Optimal Control of 1D Semilinear Heat Equations with Moment-SOS Relaxations

Fuente: arXiv
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Hauptverfasser: Lebarbé, Charlie, Flayac, Emilien, Fournié, Michel, Henrion, Didier, Korda, Milan
Format: Preprint
Veröffentlicht: 2024
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author Lebarbé, Charlie
Flayac, Emilien
Fournié, Michel
Henrion, Didier
Korda, Milan
author_facet Lebarbé, Charlie
Flayac, Emilien
Fournié, Michel
Henrion, Didier
Korda, Milan
contents We use moment-SOS (Sum Of Squares) relaxations to address the optimal control problem of the 1D heat equation perturbed with a nonlinear term. We extend the current framework of moment-based optimal control of PDEs to consider a quadratic cost on the control. We develop a new method to extract a nonlinear controller from approximate moments of the solution. The control law acts on the boundary of the domain and depends on the solution over the whole domain. Our method is validated numerically and compared to a linear-quadratic controller.
format Preprint
id arxiv_https___arxiv_org_abs_2411_11528
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Optimal Control of 1D Semilinear Heat Equations with Moment-SOS Relaxations
Lebarbé, Charlie
Flayac, Emilien
Fournié, Michel
Henrion, Didier
Korda, Milan
Optimization and Control
We use moment-SOS (Sum Of Squares) relaxations to address the optimal control problem of the 1D heat equation perturbed with a nonlinear term. We extend the current framework of moment-based optimal control of PDEs to consider a quadratic cost on the control. We develop a new method to extract a nonlinear controller from approximate moments of the solution. The control law acts on the boundary of the domain and depends on the solution over the whole domain. Our method is validated numerically and compared to a linear-quadratic controller.
title Optimal Control of 1D Semilinear Heat Equations with Moment-SOS Relaxations
topic Optimization and Control
url https://arxiv.org/abs/2411.11528