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A Case Study on Developing the Virtual Safety Driving System for Training  

기재석 ((주)케이씨이아이)
Publication Information
Journal of the Korea Safety Management & Science / v.4, no.4, 2002 , pp. 45-52 More about this Journal
Abstract
In the real environment, it is very limited for the trainees to participate the effective training using actual training equipments by themselves and also to simulate several hazard situations for safety because of the direct exposure to the hazards of the actual system. But the virtual environment(VE) can help the trainees to get the effective training participating by themselves and to simulate all kind of possible situation without the exposure to the hazards of the actual system. In this paper, the new idea is proposed for developing the virtual driving system to provide a realistic driving experience for safety driving. The proposed idea contains the contents of a virtual driving system.
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1 Denby B., Schofield D. J, McClarnon M., and Walsha T., Hazard Awareness Training for Mining Situations Using Virtual Reality, Proceedings APCOM, 27th international Symposiums on Computer Applications in the Minerals Industries, IMM, pp. 695-705, 1998
2 McClarnon D. J., Denby B., and Schofield D. The use of Virtual Reality to Aid Risk Assessement in Underground Situations, Mining Technology 77(892), pp. 377-388, 1995
3 http://www.mcrlab.uottawa.ca/research/crosspoint.htm, The Effectiveness of Virtual Reality for Promoting Children's Pedestrian Safety
4 http://www.mupitt.penza.su/~umirs/e news3.htm, Technologies of a Virtual Reality in the Integrated System of Safety. All-New Automobile Driving Simulator
5 Leitao J. M., Alexand ra M., Jorge A. S., Augu sto S., and Nunes F, Evaluation of Driving Education Method in a Driving Simulator, ISBN, Braga, Portugal, 2000
6 Ambrose D. H, Equipemnt Safety Analysis Analysis Using Computer Simulation, In Wagner G. R. NIOSH Programme of Mining Research, a Summary of Mining Research in Progress 1998, National Institute for Occupation Safety and Health, Centers for disease, pp 34-35, 1998
7 Jae-sug Ki, A Design Procedure for Safety Simulation System Using Virtual Reality, 안전경영과학회지, Vol.1, No.1, pp. 69-77, 1999
8 Ambrose, D. H. Solid Modelling Simulations Used as an Alternative Method to Study Safety Issues in Mine Elevator/Hoist Systems, Proceedings MINESIM, 1st International Symposium on Mine Simulation Via Internet(National University of Athens Greece), Dec 2-13, 1996
9 http://www.ardmoreite.com/stories/082502/edu_drivers_ed.shtml, Forget driver's ed: New simulator tests skills of young drivers
10 http://news.bbc.co.uk/1/hi/uk/wales/1804374. Puils in road safety drive
11 http://www.virtualdriver.net/default.ASP, Raydon Virtual Driver Driving Simulator for Driver Education
12 Gupta S. C. et al., Introduction of New Technology to Clinical Practice: A Guide for Assessment of New VR Applications, The Journal of Medicine and Virtual Reality, Spring, 1995
13 http://www.ccc.nottingharn.ac.uk/~enzaims/VRSite/HTML/Main.htm. Mining and Minerals Application
14 http://www.kansascity.com/mld/kansascitv/living/education/3917149.htm, Forget Driver's ed: Simulator tests young drivers
15 http://world.honda.com/news/2001/c010417 2.html, Honda Introduction
16 기재석 가상안전 체험관 구축사례, 제3권, 제4호, pp. 35-44, 2001
17 Tesic, R. and Banerjee P., Ezact Collision Detection Using Virtual Object in Virtual Reality Modeling of a Manufacturing Process, Journal of Manufacturing Systems, Vol. 18, No.5, pp. 367-376, 1999   DOI   ScienceOn
18 기재석, 오영진, 안전을 위한 가상현실의 응용, 제2권, 제2호, pp. 21-28, 2000
19 AIMS, The AIMS Research Unit. University of Nottingham Information Pamphlet, 1998