Ontology Modelling Methodology for Temporal and Interdependent Applications

Abstract

The increasing adoption of Semantic Web technology by several classes of applications in recent years, has made ontology engineering a crucial part of application development. Nowadays, the abundant accessibility of interdependent information from multiple resources and representing various fields such as health, transport, and banking etc., further evidence the growing need for utilising ontology for the development of Web applications. While there have been several advances in the adoption of the ontology for application development, less emphasis is being made on the modelling methodologies for representing modern-day application that are characterised by the temporal nature of the data they process, which is captured from multiple sources. Taking into account the benefits of a methodology in the system development, we propose a novel methodology for modelling ontologies representing Context-Aware Temporal and Interdependent Systems (CATIS). CATIS is an ontology development methodology for modelling temporal interdependent applications in order to achieve the desired results when modelling sophisticated applications with temporal and interdependent attributes to suit today's application requirements.

DOI: 10.1109/UKSim.2014.61

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Cite this paper

@article{Isiaq2014OntologyMM, title={Ontology Modelling Methodology for Temporal and Interdependent Applications}, author={Sakirulai O. Isiaq and Taha Osman}, journal={2014 UKSim-AMSS 16th International Conference on Computer Modelling and Simulation}, year={2014}, pages={434-439} }