting and important to compare, analyze and as-sess the alternative tools that could be ...
Defeasible Logic Programming (DeLP) is a knowledge representation and reasoning formalism that by co...
AbstractThis paper relates the Defeasible Logic Programming (DeLP) framework and its semantics SEMDe...
This thesis defines Defeasible Logic Programming and provides a concrete specification of this new l...
This paper relates the Defeasible Logic Programming (DeLP) framework and its semantics SEMneLP to mo...
Possibilistic defeasible logic programming (P-DeLP) is a logic programming framework which combines ...
This article is devoted to the study of methods to change defeasible logic programs (de.l.p.s) which...
This paper summarizes the main results developed in the author's PhD Thesis. The main goal of the T...
Defeasible reasoning is a simple but efficient approach to nonmonotonic reasoning that has recently ...
AbstractRecently there has been increased interest in logic programming-based default reasoning appr...
Humans have always been intrigued by their ability to reason. We have constantly attempted to emulat...
In this paper, we establish a relation between an argumentation based system: Defeasible Logic Progr...
In this paper, we establish a relation between an argumentation based system: Defeasible Logic Progr...
It is interesting and important to compare, analyze and assess the alternative tools that could be u...
Logics for nonmonotonic reasoning have often been described by the property they lack-that is, monot...
It is interesting and important to compare, analyze and as-sess the alternative tools that could be ...
Defeasible Logic Programming (DeLP) is a knowledge representation and reasoning formalism that by co...
AbstractThis paper relates the Defeasible Logic Programming (DeLP) framework and its semantics SEMDe...
This thesis defines Defeasible Logic Programming and provides a concrete specification of this new l...
This paper relates the Defeasible Logic Programming (DeLP) framework and its semantics SEMneLP to mo...
Possibilistic defeasible logic programming (P-DeLP) is a logic programming framework which combines ...
This article is devoted to the study of methods to change defeasible logic programs (de.l.p.s) which...
This paper summarizes the main results developed in the author's PhD Thesis. The main goal of the T...
Defeasible reasoning is a simple but efficient approach to nonmonotonic reasoning that has recently ...
AbstractRecently there has been increased interest in logic programming-based default reasoning appr...
Humans have always been intrigued by their ability to reason. We have constantly attempted to emulat...