International audienceHybrid control systems are dynamical systems that can be controlled by a combination of both continuous and discrete actions. In this paper we study the approximation of optimal control problems associated to this kind of systems, and in particular of the Quasi-Variational Inequality which characterizes the value function. Our main result features the error estimates between the value function of the problem and its approximation. We also focus on the hypotheses describing the mathematical model and the properties defining the class of numerical scheme for which the result holds true
We review the results contained in [1] and [3] where approximation schemes for the effective Hamilt...
An approximation of the Hamilton-Jacobi-Bellman equation connected with the infinite horizon optimal...
AbstractThis paper deals with the numerical analysis of noncoercive quasi-variational inequalities o...
International audienceHybrid control systems are dynamical systems that can be controlled by a combi...
Hybrid control systems are dynamical systems that can be controlled by a combination of both continu...
This paper discusses the numerical resolution of the Hamilton-Jacobi-Bellman equation associated wit...
Optimal control of a. class of hybrid dynamical systems is studied using the method of dynamic progr...
Abstract. We study approximation schemes for the cell problem arising in homogeniza-tion of Hamilton...
We study approximation schemes for the cell problem arising in homogenization of Hamilton-Jacobi equ...
This paper proposes penalty schemes for a class of weakly coupled systems of Hamilton--Jacobi--Bellm...
. We describe an approximation scheme for a class of HamiltonJacobi equations associated to H1 contr...
AbstractEquations of Hamilton-Jacobi type arise in many areas of applications, including the calculu...
Many inverse problems for differential equations can be formulated as optimal control problems. It ...
Many inverse problems for differential equations can be formulated as optimal control problems. It i...
Theme 4 - Simulation et optimisation de systemes complexes - Projet SYDOCOSIGLEAvailable from INIST ...
We review the results contained in [1] and [3] where approximation schemes for the effective Hamilt...
An approximation of the Hamilton-Jacobi-Bellman equation connected with the infinite horizon optimal...
AbstractThis paper deals with the numerical analysis of noncoercive quasi-variational inequalities o...
International audienceHybrid control systems are dynamical systems that can be controlled by a combi...
Hybrid control systems are dynamical systems that can be controlled by a combination of both continu...
This paper discusses the numerical resolution of the Hamilton-Jacobi-Bellman equation associated wit...
Optimal control of a. class of hybrid dynamical systems is studied using the method of dynamic progr...
Abstract. We study approximation schemes for the cell problem arising in homogeniza-tion of Hamilton...
We study approximation schemes for the cell problem arising in homogenization of Hamilton-Jacobi equ...
This paper proposes penalty schemes for a class of weakly coupled systems of Hamilton--Jacobi--Bellm...
. We describe an approximation scheme for a class of HamiltonJacobi equations associated to H1 contr...
AbstractEquations of Hamilton-Jacobi type arise in many areas of applications, including the calculu...
Many inverse problems for differential equations can be formulated as optimal control problems. It ...
Many inverse problems for differential equations can be formulated as optimal control problems. It i...
Theme 4 - Simulation et optimisation de systemes complexes - Projet SYDOCOSIGLEAvailable from INIST ...
We review the results contained in [1] and [3] where approximation schemes for the effective Hamilt...
An approximation of the Hamilton-Jacobi-Bellman equation connected with the infinite horizon optimal...
AbstractThis paper deals with the numerical analysis of noncoercive quasi-variational inequalities o...