Abstract
To enhance the safety and availability of nuclear power plants, it is necessary to develop the methodologies which can systematically analyze the interrelationships between plant operators and main process systems. Operator congnitive models enable to provide an explicit method to analyze how operator`s congitive behavior reacts to the behavior of system changes. However, because no adequate model has been developed up to now, it is difficult to take an effective approach for the review, assessment and improvement of human factors. In this study, we have surveyed the techniques and the cases of operator model development, aiming to develop an operator`s model as one of human engineering application methodologies. We have analyzed the cognitive characteristics of decision-making, which is one of the principal factors for modeling, and reviewed the methodologies and implementation thechniques used in the cases of the model development. We investigated the tendencies of the model developments by reviewing ten cases and especially CES, INTEROPS and COSIMO models which have been developed or are under development in nuclear fields. Also, we summarized the cognitive characteristics to be considered in the modeling for the purpose of modeling operator`s decision-making. For modeling methodologies, we found a trend of the modeling that
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Lee, Yong Hee;
Chun, Se Woo;
Seo, Sang Moon;
Lee, Hyun Chul
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Lee, Yong Hee, Chun, Se Woo, Seo, Sang Moon, and Lee, Hyun Chul.
A survey on the technologies and cases for the cognitive models of nuclear power plant operators.
Korea, Republic of: N. p.,
1993.
Web.
Lee, Yong Hee, Chun, Se Woo, Seo, Sang Moon, & Lee, Hyun Chul.
A survey on the technologies and cases for the cognitive models of nuclear power plant operators.
Korea, Republic of.
Lee, Yong Hee, Chun, Se Woo, Seo, Sang Moon, and Lee, Hyun Chul.
1993.
"A survey on the technologies and cases for the cognitive models of nuclear power plant operators."
Korea, Republic of.
@misc{etde_10113009,
title = {A survey on the technologies and cases for the cognitive models of nuclear power plant operators}
author = {Lee, Yong Hee, Chun, Se Woo, Seo, Sang Moon, and Lee, Hyun Chul}
abstractNote = {To enhance the safety and availability of nuclear power plants, it is necessary to develop the methodologies which can systematically analyze the interrelationships between plant operators and main process systems. Operator congnitive models enable to provide an explicit method to analyze how operator`s congitive behavior reacts to the behavior of system changes. However, because no adequate model has been developed up to now, it is difficult to take an effective approach for the review, assessment and improvement of human factors. In this study, we have surveyed the techniques and the cases of operator model development, aiming to develop an operator`s model as one of human engineering application methodologies. We have analyzed the cognitive characteristics of decision-making, which is one of the principal factors for modeling, and reviewed the methodologies and implementation thechniques used in the cases of the model development. We investigated the tendencies of the model developments by reviewing ten cases and especially CES, INTEROPS and COSIMO models which have been developed or are under development in nuclear fields. Also, we summarized the cognitive characteristics to be considered in the modeling for the purpose of modeling operator`s decision-making. For modeling methodologies, we found a trend of the modeling that is software simulations based on the artificial intelligence technologies, especially focused in knowledge representation methods. Based on the results of our survey, we proposed a development approach and several urgent research subjects. We suggested the development simulation tools which can be applicable to the review, assessment and improvement of human factors, by implementing them as softwares using expert system development tools. The results of this study have been applied to our long-term project named `The Development of Human Engineering Technologies.` (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Apr}
}
title = {A survey on the technologies and cases for the cognitive models of nuclear power plant operators}
author = {Lee, Yong Hee, Chun, Se Woo, Seo, Sang Moon, and Lee, Hyun Chul}
abstractNote = {To enhance the safety and availability of nuclear power plants, it is necessary to develop the methodologies which can systematically analyze the interrelationships between plant operators and main process systems. Operator congnitive models enable to provide an explicit method to analyze how operator`s congitive behavior reacts to the behavior of system changes. However, because no adequate model has been developed up to now, it is difficult to take an effective approach for the review, assessment and improvement of human factors. In this study, we have surveyed the techniques and the cases of operator model development, aiming to develop an operator`s model as one of human engineering application methodologies. We have analyzed the cognitive characteristics of decision-making, which is one of the principal factors for modeling, and reviewed the methodologies and implementation thechniques used in the cases of the model development. We investigated the tendencies of the model developments by reviewing ten cases and especially CES, INTEROPS and COSIMO models which have been developed or are under development in nuclear fields. Also, we summarized the cognitive characteristics to be considered in the modeling for the purpose of modeling operator`s decision-making. For modeling methodologies, we found a trend of the modeling that is software simulations based on the artificial intelligence technologies, especially focused in knowledge representation methods. Based on the results of our survey, we proposed a development approach and several urgent research subjects. We suggested the development simulation tools which can be applicable to the review, assessment and improvement of human factors, by implementing them as softwares using expert system development tools. The results of this study have been applied to our long-term project named `The Development of Human Engineering Technologies.` (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Apr}
}