Distributed Actuator Fault Estimation Approach for Multi-agent Systems Using Related Information

In this paper, the actuator fault estimation problem is investigated for a multi-agent systems. Fault estimation plays a vital role in the field of fault tolerant control or fault accommodation. Firstly, the multi-agent system model with unknown additive actuator faults based on leader-follower stru...

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Main Authors: Shan, Yuechao, Gao, Zhifeng, Qian, Moshu, Zhong, Guanghua
Format: Conference Proceeding
Language:English
Subjects:
Actuators
fault estimation
Graph theory
Matrix decomposition
Multi-agent systems
Observers
spectral decomposition
Symmetric matrices
Unknown input observer
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Gao, Zhifeng
Qian, Moshu
Zhong, Guanghua
description In this paper, the actuator fault estimation problem is investigated for a multi-agent systems. Fault estimation plays a vital role in the field of fault tolerant control or fault accommodation. Firstly, the multi-agent system model with unknown additive actuator faults based on leader-follower structure is given. To get the estimated value of unknown fault, an unknown input observer is designed in this study, by selecting the appropriate gain parameter matrices, the desired fault estimation aim could be achieved. And then the stability of fault estimation observer error systems is guaranteed according to Lyapunov approach. Finally, simulation example is used to verify the effectiveness of the proposed technique.
doi_str_mv 10.1109/CAC48633.2019.8996937
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subjects Actuators
fault estimation
Graph theory
Matrix decomposition
Multi-agent systems
Observers
spectral decomposition
Symmetric matrices
Unknown input observer
title Distributed Actuator Fault Estimation Approach for Multi-agent Systems Using Related Information
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