Linear systems.

Discrete-time Markov jump linear systems / by: (Language materials, printed)

Matrix mathematics : = theory, facts, and formulas with application to linear systems theory / by: (Language materials, printed)

Iterative Krylov methods for large linear systems by: (Language materials, printed)

Well-posed linear systems by: (Language materials, printed)

Discrete-Time Markov Jump Linear Systems by: (Language materials, printed)

Templates for the solution of linear systems = building blocks for iterative methods / by: (Language materials, printed)

Approximation of large-scale dynamical systems by: (Language materials, printed)

Direct methods for sparse linear systems by: (Language materials, printed)

Linear system theory : = the state space approach / by: (Language materials, printed)

Matrix mathematics : = theory, facts, and formulas / by: (Language materials, printed)

An operator perspective on signals and systems by: (Language materials, printed)

Topics in multidimensional linear systems theory by: (Language materials, printed)

Linear time varying systems and sampled-data systems by: (Language materials, printed)

State-space realisations of linear 2-D systems with extensions to the general nD (n[>]2) case by: (Language materials, printed)

Analysis and design of descriptor linear systems by: (Language materials, printed)

Max-linear systems = theory and algorithms / by: (Language materials, printed)

Linear time-varying systems = algebraic-analytic approach / by: (Electronic resources)

Discrete-time linear systems = theory and design with applications / by: (Electronic resources)

Control of linear parameter varying systems with applications by: (Electronic resources)

Geometric control of patterned linear systems by: (Electronic resources)

Numerical matrix analysis = linear systems and least squares / by: (Electronic resources)

The Statistical theory of linear systems / by: (Language materials, printed)

Sampled-data models for linear and nonlinear systems by: (Electronic resources)

Control problems of discrete-time dynamical systems by: (Electronic resources)

Linear stochastic systems = a geometric approach to modeling, estimation and identification / by: (Electronic resources)

Advanced linear machines and drive systems by: (Electronic resources)

Stabilization of infinite dimensional systems by: (Electronic resources)

Controllability of singularly perturbed linear time delay systems by: (Electronic resources)

Consensus over switching network topology = characterizing system parameters and joint connectivity / by: (Electronic resources)

Linear systems by: (Electronic resources)

Krylov subspace methods for linear systems = principles of algorithms / by: (Electronic resources)

Algorithms for sparse linear systems by: (Electronic resources)

The nth-order comprehensive adjoint sensitivity analysis methodology.. Volume III,. Overcoming the curse of dimensionality : nonlinear systems by: (Electronic resources)

The nth-order comprehensive adjoint sensitivity analysis methodology.. Volume II,. Overcoming the curse of dimensionality : large-scale application by: (Electronic resources)

Linear state/signal systems by: (Electronic resources)

Solving fault diagnosis problems = linear synthesis techniques with Julia code examples / by: (Electronic resources)

Numerical matrix analysis : = linear systems and least squares / by: (Language materials, printed)

Positive linear systems : = theory and applications / by: (Language materials, printed)

Systems with delays = analysis, control, and computations / by: (Electronic resources)

Finite dimensional linear systems / by: (Language materials, printed)

Linear dynamical quantum systems = analysis, synthesis, and control / by: (Electronic resources)

Saturated control of linear systems by: (Electronic resources)

Linear dynamical systems by: (Electronic resources)

The nth-order comprehensive adjoint sensitivity analysis methodology.. Volume I,. Overcoming the curse of dimensionality : linear systems by: (Electronic resources)

Stability and control of linear systems by: (Electronic resources)

Stability and stabilization of linear and fuzzy time-delay systems = a linear matrix inequality approach / by: (Electronic resources)