Full integrated system of real-time monitoring based on distributed architecture for the High Temperature Engineering Test Reactor (HTTR)

Subekti, M.*; Ono, Tomio*; Kudo, Kazuhiko*; Takamatsu, Kuniyoshi  ; Nabeshima, Kunihiko  

In this study, a new full integrated monitoring system scheme based on distributed architecture is proposed. This monitoring system has a distributed architecture; monitoring tasks are assigned to client PCs by the central server. As a result of the distributed architecture, it is expected that the processing capabilities is maximized and the real time consistency is not impaired even if heavy monitoring tasks cause a shortage of bandwidth. And this system integrates signal processing modules in the main system and the main system distributes the monitoring tasks on its client PCs with TCP-IP technology. Signal processing between the main system and the client PCs is optimized so that monitoring tasks are distributed very efficiently. And, each client PC is completely separated, processing condition of one PC never effects on the other PC's processing.