Proportional-Integral Observer Design for Uncertain Time-Delay Systems Subject to Deception Attacks: An Outlier-Resistant Approach
This article deals with the proportional-integral observer (PIO) design problem for a class of linear systems with distributed time delays and randomly occurring parameter uncertainties. The measurement signals, transmitted from the sensors to the observer, might suffer from the randomly occurring d...
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Published in | IEEE transactions on systems, man, and cybernetics. Systems Vol. 52; no. 8; pp. 5152 - 5164 |
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Main Authors | , , , |
Format | Journal Article |
Language | English |
Published |
New York
IEEE
01.08.2022
The Institute of Electrical and Electronics Engineers, Inc. (IEEE) |
Subjects | |
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Abstract | This article deals with the proportional-integral observer (PIO) design problem for a class of linear systems with distributed time delays and randomly occurring parameter uncertainties. The measurement signals, transmitted from the sensors to the observer, might suffer from the randomly occurring deception attacks. The random occurrences of parameter uncertainties and deception attacks are governed by two series of Bernoulli random variables with known probability distributions. An outlier-resistant PIO is developed by introducing an innovation saturation mechanism for the sake of alleviating the adverse effects induced by the deception attacks on the estimation performance. The purpose of the addressed problem is to design a PIO that is capable of guaranteeing the mean-square boundedness of the estimation errors while achieving the desired security level. The desired PIO gain is designed by solving a matrix inequality and the validity of the results obtained is shown by a numerical simulation example. |
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AbstractList | This article deals with the proportional-integral observer (PIO) design problem for a class of linear systems with distributed time delays and randomly occurring parameter uncertainties. The measurement signals, transmitted from the sensors to the observer, might suffer from the randomly occurring deception attacks. The random occurrences of parameter uncertainties and deception attacks are governed by two series of Bernoulli random variables with known probability distributions. An outlier-resistant PIO is developed by introducing an innovation saturation mechanism for the sake of alleviating the adverse effects induced by the deception attacks on the estimation performance. The purpose of the addressed problem is to design a PIO that is capable of guaranteeing the mean-square boundedness of the estimation errors while achieving the desired security level. The desired PIO gain is designed by solving a matrix inequality and the validity of the results obtained is shown by a numerical simulation example. |
Author | Wei, Guoliang Zhao, Di Han, Qing-Long Wang, Zidong |
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Snippet | This article deals with the proportional-integral observer (PIO) design problem for a class of linear systems with distributed time delays and randomly... This article deals with the proportional–integral observer (PIO) design problem for a class of linear systems with distributed time delays and randomly... |
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SubjectTerms | Delay effects Delays Distributed time delays Estimation error Linear systems Observers outlier-resistant state estimation Outliers (statistics) Parameter uncertainty proportional-integral observer (PIO) Random variables randomly occurring deception attacks (RODAs) randomly occurring parameter uncertainties (ROPUs) Security Technological innovation Time delay systems Uncertain systems |
Title | Proportional-Integral Observer Design for Uncertain Time-Delay Systems Subject to Deception Attacks: An Outlier-Resistant Approach |
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