In this paper we propose two new operators for complex polynomial matrices. One is the conjugate product and the other is the Sylvester-conjugate sum. Then some important properties for these operators are proved. Based on these derived results, we propose a unified approach to solving a general class of Sylvester-polynomial-conjugate matrix equations, which include the Yakubovich-conjugate matrix equation as a special case. The complete solution of the Sylvester-polynomial-conjugate matrix equation is obtained in terms of the Sylvester-conjugate sum, and such a proposed solution can provide all the degrees of freedom with an arbitrarily chosen parameter matrix
AbstractThis note considers the solution to the generalized Sylvester matrix equation AV+BW=EVF with...
Solutions are constructed for the Kalman-Yakubovich-transpose equation X−AXTB=C. The solutions are s...
The iterative method is presented for obtaining the centrally symmetric (centrally antisymmetric) ma...
By two recently proposed operations with respect to complex matrices, a simple explicit solution to ...
AbstractSome explicit closed-form solutions of homogeneous and nonhomogeneous Sylvester-conjugate ma...
In this paper, we propose a new operator of conjugate product for complex polynomial matrices. Eleme...
AbstractThis note studies the iterative solutions to the extended Sylvester-conjugate transpose matr...
AbstractBy two recently proposed operations with respect to complex matrices, a simple explicit solu...
AbstractThis paper is concerned with iterative solutions to the coupled Sylvester-conjugate matrix e...
Abstract Solutions of a group of conjugate time-varying matrix equations are discussed in this paper...
AbstractFor when the Sylvester matrix equation has a unique solution, this work provides a closed fo...
We investigate the matrix equation X−AX¯B=C. For convenience, the matrix equation X−AX¯B=C is named ...
Two operations are introduced for complex matrices. In terms of these two operations an infinite ser...
AbstractThis note studies the iterative solutions to the extended Sylvester-conjugate transpose matr...
AbstractA complete, general and explicit solution to the generalized Sylvester matrix equation AX−XF...
AbstractThis note considers the solution to the generalized Sylvester matrix equation AV+BW=EVF with...
Solutions are constructed for the Kalman-Yakubovich-transpose equation X−AXTB=C. The solutions are s...
The iterative method is presented for obtaining the centrally symmetric (centrally antisymmetric) ma...
By two recently proposed operations with respect to complex matrices, a simple explicit solution to ...
AbstractSome explicit closed-form solutions of homogeneous and nonhomogeneous Sylvester-conjugate ma...
In this paper, we propose a new operator of conjugate product for complex polynomial matrices. Eleme...
AbstractThis note studies the iterative solutions to the extended Sylvester-conjugate transpose matr...
AbstractBy two recently proposed operations with respect to complex matrices, a simple explicit solu...
AbstractThis paper is concerned with iterative solutions to the coupled Sylvester-conjugate matrix e...
Abstract Solutions of a group of conjugate time-varying matrix equations are discussed in this paper...
AbstractFor when the Sylvester matrix equation has a unique solution, this work provides a closed fo...
We investigate the matrix equation X−AX¯B=C. For convenience, the matrix equation X−AX¯B=C is named ...
Two operations are introduced for complex matrices. In terms of these two operations an infinite ser...
AbstractThis note studies the iterative solutions to the extended Sylvester-conjugate transpose matr...
AbstractA complete, general and explicit solution to the generalized Sylvester matrix equation AX−XF...
AbstractThis note considers the solution to the generalized Sylvester matrix equation AV+BW=EVF with...
Solutions are constructed for the Kalman-Yakubovich-transpose equation X−AXTB=C. The solutions are s...
The iterative method is presented for obtaining the centrally symmetric (centrally antisymmetric) ma...