-->

학술발표회 논문집

Year Div Date/Time ROOM Title Author Abstract File Presentation File
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Current Status of European Supply Chain for Commercial Grade Dedication in Nuclear Power Plants Hoon-Keun Lee, Kyungseok Lee, Sungbaek Park, and Youngmi Kim(KINS) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Software Development Method Using Cradle Considering the Software Life Cycle DONGIL LEE and KYEONG WAN KIM(KHNP), MYUNG HYUK YIM(SNSENG.Co.Ltd.) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Line Recognition Method in Control Logic Diagram DONGIL LEE and KYEONG WAN KIM(KHNP), JUNG HAN LEE(HUPEC.Co.Ltd.) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Text Recognition using YOLO v3 of Control Logic Diagram DONGIL LEE and MIN WOO KANG(KHNP), JUNG HAN LEE(HUPEC.Co.Ltd.) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Applicability Evaluation of Enhanced Functions of APR1400 Feedwater Control System to OPR1000 juyoung Kim, seechae Jeong, myunghoon Ahn, younghun Kim, and yoonhee Lee(KEPCO E&C) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Enhancement of Diverse Indication System Sangeui Hong, Hyunjeong Kim, and Yoonhee Lee(KEPCO E&C) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Prioritization of Operation Range for Automation to Reduce Human Error by using an Descriptive Statistical Approach Hyun-Chul Lee(KAERI) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Further Considerations Proposed for Safety Design Against to Human Error including Violations in Nuclear YongHee Lee(KAERI) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) A Brief Review of a Kernel Method in Machine Learning Programming Yong Suk Suh and Seung Ki Shin(KAERI) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Preliminary Evaluation of BERT Embedding for Semantic Search in Nuclear Engineering Domain Byoungchan Han, Byeong-hyeok Ha, Byeongmun Ahn, Tongkyu Park, and Sung-Kyun Zee(FNC Tech.) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Considerations for the Development of a Maintenance Support System using Digital Technology for Research Reactors Yong Suk Suh and Seung Ki Shin(KAERI) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Estimation of Reactor Building Humidity Distribution due to RCS Leakage Youngsuk Bang and Jeong Hoon Lee(FNC Tech.) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Development of Artificial Intelligence Monitoring & Diagnosis (AIMD) System Songhae Ye, Wonhyu Lee, Yseul Jeon, Jusik Kim, and Minho Kim(KHNP) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) Suggestion of a Cyber Security Incident Report Framework for Nuclear Facilities in ROK based on Foreign Cases In-hyo Lee(KINAC) PDF보기 -
2022-Spring 12C : 원자력 계측제어, 인간공학 및 자동원격 (Nuclear I&C, Human Factors and Automatic Remote Systems) 5.19(Thu) 13:00 로비 (3F) EPRI Technical Assessment Methodology Analysis based on Risk Assessment Standards Janghoon Kim, Aram Kim, and Kookheui Kwon(KINAC) PDF보기 PPT보기
Last Modified : 1998-Autumn