G'3–Stable Semantics and Inconsistency
Semantica G3 '–Estable e Inconsistencia
Mauricio Osorio1, Claudia Zepeda2, Juan Carlos Nieves3 and José Luis Carballido2
1 Universidad de las Américas – Puebla, CENTIA Email: osoriomauri@gmail.com
2 Benemérita Universidad Autónoma de Puebla Facultad de Ciencias de la Computación Email: czepedac@gmail.com , jlcarballido7@gmail.com
]]> 3 Universitat Politècnica de Catalunya Software Department (LSI) Email: jcnieves@lsi.upc.edu
Article received on July 19, 2008
Accepted on April 03, 2009
Abstract
We present an overview on how to perform non–monotonic reasoning based on paraconsistent logics. In particular, we show that one can define a logic programming semantics based on the paraconsistent logic G'3 which is called G'3–stable semantics. This semantics defines a frame for performing non–monotonic reasoning in domains which are pervaded with vagueness and inconsistencies. In fact, we show that, by considering also a possibilistic logic point of view, one can use this extended framework for defining a possibilistic logic programming approach able to deal with reasoning, which is at the same time non–monotonic and uncertain.
Keywords: G'3–stable semantics, Logic Programming, Non–Monotonic Reasoning.
Resumen
]]> Presentamos un resumen acerca de cómo realizar razonamiento no–monótono basado en lógicas paraconsistentes. En particular, mostramos que es posible definir una semántica de programación lógica basada en la lógica paraconsistente G'3, la cual es llamada semántica G'3–estable. Esta semántica define un marco para realizar razonamiento no–monótono en dominios los cuales están plagados de vaguedades e inconsistencias. De hecho, mostramos que al considerar también un punto de vista lógico posibilista, es posible usar la extensión de este marco de trabajo para definir un enfoque de programación lógica posibilístico que puede tratar con razonamiento que es al mismo tiempo no monótono e incierto.Palabras Clave: Semántica : G'3–estable, Programación lógica, Razonamiento No–Monótono.
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Acknowledgement
We are grateful to anonymous referees for their useful comments.
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