You need JavaScript to view this

Operator decision support system for sodium loop

Technical Report:

Abstract

The objective of this study is to develop an operator decision support system by computerizing the sodium circuit. This study developed graphical display interface for the control panel which provides the safety control of equipment, the recognition of experimental process states and sodium circuit states. In this study, basic work to develop an operator decision support real-time expert system for sodium loop was carried out. Simplification of control commands and effective operation of various real-time data and signals by equipment code standardization are studied. The cost ineffectiveness of the single processor structure provides the ground for the development of cost effective parallel processing system. The important tasks of this study are (1) design and implementation of control state surveillance panel of sodium loop, (2) requirement analysis of operator support real-time expert system for sodium loop, (3) design of standard code rule for operating equipment and research on the cost effective all purpose parallel processing system and (4) requirement analysis of expert system and design of control state variables and user interface for experimental process. 10 refs., 36 figs., 20 tabs.
Publication Date:
Jul 01, 1994
Product Type:
Technical Report
Report Number:
KAERI-CM-022/93
Reference Number:
SCA: 220400; PA: KR-95:000642; EDB-96:014686; NTS-96:007647; SN: 96001506386
Resource Relation:
Other Information: PBD: Jul 1994
Subject:
22 NUCLEAR REACTOR TECHNOLOGY; CONTROL SYSTEMS; REACTOR OPERATORS; SODIUM; REAL TIME SYSTEMS; EXPERT SYSTEMS; PARALLEL PROCESSING; STANDARDIZATION; COMPUTERIZED CONTROL SYSTEMS
OSTI ID:
158189
Research Organizations:
Korea Atomic Energy Research Inst., Taejon (Korea, Republic of)
Country of Origin:
Korea, Republic of
Language:
Korean
Other Identifying Numbers:
Other: ON: DE96719596; TRN: KR9500642
Availability:
OSTI as DE96719596
Submitting Site:
KR
Size:
129 p.
Announcement Date:

Technical Report:

Citation Formats

Lee, Kwang Hyeang, Park, Kyu Ho, Kim, Tak Kon, Jo, Choong Ho, Seong, Kyeong A, Lee, Keon Myeong, Kim, Yeong Dal, Kim, Chang Beom, Kim, Jong Kyu, Jo, Hee Chang, Lee, Ji Hyeong, Jeong, Yoon Soo, Chio, Jong Hyeong, Jeong, Bong Joon, Hong, Joon Seong, Kim, Bong Wan, and Seong, Byeong Hak. Operator decision support system for sodium loop. Korea, Republic of: N. p., 1994. Web.
Lee, Kwang Hyeang, Park, Kyu Ho, Kim, Tak Kon, Jo, Choong Ho, Seong, Kyeong A, Lee, Keon Myeong, Kim, Yeong Dal, Kim, Chang Beom, Kim, Jong Kyu, Jo, Hee Chang, Lee, Ji Hyeong, Jeong, Yoon Soo, Chio, Jong Hyeong, Jeong, Bong Joon, Hong, Joon Seong, Kim, Bong Wan, & Seong, Byeong Hak. Operator decision support system for sodium loop. Korea, Republic of.
Lee, Kwang Hyeang, Park, Kyu Ho, Kim, Tak Kon, Jo, Choong Ho, Seong, Kyeong A, Lee, Keon Myeong, Kim, Yeong Dal, Kim, Chang Beom, Kim, Jong Kyu, Jo, Hee Chang, Lee, Ji Hyeong, Jeong, Yoon Soo, Chio, Jong Hyeong, Jeong, Bong Joon, Hong, Joon Seong, Kim, Bong Wan, and Seong, Byeong Hak. 1994. "Operator decision support system for sodium loop." Korea, Republic of.
@misc{etde_158189,
title = {Operator decision support system for sodium loop}
author = {Lee, Kwang Hyeang, Park, Kyu Ho, Kim, Tak Kon, Jo, Choong Ho, Seong, Kyeong A, Lee, Keon Myeong, Kim, Yeong Dal, Kim, Chang Beom, Kim, Jong Kyu, Jo, Hee Chang, Lee, Ji Hyeong, Jeong, Yoon Soo, Chio, Jong Hyeong, Jeong, Bong Joon, Hong, Joon Seong, Kim, Bong Wan, and Seong, Byeong Hak}
abstractNote = {The objective of this study is to develop an operator decision support system by computerizing the sodium circuit. This study developed graphical display interface for the control panel which provides the safety control of equipment, the recognition of experimental process states and sodium circuit states. In this study, basic work to develop an operator decision support real-time expert system for sodium loop was carried out. Simplification of control commands and effective operation of various real-time data and signals by equipment code standardization are studied. The cost ineffectiveness of the single processor structure provides the ground for the development of cost effective parallel processing system. The important tasks of this study are (1) design and implementation of control state surveillance panel of sodium loop, (2) requirement analysis of operator support real-time expert system for sodium loop, (3) design of standard code rule for operating equipment and research on the cost effective all purpose parallel processing system and (4) requirement analysis of expert system and design of control state variables and user interface for experimental process. 10 refs., 36 figs., 20 tabs.}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}