A framework for nuclear power plant emergency response system

A framework for nuclear power plant emergency response system 1 corresp first-author Corresponding author. E-mail address: wangkun@just.edu.tw Corresponding author. E-mail address: wangkun@just.edu.tw wangkun@just.edu.tw Department of Environment and Property Management, Jinwen University of Science & Technology, Taipei 33077, Taiwan Department of Environment and Property Management, Jinwen University of Science & Technology, Taipei 33077, Taiwan The purpose of this study is to establish an intelligent expert system for nuclear power plant emergency response. A new framework of environmental risk management methodology by the concept of pattern recognition was introduced in this paper. A knowledge-based decision support system for emergency response and risk management of nuclear power plant was also discussed. The mathematical pattern relationship of accidental release effects on neighboring area and the corresponding response measures were presented in this paper. With this decision system, the decision maker can specify the procedure and minimize their human error in the decision process. The improvement of risk response and the quality of management system could be upgraded by this system. Besides, the methodology can also be served as a basis for the future development of environmental risk response system design. Expert system Emergency response Risk management Nuclear power plant References Boneli P , Calori G , Frinzi G . Atmos Environ , 1992 , 26A : 2523 - 2535 . Atmos Environ Chang Y C , Chang N B , Ma G D . Environ Model Assess , 2001 , 6 : 1 - 14 . Environ Model Assess Chang N B , Wang S F . Com Environ Urban Syst , 1996 , 20 : 201 - 212 . Com Environ Urban Syst Chang N B , Wei Y L , Tseng C C , et al . Com Environ Urban Syst , 1997 , 21 : 67 - 94 . Com Environ Urban Syst Chang N B , Chen H W , Ning S K , et al . Water Intern , 2001 , 26 : 239 - 252 . Water Intern Chen W K , Sui G J , Tang D L , Study of Environmental Risk Management by Multivariable Analysis of Pattern Structure , Proceedings of The Fourth International Conference on Management Science and Engineering Management Chungli , Taiwan , November, 2010 , 144 - 148 . Study of Environmental Risk Management by Multivariable Analysis of Pattern Structure Chen W K , An Expert System for Managing Emergency Response of Air Pollution , Proceedings of The 2010 International Conference on Machine Learning and Cybernetics , Qindao, Shandong, China , July, 2010 , 2532 - 2537 . An Expert System for Managing Emergency Response of Air Pollution Robert P. Adis , Atmospheric Modeling for Emergency Response in the Nuclear Industry , Advances in Dispersion Modeling , 1997 , 649 - 651 . Atmospheric Modeling for Emergency Response in the Nuclear Industry Yang, T . Intern J Com Cognit , 2006 , 4 : 34 - 46 . Intern J Com Cognit Yeung, M R , Ching E M . Nucl Technol , 1993 , 101 : 123 - 139 . Nucl Technol Yoshikawa T , Kimura F , Koide T , et al . Atmos Environ , 1990 , 24A : 2739 - 2748 . Atmos Environ Yuan Y , Shaw M J . Fuzzy Sets Syst , 1995 , 69 : 125 - 139 . Fuzzy Sets Syst 10.13538/j.1001-8042/nst.21.375-378 Supported by Jinwen University of Science and Technology 2010-10-01 2010-12-20 2021-01-19 2010 Nuclear Science and Techniques 06 21