Event-Triggered Fault-Tolerant Sliding Mode Control for Discrete Markov Jump Systems via Guaranteed Cost Control Approach

This note is committed to the investigation of fault-tolerant event-triggered sliding mode control issue for a kind of Markov jump discrete-time uncertain system. A novel mode-independent switching surface is first constructed, and the introduction of event-triggered method reduces the frequency of...

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Published in:IEEE transactions on circuits and systems. II, Express briefs Express briefs, 2024-07, Vol.71 (7), p.3363-3367
Main Authors: Kao, Yonggui, Feng, Xixi, Xie, Jing, Kao, Binghua
Format: Article
Language:English
Subjects:
Actuators
Cost analysis
Costs
Discrete time systems
Effectiveness
Event detection
event-triggered
Fault tolerance
fault tolerant
Fault tolerant systems
Guaranteed cost control
Markov jump
Markov processes
Sliding mode control
Switches
Switching
Uncertain systems
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Feng, Xixi
Xie, Jing
Kao, Binghua
description This note is committed to the investigation of fault-tolerant event-triggered sliding mode control issue for a kind of Markov jump discrete-time uncertain system. A novel mode-independent switching surface is first constructed, and the introduction of event-triggered method reduces the frequency of state transmission. Then, several sufficiency criteria to guarantee the stochastic stability of the discrete-time MJSs under consideration and the guaranteed cost performance analysis are derived and the reachability of our designed common switching surface within finite time can be ensured. At last, the effectiveness of our theoretical findings is demonstrated by a presented numerical example.
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subjects Actuators
Cost analysis
Costs
Discrete time systems
Effectiveness
Event detection
event-triggered
Fault tolerance
fault tolerant
Fault tolerant systems
Guaranteed cost control
Markov jump
Markov processes
Sliding mode control
Switches
Switching
Uncertain systems
title Event-Triggered Fault-Tolerant Sliding Mode Control for Discrete Markov Jump Systems via Guaranteed Cost Control Approach
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