An ontology for Hazard Identification in Risk Management

Gilmmour, Rebekah (2004). An ontology for Hazard Identification in Risk Management Honours Thesis, School of Chemical Engineering, The University of Queensland.

       
Attached Files (Some files may be inaccessible until you login with your UQ eSpace credentials)
Name Description MIMEType Size Downloads
Rebekah_Gilmour_thesis.pdf Full text application/pdf 553.06KB 2
Author Gilmmour, Rebekah
Thesis Title An ontology for Hazard Identification in Risk Management
School, Centre or Institute School of Chemical Engineering
Institution The University of Queensland
Publication date 2004
Thesis type Honours Thesis
Supervisor Ian Cameron
Total pages 38
Language eng
Subjects 0904 Chemical Engineering
Formatted abstract
This aim of this research project was to create a knowledge base for the area of hazard identification in risk management. Hazard identification is the focus as it is an important part of the process of risk management. Such a knowledge base is created for intelligent software agents who need a formal structure and language to be able to share and ‘reason’ with information. This knowledge base is represented in ontology form.

This project involved research in the area of hazard identification and then the construction of an ontology to represent this knowledge. The various methods of hazard identification are the classes of this ontology.

The ontology was constructed in a program called Protégé 2000, which was developed by Stanford University. The ontology produced is an excellent result. The ontology allows for easy access to the hazard identification knowledge base. Querying examples show how intelligent agents would manipulate knowledge. The major limitation is the absence of explanation of method procedures.

The following recommendations have been made for future work in this area-
1. Extension of ontology across all areas of risk management.
2. The publication of the HAZID ontology on the World Wide Web.
3. Link with OntoCAPE.
4. HAZID ontology could be extended to further detail classes.
5. Development of some simple risk management agents to use the ontology
6. Test the multi-agent system on a number of case-studies

In conclusion, the hazard identification ontology was constructed successfully, and has established a knowledge base which can be published and used by intelligent software agents.
Keyword Risk Management
Hazard identification
Ontology
HAZID
intelligent software

 
Citation counts: Google Scholar Search Google Scholar
Created: Fri, 12 Jun 2015, 10:37:51 EST by Ms Christine Heslehurst on behalf of Scholarly Communication and Digitisation Service