| Title |
Alarm Diagnosis of RCP Monitoring System using Self Dynamic Neural Networks |
| Authors |
유동완(Yu, Dong-Wan) ; 김동훈(Kim, Dong-Hun) ; 성승환(Seong, Seung-Hwan) ; 구인수(Gu, In-Su) ; 박성욱(Park, Seong-Uk) ; 서보혁(Seo, Bo-Hyeok) |
| Keywords |
RCP Monitoring System ; Alarm Diagnosis ; Static Nerual Network ; Self Dynamic Neural Network |
| Abstract |
A Neural networks has been used for a expert system and fault diagnosis system. It is possible to nonlinear function mapping and parallel processing. Therefore It has been developing for a Diagnosis system of nuclear plower plant. In general Neural Networks is a static mapping but Dynamic Neural Network(DNN) is dynamic mapping.쪼두 a fault occur in system a state of system is changed with transient state. Because of a previous state signal is considered as a information DNN is better suited for diagnosis systems than static neural network. But a DNN has many weights so a real time implementation of diagnosis system is in need of a rapid network architecture. This paper presents a algorithm for RCP monitoring Alarm diagnosis system using Self Dynamic Neural Network(SDNN). SDNN has considerably fewer weights than a general DNN. Since there is no interlink among the hidden layer. The effectiveness of Alarm diagnosis system using the proposed algorithm is demonstrated by applying to RCP monitoring in Nuclear power plant. |