Title :
An infrastructure for scalable, reliable semantic portals
Author :
Hartmann, Jens ; Sure, York
Author_Institution :
Inst. AIFB, Karlsruhe Univ., Germany
Abstract :
This article extends and implements the basic conceptual framework SEAL (semantic portal) with the aim of using semantic technologies in real-world scenarios through a reliable, scalable infrastructure. We also show how multiple semantic portals can interact with one another to exchange knowledge, thus fostering reuse. The building blocks of our extension include knowledge integration, processing, representation, organization, and access. The authors harness the access facilities of semantic Web technologies to provide an infrastructure suitable for industrial applications.
Keywords :
knowledge representation; portals; semantic Web; industrial application; knowledge access; knowledge integration; knowledge organization; knowledge processing; knowledge representation; semantic Web; semantic portal; Computer science; Education; Humans; Joining processes; Maintenance; Ontologies; Portals; Research and development; Seals; Semantic Web; Semantic Web; knowledge portals; ontology; ontology-based systems; semantic portals;
Journal_Title :
Intelligent Systems, IEEE