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Meta Integration Model of Boris O Abstract. To create new added value the Semantic Web has to provide new means for business integration enabling open world-wide cooperation between various enterprises. Existing business integration techniques assume the enterprises having similar conceptual models of the objects being exchanged, and this limits their application areas. The Semantic Web needs to possess a technique capable of mapping different conceptual models in the business integration context. We propose a mapping meta-ontology built on top of RDF Schema using previous experiences in modelling mappings, specifics of RDF Schema and business integration tasks. Protege is ... ontology editor and a knowledge-base editor. Protйgй-2000 is also an open-source, Java tool which provides an extensible architecture for the creation of customized knowledge-based tools. Release 1.7 April 10, 2002 Beta 1.8 August 29, 2002 W3C Fact and related discussion Stefan Decker Ian Horrocks FaCT B O Papers On To Knowledge Project On-To-Knowledge: Content-driven Knowledge-Management through Evolving Ontologies On-To-Knowledge is a project in the Information Society Technologies (IST) Program for Research, Technology Development & Demonstration under the 5th Framework Program. The project runs from 1999 to 2002. RDFT Toolkit Transformation Toolkit. Online parser version 0.20, version 0.26 My research in document and content integration for B2B mediation lead to the needs of an RDF (Schema) transformation technology, which allows to map two RDF Schemas and execute the map to translate RDF instance documents. For this we have developed RDF-T, an RDF mapping language with necessary tool support. Get RDF Schema for the latest version 0.27: RDF Schema, Protg project, and instance file. How Semantics meets Pragmatics - PhD Thesis of Borys Omelayenko ... Web-Service Configuration on the Semantic Web: Exploring how Semantics meets Pragmatics Five-minute introduction As suggested by the title, in this thesis we are interested in how automatic web-service configuration be performed on the Semantic Web. We explore three practical and fairly advanced web-service scenarios that happen to require an automatic web-based configuration technology to be realized. From these scenarios we derive a number of practical requirements to such a technology and find out that the Semantic Web provides a few building blocks for such a technology. The first block is the architecture and we extend the existing UPML approach to fit the requirements imposed by the scenarios. For the second block, the configuration algorithm, we realize that neither parametric design nor planning can be directly applied to this task. Accordingly, we develop a combination of those. These two major blocks constitute our solution to the web-service configuration task. We test it by implementing the web service scenarios to show that they, indeed, can be solved. One-hour introduction ... |
