Adaptive output tracking for 1-D wave equations subject to unknown harmonic disturbances

In this paper, we are concerned with an adaptive output tracking problem for one-dimensional anti-stable wave equations with unknown harmonic disturbance and reference signals which have both unknown frequencies and amplitudes. The output and disturbance are non-collocated to the control input. Firs...

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Published inIEEE transactions on automatic control Vol. 69; no. 4; pp. 1 - 8
Main Authors Wu, Xiao-Hui, Wang, Jun-Min
Format Journal Article
LanguageEnglish
Published New York IEEE 01.04.2024
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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ISSN0018-9286
1558-2523
DOI10.1109/TAC.2023.3333797

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Abstract In this paper, we are concerned with an adaptive output tracking problem for one-dimensional anti-stable wave equations with unknown harmonic disturbance and reference signals which have both unknown frequencies and amplitudes. The output and disturbance are non-collocated to the control input. First, we construct an auxiliary system and internal model dynamic to restructure the measurable tracking error such that the error consists of these available states. Then, an adaptive method is used to estimate the unknown parameters. Using an invertible transformation, we convert the non-collocated configuration into the collocated ones so that the conventional method can be applied. Finally, error-based feedback is proposed to realize output tracking. Numerical simulations validate these theoretical results.
AbstractList In this article, we are concerned with an adaptive output tracking problem for 1-D antistable wave equations with unknown harmonic disturbance and reference signals which have both unknown frequencies and amplitudes. The output and disturbance are noncollocated to the control input. First, we construct an auxiliary system and internal model dynamic to restructure the measurable tracking error such that the error consists of these available states. Then, an adaptive method is used to estimate the unknown parameters. Using an invertible transformation, we convert the noncollocated configuration into the collocated ones so that the conventional method can be applied. Finally, error-based feedback is proposed to realize output tracking. Numerical simulations validate these theoretical results.
In this paper, we are concerned with an adaptive output tracking problem for one-dimensional anti-stable wave equations with unknown harmonic disturbance and reference signals which have both unknown frequencies and amplitudes. The output and disturbance are non-collocated to the control input. First, we construct an auxiliary system and internal model dynamic to restructure the measurable tracking error such that the error consists of these available states. Then, an adaptive method is used to estimate the unknown parameters. Using an invertible transformation, we convert the non-collocated configuration into the collocated ones so that the conventional method can be applied. Finally, error-based feedback is proposed to realize output tracking. Numerical simulations validate these theoretical results.
Author Wang, Jun-Min
Wu, Xiao-Hui
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Snippet In this paper, we are concerned with an adaptive output tracking problem for one-dimensional anti-stable wave equations with unknown harmonic disturbance and...
In this article, we are concerned with an adaptive output tracking problem for 1-D antistable wave equations with unknown harmonic disturbance and reference...
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SubjectTerms Adaptation models
adaptive
anti-stable wave equation
Backstepping
Error analysis
error feedback
Harmonic analysis
Mathematical models
Numerical simulation
output tracking
Propagation
Reference signals
Tracking errors
Tracking problem
Trajectory
unknown harmonic disturbances
Wave equations
Title Adaptive output tracking for 1-D wave equations subject to unknown harmonic disturbances
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