We integrate an expressive class of description logics (DLs) and answer set programming by extending the latter to support inverted predicates and infinite domains, features that are present in most DLs. The extended language, conceptual logic programming (CLP) proves to be a viable alternative for intuitively representing and reasoning nonmonotonically, in a decidable way, with possibly infinite knowledge. Not only can conceptual logic programs (CLPs) simulate finite answer set programming, they are also flexible enough to simulate reasoning in an expressive class of description logics, thus being able to play the role of ontology language, as well as rule language, on the Semantic Web
Recently much attention has been directed to extending logic programming with description logic (DL)...
The question how knowledge can be represented by means of logic programs with negation has been a dr...
We propose Clopen Knowledge Bases (CKBs) as a new formalism combining Answer Set Programming (ASP) w...
We integrate an expressive class of description logics (DLs) and answer set programming by extendin...
We integrate ontology languages and logic programming (LP) by extending disjunctive logic programs (...
We integrate ontology languages and logic programming (LP) by extending disjunctive logic programs (...
Towards the integration of rules and ontologies in the Semantic Web, we propose a combination of log...
AbstractWe propose a combination of logic programming under the answer set semantics with the descri...
We propose a combination of logic programming under the answer set semantics with the description lo...
We propose a combination of logic programming under the answer set semantics with the description lo...
Towards the integration of rules and ontologies in the Semantic Web, we propose a combination of lo...
AbstractWe extend answer set programming (ASP) with, possibly infinite, open domains. Since this lea...
We present a novel combination of disjunctive logic programs under the answer set semantics with des...
Abstract. Recently much attention has been directed to extending logic programming with description ...
Abstract. Open Answer Set Programming (OASP) can be seen as a framework to represent tightly integra...
Recently much attention has been directed to extending logic programming with description logic (DL)...
The question how knowledge can be represented by means of logic programs with negation has been a dr...
We propose Clopen Knowledge Bases (CKBs) as a new formalism combining Answer Set Programming (ASP) w...
We integrate an expressive class of description logics (DLs) and answer set programming by extendin...
We integrate ontology languages and logic programming (LP) by extending disjunctive logic programs (...
We integrate ontology languages and logic programming (LP) by extending disjunctive logic programs (...
Towards the integration of rules and ontologies in the Semantic Web, we propose a combination of log...
AbstractWe propose a combination of logic programming under the answer set semantics with the descri...
We propose a combination of logic programming under the answer set semantics with the description lo...
We propose a combination of logic programming under the answer set semantics with the description lo...
Towards the integration of rules and ontologies in the Semantic Web, we propose a combination of lo...
AbstractWe extend answer set programming (ASP) with, possibly infinite, open domains. Since this lea...
We present a novel combination of disjunctive logic programs under the answer set semantics with des...
Abstract. Recently much attention has been directed to extending logic programming with description ...
Abstract. Open Answer Set Programming (OASP) can be seen as a framework to represent tightly integra...
Recently much attention has been directed to extending logic programming with description logic (DL)...
The question how knowledge can be represented by means of logic programs with negation has been a dr...
We propose Clopen Knowledge Bases (CKBs) as a new formalism combining Answer Set Programming (ASP) w...