Efficient static corrective control for model matching and fault tolerance of asynchronous sequential machines

摘要: Abstract This paper addresses a static corrective control scheme for input/state asynchronous sequential machines (ASMs) with transient faults. While the previous controllers have tight existence conditions and achieve only model matching, such restraints are relaxed in this study. To end, diagnoser identifying mismatches faults is introduced to facilitate design of controller. Also state bursts, or fast outbursts characters generated by controlled machine during transitions, used as feedback. In association diangoser, we present condition algorithm controller that matches stable-state behavior closed-loop system reference while invalidating adverse effect A case study provided demonstrate applicability proposed methodology.