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Reliability Optimization of Automatic Control Systems Based on Importance Measures: A Framework

Volume 12, Number 3, May 2016 - SC 57 pp. 297-300

HONGYAN DUI

School of Management Engineering, Zhengzhou University, P. R. CHINA

(Received on April 1, 2015; Revised on October 21, October 31, and December 2, 2015)

Abstract:

This paper studies lifetime of automatic control systems to make the system tolerant to faults based on importance measures. The system lifetime can be divided into different phases, where the key components that can cause the system to fail can be different. Such key components can be identified by importance measures, which can guide the reliability design of control systems. In this work, through importance analysis, reliabilities and importance degrees of system components (e.g., sensors, actuators, process components) and sub-systems are first computed. Based on importance analysis results, different automatic control schemes are then developed and integrated. At last, the optimization design of automatic control systems is investigated to improve the system performance in term of system reliability or lifetime. 

 

References: 6

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