Document Type
Conference Proceeding
Publication Date
1-1-2005
Abstract
Assigning semantics to logic programs via selector generated models (Schwarz 2002/2003) extends several semantics, like the stable, the inflationary, and the stable generated semantics, to programs with arbitrary formulae in rule heads and bodies. We study this approach by means of a unifying framework for characterizing different logic programming semantics using level mappings (Hitzler and Wendt 200x, Hitzler 2003), thereby supporting the claim that this framework is very flexible and applicable to very diversely defined semantics.
Repository Citation
Schwarz, S.,
& Hitzler, P.
(2005). Level Mapping Characterizations of Selector-Generated Models for Logic Programs. 19th Workshop on (Constraint) Logic Programming, 65-75.
https://corescholar.libraries.wright.edu/cse/63
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Comments
This paper was presented at the 19th Workshop on (Constraint) Logic Programming, Ulm, Germany, February 2005.
This is the authors' version of the paper.