This paper focuses on optimal control problems for large scale systems with a decomposable cost function. These large-scale dynamical systems are considered as an interconnected set of independently actuated subsystems. In the first part of the paper we present and revise the spatial dynamic programming algorithm proposed by Cline and Larson in [1]. Here, the optimal control problem is decomposed into a set of local optimal control problems associated to each subsystem and solved recursively. In the second part of the paper it is shown how the solution of the dynamic programming algorithm can be computed through multiparametric programming
One of the fundamental problems in the area of large-scale optimization is to study locality feature...
Spatially distributed dynamical systems appear in several domains of engineering and science. Exampl...
AbstractA new approach is proposed for the solution of large-scale constrained optimal control probl...
A major challenge faced in the design of large-scale cyber-physical systems, such as power systems, ...
We propose an optimal control approach to tackle large scale unconstrained optimization problems. Ou...
We propose an approximation method to solve large-scale optimal control problems for spatially dist...
Summarization: This paper considers the solution of large-scale linear optimal control problems subj...
Abstract: We present a novel algorithm for the computation of explicit optimal control laws for piec...
In this paper, we study the structural properties of optimal control of spatially distributed system...
The idea of dynamic programming is general and very simple, but the "curse of dimensionality" is oft...
In this thesis, we propose a spatial domain decomposition method and model reduction techniques for ...
Large scale dynamic optimization problems are generally difficult to solve because of their high dim...
The objective of this thesis is to investigate decomposition and its applicability to the theory of ...
In this paper, we present an adaptive optimal control approach applicable to a wide class of large-s...
The problem of optimal decentralized control for an interconnected discrete system has been investig...
One of the fundamental problems in the area of large-scale optimization is to study locality feature...
Spatially distributed dynamical systems appear in several domains of engineering and science. Exampl...
AbstractA new approach is proposed for the solution of large-scale constrained optimal control probl...
A major challenge faced in the design of large-scale cyber-physical systems, such as power systems, ...
We propose an optimal control approach to tackle large scale unconstrained optimization problems. Ou...
We propose an approximation method to solve large-scale optimal control problems for spatially dist...
Summarization: This paper considers the solution of large-scale linear optimal control problems subj...
Abstract: We present a novel algorithm for the computation of explicit optimal control laws for piec...
In this paper, we study the structural properties of optimal control of spatially distributed system...
The idea of dynamic programming is general and very simple, but the "curse of dimensionality" is oft...
In this thesis, we propose a spatial domain decomposition method and model reduction techniques for ...
Large scale dynamic optimization problems are generally difficult to solve because of their high dim...
The objective of this thesis is to investigate decomposition and its applicability to the theory of ...
In this paper, we present an adaptive optimal control approach applicable to a wide class of large-s...
The problem of optimal decentralized control for an interconnected discrete system has been investig...
One of the fundamental problems in the area of large-scale optimization is to study locality feature...
Spatially distributed dynamical systems appear in several domains of engineering and science. Exampl...
AbstractA new approach is proposed for the solution of large-scale constrained optimal control probl...