Abstract
In order to contribute to human error reduction through the studies on human-machine interaction in nuclear power plants, this project has objectives to develop SACOM(Simulation Analyzer with a Cognitive Operator Model) and techniques for human error analysis and application. In this year, we studied the followings: (1) Site investigation of operator tasks, (2) Development of operator task micro structure and revision of micro structure, (3) Development of knowledge representation software and SACOM prototype, (4) Development of performance assessment methodologies in task simulation and analysis of the effects of performance shaping factors. (1) Classification of error shaping factors(ESFs) and development of software for ESF evaluation, (2) Analysis of human error occurrences and revision of analysis procedure, (3) Experiment for human error data collection using a compact nuclear simulator, (4) Development of a prototype data base system of the analyzed information on trip cases. 55 figs, 23 tabs, 33 refs. (Author).
Lee, Jung Woon;
Lee, Yong Heui;
Park, Keun Ok;
Chun, Se Woo;
Suh, Sang Moon;
Park, Jae Chang
[1]
- Korea Atomic Energy Research Institute, Taejon (Korea, Republic of)
Citation Formats
Lee, Jung Woon, Lee, Yong Heui, Park, Keun Ok, Chun, Se Woo, Suh, Sang Moon, and Park, Jae Chang.
The development of human factors technologies -The development of human behaviour analysis techniques-.
Korea, Republic of: N. p.,
1995.
Web.
Lee, Jung Woon, Lee, Yong Heui, Park, Keun Ok, Chun, Se Woo, Suh, Sang Moon, & Park, Jae Chang.
The development of human factors technologies -The development of human behaviour analysis techniques-.
Korea, Republic of.
Lee, Jung Woon, Lee, Yong Heui, Park, Keun Ok, Chun, Se Woo, Suh, Sang Moon, and Park, Jae Chang.
1995.
"The development of human factors technologies -The development of human behaviour analysis techniques-."
Korea, Republic of.
@misc{etde_193754,
title = {The development of human factors technologies -The development of human behaviour analysis techniques-}
author = {Lee, Jung Woon, Lee, Yong Heui, Park, Keun Ok, Chun, Se Woo, Suh, Sang Moon, and Park, Jae Chang}
abstractNote = {In order to contribute to human error reduction through the studies on human-machine interaction in nuclear power plants, this project has objectives to develop SACOM(Simulation Analyzer with a Cognitive Operator Model) and techniques for human error analysis and application. In this year, we studied the followings: (1) Site investigation of operator tasks, (2) Development of operator task micro structure and revision of micro structure, (3) Development of knowledge representation software and SACOM prototype, (4) Development of performance assessment methodologies in task simulation and analysis of the effects of performance shaping factors. (1) Classification of error shaping factors(ESFs) and development of software for ESF evaluation, (2) Analysis of human error occurrences and revision of analysis procedure, (3) Experiment for human error data collection using a compact nuclear simulator, (4) Development of a prototype data base system of the analyzed information on trip cases. 55 figs, 23 tabs, 33 refs. (Author).}
place = {Korea, Republic of}
year = {1995}
month = {Jul}
}
title = {The development of human factors technologies -The development of human behaviour analysis techniques-}
author = {Lee, Jung Woon, Lee, Yong Heui, Park, Keun Ok, Chun, Se Woo, Suh, Sang Moon, and Park, Jae Chang}
abstractNote = {In order to contribute to human error reduction through the studies on human-machine interaction in nuclear power plants, this project has objectives to develop SACOM(Simulation Analyzer with a Cognitive Operator Model) and techniques for human error analysis and application. In this year, we studied the followings: (1) Site investigation of operator tasks, (2) Development of operator task micro structure and revision of micro structure, (3) Development of knowledge representation software and SACOM prototype, (4) Development of performance assessment methodologies in task simulation and analysis of the effects of performance shaping factors. (1) Classification of error shaping factors(ESFs) and development of software for ESF evaluation, (2) Analysis of human error occurrences and revision of analysis procedure, (3) Experiment for human error data collection using a compact nuclear simulator, (4) Development of a prototype data base system of the analyzed information on trip cases. 55 figs, 23 tabs, 33 refs. (Author).}
place = {Korea, Republic of}
year = {1995}
month = {Jul}
}