AbstractA method for feedback synthesis of linear control systems with desired linearly equivalent form of the closed loop system matrix is proposed. The method is based on the serial canonical form of linear multivariable systems which is an alternative to the Luenberger canonical form. A stable computational algorithm for finding the serial canonical form using orthogonal similarity transformations is described. The algorithm for synthesis involves a simple recurrent procedure and gives the possibility to achieve any attainable equivalent form of the closed loop system. The results obtained are extended to the synthesis of reduced order state observers
Consideration is given to the problem of the reduction of order of a scalar system S (A,B,C) describ...
AbstractBased on a generalization of the classical Bruhat factorization of nonsingular matrices to a...
A technique for constructing the observers to evaluate a linear combination of state variables is co...
AbstractA method for feedback synthesis of linear control systems with desired linearly equivalent f...
An algorithm for the analytical synthesis of reduced-order observers for dynamic systems with an out...
AbstractWe present two complementary condensed forms of linear control system with outputẋ=A·x+B·u,...
We tackle the obtaining of canonical forms for classifying linear control systems with regard to cha...
AbstractThe main purpose of the paper is to present a uniform algorithm for transforming time-invari...
A design method for state-feedback controllers for single-input non-linear systems is proposed. The ...
A reduced order output feedback controller is designed for a linear time invariant system, which gua...
AbstractIn this paper, we propose a new controller design approach for a special class of nonlinear ...
A reduced order output feedback controller is designed for a linear time invariant system, which gua...
© 2015, Pleiades Publishing, Ltd. Simultaneous estimation of several linear combinations of the stat...
AbstractIn this paper, a new method for finding a state feedback matrix in order to control simultan...
We present a unified theory of control synthesis for generalized linear (i.e. descriptor) systems us...
Consideration is given to the problem of the reduction of order of a scalar system S (A,B,C) describ...
AbstractBased on a generalization of the classical Bruhat factorization of nonsingular matrices to a...
A technique for constructing the observers to evaluate a linear combination of state variables is co...
AbstractA method for feedback synthesis of linear control systems with desired linearly equivalent f...
An algorithm for the analytical synthesis of reduced-order observers for dynamic systems with an out...
AbstractWe present two complementary condensed forms of linear control system with outputẋ=A·x+B·u,...
We tackle the obtaining of canonical forms for classifying linear control systems with regard to cha...
AbstractThe main purpose of the paper is to present a uniform algorithm for transforming time-invari...
A design method for state-feedback controllers for single-input non-linear systems is proposed. The ...
A reduced order output feedback controller is designed for a linear time invariant system, which gua...
AbstractIn this paper, we propose a new controller design approach for a special class of nonlinear ...
A reduced order output feedback controller is designed for a linear time invariant system, which gua...
© 2015, Pleiades Publishing, Ltd. Simultaneous estimation of several linear combinations of the stat...
AbstractIn this paper, a new method for finding a state feedback matrix in order to control simultan...
We present a unified theory of control synthesis for generalized linear (i.e. descriptor) systems us...
Consideration is given to the problem of the reduction of order of a scalar system S (A,B,C) describ...
AbstractBased on a generalization of the classical Bruhat factorization of nonsingular matrices to a...
A technique for constructing the observers to evaluate a linear combination of state variables is co...