Abstract
Nuclear power plants to guarantee the safety of public should be designed to reduce the operator intervention resulting in operating human errors, identify the process states in transients, and aid to make a decision of their tasks and guide operator actions. For the sake of this purpose, MMIS(MAN-Machine Interface System) in NPPs should be the integrated top-down approach tightly focused on the function-based task analysis including an advanced digital technology, an operator support function, and so on. The advanced I and C research team in KAERI has embarked on developing an Integrated Intelligent Instrumentation and Control System (I{sup 3}CS) for Korea`s next generation nuclear power plants. I{sup 3}CS bases the integrated top-down approach on the function-based task analysis, modern digital technology, standardization and simplification, availability and reliability, and protection of investment. (author). 4 refs, 6 figs.
Jung, C H;
Kim, J T;
Kwon, K C
[1]
- Korea Atomic Energy Research Inst., Yusong, Taejon (Korea, Republic of)
Citation Formats
Jung, C H, Kim, J T, and Kwon, K C.
An integrated approach for integrated intelligent instrumentation and control system (I{sup 3}CS).
IAEA: N. p.,
1997.
Web.
Jung, C H, Kim, J T, & Kwon, K C.
An integrated approach for integrated intelligent instrumentation and control system (I{sup 3}CS).
IAEA.
Jung, C H, Kim, J T, and Kwon, K C.
1997.
"An integrated approach for integrated intelligent instrumentation and control system (I{sup 3}CS)."
IAEA.
@misc{etde_511808,
title = {An integrated approach for integrated intelligent instrumentation and control system (I{sup 3}CS)}
author = {Jung, C H, Kim, J T, and Kwon, K C}
abstractNote = {Nuclear power plants to guarantee the safety of public should be designed to reduce the operator intervention resulting in operating human errors, identify the process states in transients, and aid to make a decision of their tasks and guide operator actions. For the sake of this purpose, MMIS(MAN-Machine Interface System) in NPPs should be the integrated top-down approach tightly focused on the function-based task analysis including an advanced digital technology, an operator support function, and so on. The advanced I and C research team in KAERI has embarked on developing an Integrated Intelligent Instrumentation and Control System (I{sup 3}CS) for Korea`s next generation nuclear power plants. I{sup 3}CS bases the integrated top-down approach on the function-based task analysis, modern digital technology, standardization and simplification, availability and reliability, and protection of investment. (author). 4 refs, 6 figs.}
place = {IAEA}
year = {1997}
month = {Jul}
}
title = {An integrated approach for integrated intelligent instrumentation and control system (I{sup 3}CS)}
author = {Jung, C H, Kim, J T, and Kwon, K C}
abstractNote = {Nuclear power plants to guarantee the safety of public should be designed to reduce the operator intervention resulting in operating human errors, identify the process states in transients, and aid to make a decision of their tasks and guide operator actions. For the sake of this purpose, MMIS(MAN-Machine Interface System) in NPPs should be the integrated top-down approach tightly focused on the function-based task analysis including an advanced digital technology, an operator support function, and so on. The advanced I and C research team in KAERI has embarked on developing an Integrated Intelligent Instrumentation and Control System (I{sup 3}CS) for Korea`s next generation nuclear power plants. I{sup 3}CS bases the integrated top-down approach on the function-based task analysis, modern digital technology, standardization and simplification, availability and reliability, and protection of investment. (author). 4 refs, 6 figs.}
place = {IAEA}
year = {1997}
month = {Jul}
}