This book addresses both the basic and applied aspects of the finite iterative algorithm, CGLS iterative algorithm, and explicit algorithm to some linear matrix equations. The author presents the latest results in three parts: (1) We consider the finite iterative algorithm to the coupled transpose matrix equations and the coupled operator matrix equations with sub-matrix constrained. These two finite iterative algorithms are closely related and progressive. (2) We present MCGLS iterative algorithm for studying least squares problems to the generalized Sylvester-conjugate matrix equation, the generalized Sylvester-conjugate transpose matrix equation, and the coupled linear operator systems, respectively. (3) Compared with the previous two parts, we consider here the explicit solution to some linear matrix equations, which are the nonhomogeneous Yakubovich matrix equation, the nonhomogeneous Yakubovich transpose matrix equation, and the generalized Sylvester matrix equation, respectively. This book is intended for students, researchers, and professionals in the field of numerical algebra, linear matrix equations, nonlinear matrix equations, and control theory.
Seguir leyendoexpand_more
Título : Solutions to Linear Matrix Equations and their Applications
EAN : 9782759831036
Editorial : EDP Sciences
Fecha de publicación
: 20/7/23
Formato : PDF
Tamaño del archivo : Desconocido
Protección : Filigrane numérique
El libro electrónico Solutions to Linear Matrix Equations and their Applications está en formato PDF
protegido por Filigrane numérique
- check_circle
Este eBook es compatible para su lectura en la aplicación Vivlio de iOs y Android.
- check_circle
Este eBook es compatible para leer en My Vivlio.
- check_circle
Este eBook es compatible para su lectura en el lector Vivlio.
- check_circle
Este libro electrónico es más adecuado para pantallas grandes que para las pequeñas porque no permite ajustar el tamaño de la letra.
¿Quieres leer en un eReader de otra marca? Sigue
nuestra guía.
Edición en Inglés
Conectarme
Mi cuenta