Modelling an Environmental Knowledge-Representation System

Authors:
Nicolas Padilla;Luis Iribarne;Jose A. Asensio;Francisco J. Muñoz;Rosa Ayala
Affiliations:
Applied Computing Group, University of Almeria, Spain;Applied Computing Group, University of Almeria, Spain;Applied Computing Group, University of Almeria, Spain;Applied Computing Group, University of Almeria, Spain;Computers and Environmental Group, University of Almeria, Spain
Venue:
WSKS '08 Proceedings of the 1st world summit on The Knowledge Society: Emerging Technologies and Information Systems for the Knowledge Society
Year:
2008

Citing 4
Cited 1

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Abstract

Environmental Management Systems(EMS) are social-technical systems with a variety of final users and actors that cooperate with each other and interact with the system for decision-making, problems resolution, etc. The modelling of these systems using formal methods provides mechanisms and tools that guarantee the users a correct deployment and use of it. In this paper we showing environmental knowledge modelling accomplished in the SOLERES project, a spatio-temporal information system for environmental management, a cooperative system based on multi-agent architectures and intelligent agents. The system modelling uses UML for knowledge representation, and Model-Driven Engineering(MDE) perspective --based on the OMG classical Model-driven Architecture(MDA)-- to create OWL/XML ontology automatically.