Abstract—We present a receding horizon optimal control approach for the one-dimensional linear wave equation. In order to prove stability and suboptimality of this approach we use a weighted energy as cost functional. Furthermore we apply similar methods to a semilinear parabolic equation. I
ABSTRACT To obtain a control function which puts the wave equation in an unknown min-imum time into ...
The linear quadratic optimal regulator problem on a wave equation in a bounded subset of R^n for n =...
In this paper we discuss sufficient optimality conditions for an optimal control problem for the lin...
Stabilization of the wave equation by the receding horizon framework is investigated. Distributed co...
Time optimal control of the wave equation is analyzed on thebasis of a regularized formulation which...
Abstract. In this paper optimal control problems governed by the wave equation with control constrai...
Diese Dissertation befasst mit der Minimierung von Funktionalen derForm $int_0 T f (y(t), u(t)) dt$ ...
Abstract. We consider the problem of an optimal control of the wave equation with a localized nonlin...
Abstract. In this paper optimal control problems governed by the wave equation with control constrai...
Abstract. Numerical solutions of optimal Dirichlet boundary control problems for linear and semiline...
International audienceA minimum effort optimal control problem for the undamped waveequation is cons...
The receding horizon control strategy for dynamical systems posed in infinite dimensional spaces is ...
The receding horizon control strategy for dynamical systems posed in infinite dimensional spaces is ...
The present study introduces a real-time control algorithm for applications involving energy maximis...
This thesis is devoted to the solution of optimal control problems governed by linear and nonlinear ...
ABSTRACT To obtain a control function which puts the wave equation in an unknown min-imum time into ...
The linear quadratic optimal regulator problem on a wave equation in a bounded subset of R^n for n =...
In this paper we discuss sufficient optimality conditions for an optimal control problem for the lin...
Stabilization of the wave equation by the receding horizon framework is investigated. Distributed co...
Time optimal control of the wave equation is analyzed on thebasis of a regularized formulation which...
Abstract. In this paper optimal control problems governed by the wave equation with control constrai...
Diese Dissertation befasst mit der Minimierung von Funktionalen derForm $int_0 T f (y(t), u(t)) dt$ ...
Abstract. We consider the problem of an optimal control of the wave equation with a localized nonlin...
Abstract. In this paper optimal control problems governed by the wave equation with control constrai...
Abstract. Numerical solutions of optimal Dirichlet boundary control problems for linear and semiline...
International audienceA minimum effort optimal control problem for the undamped waveequation is cons...
The receding horizon control strategy for dynamical systems posed in infinite dimensional spaces is ...
The receding horizon control strategy for dynamical systems posed in infinite dimensional spaces is ...
The present study introduces a real-time control algorithm for applications involving energy maximis...
This thesis is devoted to the solution of optimal control problems governed by linear and nonlinear ...
ABSTRACT To obtain a control function which puts the wave equation in an unknown min-imum time into ...
The linear quadratic optimal regulator problem on a wave equation in a bounded subset of R^n for n =...
In this paper we discuss sufficient optimality conditions for an optimal control problem for the lin...
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