
handle: 11693/26232
The purpose of this paper is to draw attention to a causality degree- dominance property in diagonalization problems by dynamic output feedback and constant precompensator. Even in the well-investigated special case of square transfer matrices, the property of degree-dominance yields new insight into the structure of diagonalizable transfer matrices.
Mathematical Techniques--Matrix Algebra, Control systems, Casuality Degree Dominance, dynamic output feedback, Control Systems, Multivariable systems, multidimensional control systems, diagonalization, causality degree-dominance, constant precompensator, Dynamic Ouput Feedback, Transfer matrices, Dynamic ouput feedback, Transfer Matrices, Linear systems in control theory, Algebraic methods, Diagonalization, Casuality degree dominance, Mathematical techniques--Matrix Algebra
Mathematical Techniques--Matrix Algebra, Control systems, Casuality Degree Dominance, dynamic output feedback, Control Systems, Multivariable systems, multidimensional control systems, diagonalization, causality degree-dominance, constant precompensator, Dynamic Ouput Feedback, Transfer matrices, Dynamic ouput feedback, Transfer Matrices, Linear systems in control theory, Algebraic methods, Diagonalization, Casuality degree dominance, Mathematical techniques--Matrix Algebra
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