The development of ontologies involves continuous but relatively small modifications. However, existing ontology reasoners do not take advantage of the similarities between different versions of an ontology. In this paper, we propose a collection of techniques for incremental reasoning-that is, reasoning that reuses information obtained from previous versions of an ontology. We have applied our results to incremental classification of OWL ontologies and found significant improvement over regular classification time on a set of real-world ontologies. © 2009 Springer Science+Business Media B.V
Formal ontologies play an increasingly important role in demanding knowledge representation applicat...
Abstract. Formal ontologies play an increasingly important role in demanding knowledge representatio...
The description logic EL⁺ has recently proved practically useful in the life science domain with pre...
Abstract. The development of ontologies involves continuous but relatively small modifications. Exis...
Abstract. We propose an incremental reasoning approach to QL ontologies by mapping an evolving ontol...
Abstract. Reasoning in complex DLs is well known to be expensive. However, in numerous application s...
Description logics belong to a family of knowledge representation formalisms that are widely used fo...
Belief Revision deals with the problem of adding new information to a knowledge base in a consistent...
Reasoning and change over inconsistent ontologies (i-ont(s)) is of utmost relevance in sciences like...
This paper discusses the incremental maintenance of materialized ontologies in a rule-enabled Semant...
The Web Ontology Language. (OWL) is a family of description logic based ontology languages for the S...
This paper discusses the incremental maintenance of materialized ontologies in a rule-enabled Semant...
One of the major problems of large scale, distributed and evolving ontologies is the potential intr...
One of the major problems of large scale, distributed and evolving ontologies is the potential intro...
With the advent of the Semantic Web and Semantic Technologies, ontologies have become one of the mos...
Formal ontologies play an increasingly important role in demanding knowledge representation applicat...
Abstract. Formal ontologies play an increasingly important role in demanding knowledge representatio...
The description logic EL⁺ has recently proved practically useful in the life science domain with pre...
Abstract. The development of ontologies involves continuous but relatively small modifications. Exis...
Abstract. We propose an incremental reasoning approach to QL ontologies by mapping an evolving ontol...
Abstract. Reasoning in complex DLs is well known to be expensive. However, in numerous application s...
Description logics belong to a family of knowledge representation formalisms that are widely used fo...
Belief Revision deals with the problem of adding new information to a knowledge base in a consistent...
Reasoning and change over inconsistent ontologies (i-ont(s)) is of utmost relevance in sciences like...
This paper discusses the incremental maintenance of materialized ontologies in a rule-enabled Semant...
The Web Ontology Language. (OWL) is a family of description logic based ontology languages for the S...
This paper discusses the incremental maintenance of materialized ontologies in a rule-enabled Semant...
One of the major problems of large scale, distributed and evolving ontologies is the potential intr...
One of the major problems of large scale, distributed and evolving ontologies is the potential intro...
With the advent of the Semantic Web and Semantic Technologies, ontologies have become one of the mos...
Formal ontologies play an increasingly important role in demanding knowledge representation applicat...
Abstract. Formal ontologies play an increasingly important role in demanding knowledge representatio...
The description logic EL⁺ has recently proved practically useful in the life science domain with pre...