Add to ORKGThis paper compares five different approaches to the design of finite-dimensional controllers for linear infinite-dimensional systems. The approaches are varied and include state and frequency domain methods, exact controller designs, controller designs by approximation and robust controller designs
Abstract In this tutorial article the rich variety of transfer functions for systems described by pa...
AbstractIn many applications, mechanically flexible structures must be actively controlled to improv...
AbstractUsing a singular perturbation formulation of the linear time-invariant distributed parameter...
This paper compares five different approaches to the design of finite-dimensional controllers for li...
Programme 5 : traitement du signal, automatique et productiqueSIGLEAvailable at INIST (FR), Document...
AbstractThe Galerkin method is presented as a way to develop finite-dimensional controllers for line...
Optimal control for systems described by partial differential equations is investigated by proposing...
AbstractIn many applications, the distributed parameter nature of engineering systems cannot be igno...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
AbstractThe Galerkin method is presented as a way to develop finite-dimensional controllers for line...
The main aim of this thesis is, as the title suggests, the presentation of results on model reductio...
This paper describes three theories for robust controller design for infinite-dimensional linear sys...
AbstractLarge space structures, or any mechanically flexible structures, are inherently distributed ...
This paper describes three theories for robust controller design for infinite-dimensional linear sys...
AbstractIn any attempt to control an infinite-dimensional distributed parameter system (DPS) with a ...
Abstract In this tutorial article the rich variety of transfer functions for systems described by pa...
AbstractIn many applications, mechanically flexible structures must be actively controlled to improv...
AbstractUsing a singular perturbation formulation of the linear time-invariant distributed parameter...
This paper compares five different approaches to the design of finite-dimensional controllers for li...
Programme 5 : traitement du signal, automatique et productiqueSIGLEAvailable at INIST (FR), Document...
AbstractThe Galerkin method is presented as a way to develop finite-dimensional controllers for line...
Optimal control for systems described by partial differential equations is investigated by proposing...
AbstractIn many applications, the distributed parameter nature of engineering systems cannot be igno...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
AbstractThe Galerkin method is presented as a way to develop finite-dimensional controllers for line...
The main aim of this thesis is, as the title suggests, the presentation of results on model reductio...
This paper describes three theories for robust controller design for infinite-dimensional linear sys...
AbstractLarge space structures, or any mechanically flexible structures, are inherently distributed ...
This paper describes three theories for robust controller design for infinite-dimensional linear sys...
AbstractIn any attempt to control an infinite-dimensional distributed parameter system (DPS) with a ...
Abstract In this tutorial article the rich variety of transfer functions for systems described by pa...
AbstractIn many applications, mechanically flexible structures must be actively controlled to improv...
AbstractUsing a singular perturbation formulation of the linear time-invariant distributed parameter...