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Communication Redundancy for Reliability Improvement in an Industrial Monitoring and Control System  

Rhyu, Keel-Soo (Division of IT Engineering, Korea Maritime University)
Chung, Kyung-Yul (Advanced Treatment Process Group, Korea Institute of Machinery and Materials)
Abstract
In development of monitoring and control systems, one of the most important points is to consider a redundancy so that the system can be operated normally although hardware faults are partly occurred. The purpose of this paper is to introduce a monitoring and control system with a redundancy function for I/O servers and communication networks. I/O servers composed with an active server and a standby server. Each server also has 3 communication ports, 2 ports of them were connected to field units and the other 1 port was connected to the other server. Field units have to be constructed to 2 communication ports connected I/O servers through communication lines. Also, server communication module was implemented for analyzing and handling fault elements. and was submodularized for linking easily with a monitoring and control module. An experiment with 2 servers and 2 field units was constructed to demonstrate its effectiveness.
Keywords
Monitoring and Control System; I/O Server; Redundancy; Ethernet-based Communication Network; Fault Detection and Treatment;
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