Add to ORKGA recursive method for calculating decoupling zeroes in the linear multiconnected dynamic system based on the application of matrix canonization techniques is proposed. Its essence is that the problem dimension is successively decreased and reduced to finding eigenvalues of some matrix. The results obtained can be used to check controllability and observability as well as to calculate uncontrollable and unobservable modes of the dynamic system. © Allerton Press, Inc., 2010
Absfracf-Necessary and sdicient conditions far the "decou-pling " of an m-input, m-output ...
AbstractThe numerical computation of the transmission zeros of a linear, time-invariant system requi...
Several algorithms have been proposed in the literature for the computation of the zeros of a linear...
A recursive method for calculating decoupling zeroes in the linear multiconnected dynamic system bas...
The problem of synthesizing a linear multi-input multi-output dynamical system with equal numbers of...
In this paper, the use of the Smith-McMillan form in decoupling multiple-input multiple-output syste...
It was demonstrated in two earlier papers that there exists a real, linear, time-varying transformat...
The problem of ensuring a given set of zeros in a linear multivariable dynamical system with the equ...
The numerical computation of the simultaneous disturbance decoupling and row-by-row decoupling probl...
The notions of input and output decoupling zeros are extended to a linear periodic discrete-time sys...
The problem of decoupling and complete pole assignment of linear square, and controllable systems by...
The problem of decoupling a linear system by dynamic compensation into multi-input multi-output subs...
Decoupling a second-order linear dynamical system requires that one develop a transformation that si...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
The problem of dynamic input-output decoupling of nonlinear control systems is studied. Based on an ...
Absfracf-Necessary and sdicient conditions far the "decou-pling " of an m-input, m-output ...
AbstractThe numerical computation of the transmission zeros of a linear, time-invariant system requi...
Several algorithms have been proposed in the literature for the computation of the zeros of a linear...
A recursive method for calculating decoupling zeroes in the linear multiconnected dynamic system bas...
The problem of synthesizing a linear multi-input multi-output dynamical system with equal numbers of...
In this paper, the use of the Smith-McMillan form in decoupling multiple-input multiple-output syste...
It was demonstrated in two earlier papers that there exists a real, linear, time-varying transformat...
The problem of ensuring a given set of zeros in a linear multivariable dynamical system with the equ...
The numerical computation of the simultaneous disturbance decoupling and row-by-row decoupling probl...
The notions of input and output decoupling zeros are extended to a linear periodic discrete-time sys...
The problem of decoupling and complete pole assignment of linear square, and controllable systems by...
The problem of decoupling a linear system by dynamic compensation into multi-input multi-output subs...
Decoupling a second-order linear dynamical system requires that one develop a transformation that si...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
The problem of dynamic input-output decoupling of nonlinear control systems is studied. Based on an ...
Absfracf-Necessary and sdicient conditions far the "decou-pling " of an m-input, m-output ...
AbstractThe numerical computation of the transmission zeros of a linear, time-invariant system requi...
Several algorithms have been proposed in the literature for the computation of the zeros of a linear...