ON THE CONTROL OF ILL-POSED DISTRIBUTED PARAMETER SYSTEMS

Results of solving a matrix of factors determine the cost of restructuring unstable macroeconomic systems with a balanced growth rate.. Knowing the cost of optimal

Keywords: Nonlinear conservation laws, Hybrid optimal control problems, Optimality conditions, Shape Op- timization, Shallow-water equations, Immersed boundary methods.. AMS

The first set of experiments is designed to understand the impact of the model type (and hence of the cost function used to train the neural network), of network topology and

To specify the discrete optimal control problem, in particular, the approximation of the control parameter u and the cost functional J , we focus on the high order

A standard algorithm designs a control field of fixed duration which both brings the system close to the target state and minimizes the laser fluence, whereas here we include

Earth-Moon transfer, low thrust, circular restricted three-body problem, optimal control, minimum time or fuel consumption trajectories, shoot- ing, discrete and

This paper is organized as follows: In the second section we aim at presenting singularly per- turbed control systems and the averaging method and some important results concerning

We discuss the control of distributed systems with incomplete data following the notion of no-regret control (or, equivalently, Pareto control) used by Lions in