This paper deals with the input-output decoupling problem with asymptotic stability for a class of m-inputs m-outputs linear mechanical systems, through parallel connection with another mechanical system, called the controller. The paper gives a procedure for the design of a controller, which solves the above problem under some mild sufficient conditions, thus extending [1] where only 2-inputs 2-outputs linear mechanical systems were considered. © 2005 IEEE
The problem of linear system decoupling is examined based on recent results on linear feedback. New ...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
Given a nonlinear control system for which an admissible state trajectory is specified, we solve app...
This paper deals with the input-output decoupling problem with asymptotic stability for a class of m...
This paper deals with the input-output decoupling problem with asymptotic stability for a class of l...
In this paper, the use of the Smith-McMillan form in decoupling multiple-input multiple-output syste...
Abstract: The problem of decoupling a linear system by dy-namic compensation into multi-input multi-...
The problem of decoupling a linear system by dynamic compensation into multi-input multi-output subs...
The input-output decoupling problem with stability for Hamiltonian systems is treated using decoupli...
The input-output decoupling problem with stability for Hamiltonian systems is treated using decoupli...
The paper presents a novel decoupling method, based on blending the input and output signals of line...
In the design of feedback control systems for linear multivariable plants, insisting on the eliminat...
Different input/output decoupling problems for a nonlinear model of high speed trains are studied. A...
The problem of linear system decoupling is examined based on recent results on linear feedback. New ...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
Given a nonlinear control system for which an admissible state trajectory is specified, we solve app...
This paper deals with the input-output decoupling problem with asymptotic stability for a class of m...
This paper deals with the input-output decoupling problem with asymptotic stability for a class of l...
In this paper, the use of the Smith-McMillan form in decoupling multiple-input multiple-output syste...
Abstract: The problem of decoupling a linear system by dy-namic compensation into multi-input multi-...
The problem of decoupling a linear system by dynamic compensation into multi-input multi-output subs...
The input-output decoupling problem with stability for Hamiltonian systems is treated using decoupli...
The input-output decoupling problem with stability for Hamiltonian systems is treated using decoupli...
The paper presents a novel decoupling method, based on blending the input and output signals of line...
In the design of feedback control systems for linear multivariable plants, insisting on the eliminat...
Different input/output decoupling problems for a nonlinear model of high speed trains are studied. A...
The problem of linear system decoupling is examined based on recent results on linear feedback. New ...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
Given a nonlinear control system for which an admissible state trajectory is specified, we solve app...