Title :
A Web-based virtual environment for operator training [for power systems]
Author :
Tam, E.K. ; Badra, F. ; Marceau, R.J. ; Marin, M.A. ; Malowany, A.S.
Author_Institution :
Dept. of Electr. Eng., McGill Univ., Montreal, Que., Canada
fDate :
8/1/1999 12:00:00 AM
Abstract :
The wide accessibility and low cost of virtual reality (VR) on the World Wide Web with the advent of the Virtual Reality Modelling Language (VRML) and VRML interpreters makes it ideal for use in providing cost-effective training for operators in selected complex technical environments. This paper presents SEDA-VRML, a VR-based learn-by-doing system developed for the training of maintenance workers in the troubleshooting and inspection of power transformers at Hydro-Quebec that is accessible from a Web browser. SEDA-VRML is a prototype application of a reuse-driven design incorporating VRML, Java and an expert system within a user interface system (UIS) architecture. The paper describes the functionality and design principles of SEDA-VRML, with key implementation results, to show how SEDA-VRML´s design can indeed answer to the limitations of VRML to act as a cost-effective alternative to traditional operator training systems for operator training in VR, as well as a basis for the rapid development of future operator training systems
Keywords :
computer based training; information resources; inspection; maintenance engineering; power engineering computing; power engineering education; power transformers; virtual reality languages; Java; VRML interpreters; Virtual Reality Modelling Language; Web-based virtual environment; World Wide Web; expert system; learn-by-doing system; maintenance workers; power system operator training; power transformer inspection; power transformer troubleshooting; user interface system architecture; Costs; Expert systems; Inspection; Java; Power system modeling; Power transformers; Prototypes; Virtual environment; Virtual reality; Web sites;
Journal_Title :
Power Systems, IEEE Transactions on