DEVELOPMENT OF DIAGNOSIS AND CONTROL SYSTEM FOR WATER SUPPLY NETWORK USING ARTIFICIAL IMMUNE SYSTEM

Abstract eng:
In this study, it aims to construct high reliable infrastructural systems by using an autonomous distributed fault diagnosis system. Concretely, a real-time fault diagnosis and recovery system of water supply network is developed using an artificial immune system. The process fault as well as sensor one of system is diagnosed autonomously and recovered based on the dynamic network characteristics among of sensors setting in the system. This is one of important characteristics that the immune system in living body has. A simple experimental water supply system with five water flow sensors and two water level sensors is considered, and a real-time fault diagnosis and recovery system is built in this experimental system. The usefulness of this proposed system is verified experimentally as well as analytically.

• Export as: BibTeX | MARC | MARCXML | DC | EndNote | NLM | RefWorks
• Add to your basket