In the current age of the information oriented society in which we live, many people use PCs and are dependant on the databases provided by the network server. However, online data can be missed during the occurrence of a blackout and furthermore, power failure can greatly effect Power Quality. This...
In the current age of the information oriented society in which we live, many people use PCs and are dependant on the databases provided by the network server. However, online data can be missed during the occurrence of a blackout and furthermore, power failure can greatly effect Power Quality. This has resulted in the trend of using interruption-free live-line work when trouble occurs in a power system. However, 83% of the population receives an electric shock experience when a laborer is performing interruption-free live-line work. In the interruption-free method, education and training problems have been pinpointed. However, there are few instructors to implement the necessary training. Furthermore, the trainees undergo only a short training period of just 4 weeks. In this paper, to develop a method with no restrictions on time and place and to ensure a reduction in the misuse of materials, immersion type virtual reality (or environment) technology is used. The users of a 3D immersion type VR training system can interact with the system by performing the equivalent action in a safe environment. Thus, it can be valuable to apply this training system to such dangerous work as 'Interruption-free live-line work exchanging COS (Cut-Out-Switch)'. In this program, the user carries out work according to instructions displayed through the window and speaker and cannot perform other tasks until each part of the task is completed in the proper sequence. The workers using this system can utilize their hands and viewpoint movement since they are in a real environment but the trainee cannot use all parts and senses of a real body with the current VR technology. Despite these weak points, when we consider the trends of improvement in electrical devices and communication technology, we can say that 3D graphic VR application has high potentiality.
In the current age of the information oriented society in which we live, many people use PCs and are dependant on the databases provided by the network server. However, online data can be missed during the occurrence of a blackout and furthermore, power failure can greatly effect Power Quality. This has resulted in the trend of using interruption-free live-line work when trouble occurs in a power system. However, 83% of the population receives an electric shock experience when a laborer is performing interruption-free live-line work. In the interruption-free method, education and training problems have been pinpointed. However, there are few instructors to implement the necessary training. Furthermore, the trainees undergo only a short training period of just 4 weeks. In this paper, to develop a method with no restrictions on time and place and to ensure a reduction in the misuse of materials, immersion type virtual reality (or environment) technology is used. The users of a 3D immersion type VR training system can interact with the system by performing the equivalent action in a safe environment. Thus, it can be valuable to apply this training system to such dangerous work as 'Interruption-free live-line work exchanging COS (Cut-Out-Switch)'. In this program, the user carries out work according to instructions displayed through the window and speaker and cannot perform other tasks until each part of the task is completed in the proper sequence. The workers using this system can utilize their hands and viewpoint movement since they are in a real environment but the trainee cannot use all parts and senses of a real body with the current VR technology. Despite these weak points, when we consider the trends of improvement in electrical devices and communication technology, we can say that 3D graphic VR application has high potentiality.
* AI 자동 식별 결과로 적합하지 않은 문장이 있을 수 있으니, 이용에 유의하시기 바랍니다.
문제 정의
7) worth of data involving electric shock troubles in interruption-free live- line work, focusing on the interruption-free live-line work exchanging COS (Cut-Out-Switch), which forms 30% of the problems, and uses immersive virtual reality technology to develop a GUI (Graphic User Interface)[l] training system for interruption-free live-line trainees. The purpose of this paper is to develop a training system to reduce the existing riskiness and waste of expandable machinery and tools.
제안 방법
This paper uses 7 years (93.2~99.7) worth of data involving electric shock troubles in interruption-free live- line work, focusing on the interruption-free live-line work exchanging COS (Cut-Out-Switch), which forms 30% of the problems, and uses immersive virtual reality technology to develop a GUI (Graphic User Interface)[l] training system for interruption-free live-line trainees. The purpose of this paper is to develop a training system to reduce the existing riskiness and waste of expandable machinery and tools.
참고문헌 (8)
Roland Holm, Erwin Stauder, Roland Wanger, Markus Pringlinger, Jens Volker, ‘ A Combined Immersive and Desktop Authoring Tool for Virtual Environment’, IEEE Virtual Reality Conference 2002, pp. 93-101, March 24, 2002
A. Okapuu-von Veh, R. J. Marceau(M), A. Malowany (M), P. Desbiens, A. Daigle, E. Garant, R. Gauthier, A. Shaikh, J. C. Rizzi, ‘Design and Operation of a Virtual Operator-Training System,’ IEEE Trans. Power Systems, vol.11, pp. 1585-1591, Aug.1996
Eder Arroyo, Jose Luis Los Arcos, ‘SRV: A VirtualReality Application to Electrical Substations Operation Training,’ in proc. IEEE International Conf. on Multimedia and Systems, June 1999, vol.1, pp. 07-11
Charles Petzold, 'Programming Windows',Compeople, 1998. 10.20
WorldToolKit Reference Manual, Release9, Engineering animation, Inc. Sense8 Product Line
5DT HMD 800 Series User’s Manual, Fifth Dimension Technologies, www.5DT.com
5DT Data Glove 16 User’s Manual, Fifth Dimension Technologies, www.5DT.com
※ AI-Helper는 부적절한 답변을 할 수 있습니다.