Functional observer design using linear matrix inequalities transformation of a plant model in the state space by
matrix canonization with subsequent solution of the system
Application of Matrix Decompositions for Matrix Canonization, singular, or ill conditioned SLAEs using
matrix canonization is considered. A modification of an existing
Functional observer design using linear matrix inequalities transformation of a plant model in the state space by
matrix canonization with subsequent solution of the system
Analytical synthesis of functional observers on the nondegenerate transformation of the object model in the state space using the
matrix canonization technology
Analytical synthesis of functional observers for systems with signal perturbations canonization and methods for solving linear
matrix equations of arbitrary dimension. Conditions
Calculation of decoupling zeroes in the multiconnected dynamic system based on the application of
matrix canonization techniques is proposed. Its essence is that the problem
Analytical synthesis of functional observers for systems with signal perturbations canonization and methods for solving linear
matrix equations of arbitrary dimension. Conditions
Analytical synthesis of low-order state observers for discrete-time systems coefficients are formulated. The proposed solution of the problem is based on the use of
matrix canonization Analytical synthesis of functional observers on the nondegenerate transformation of the object model in the state space using the
matrix canonization technology