UTILIZING A COMPOSITIONAL SYSTEM KNOWLEDGE FRAMEWORK FOR ONTOLOGY EVALUATION A Case Study on BioSTORM

Conference proceedings article

Authors / Editors

Hlomani, Hlomani

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Publication Details

Author list: Hlomani H, Gillespie MG, Kotowski D, Stacey DA

Publisher: INSTICC-INST SYST TECHNOLOGIES INFORMATION CONTROL & COMMUNICATION

Place: SETUBAL

Publication year: 2011

Start page: 167

End page: 175

Number of pages: 9

ISBN: 978-989-8425-80-5

Languages: English-Great Britain (EN-GB)

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Abstract

With the advent of such platforms as Service Oriented Architecture (SOA) and the open source community came the possibility of accessing free software/services. These may be in the form of web services, coded algorithms, legacy systems, etc. Users are able to define workflows through the combination of these software components with the aide of systems known as Ontology Driven Compositional Systems (ODCS). These systems have ontologies as their fundamental components that provide the knowledge bases that provide the rich descriptions of the ODCS components. Since these ontologies underlie ODCS, greater efforts must be spent in the engineering of these artifacts. We have thus proposed a knowledge identification framework that can be used as a guide within ontology engineering methodologies to perform such tasks as ontology capture and evaluation. In this paper we demonstrate the usage of this framework in a case study to evaluate the ontologies defined in the BioSTORM project. We do this by using a checklist (founded on the knowledge identification framework) through which we can evaluate the adaptability of the context of an ontology.

Keywords

Adaptability, BioSTORM, Context, Knowledge base, Knowledge engineering, Knowledge identification, Ontologies, Ontology capture, ontology evaluation

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