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Article Dans Une Revue Automatica Année : 2023

Finite/Fixed-time stabilization of a chain of integrators with input delay via PDE-based nonlinear backstepping approach

Résumé

In this paper, we present a general approach to studying the problem of finite-time and fixed-time stabilization of a chain of integrators with input delay. To accomplish this, we first reformulate the chain of integrators with input delay as a cascade ODE-PDE system (i.e., a cascade of a linear transport partial differential equation (PDE) with the chain of integrators) where the transport equation models the effect of the delay on the input. Next, we use a nonlinear infinite-dimensional backstepping transformation to convert the cascade system to a suitable target system that is chosen to be finite-time or fixed-time stable. We perform the stability analysis on the target system by means of classical non-asymptotic concepts and tools such as the linear homogeneity and "generalized KL " functions. Then, we use the inverse transformation to transfer back the stability property to the closed-loop system. Finally, we give some characterizations of finite/fixed time predictor-based controllers followed by numerical simulations.
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hal-04096252 , version 1 (12-05-2023)

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  • HAL Id : hal-04096252 , version 1

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Salim Zekraoui, Nicolás Espitia, Wilfrid Perruquetti. Finite/Fixed-time stabilization of a chain of integrators with input delay via PDE-based nonlinear backstepping approach. Automatica, In press. ⟨hal-04096252⟩
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