This paper discusses a robust stabilization problem for a class of multi-input and multi-output
(MIMO) discrete-time non-linear systems with both state and control inputs containing non …

The purpose of this paper is to convert the problem of robust stability of a discrete-time
system under non-linear perturbation to a constrained convex optimization problem …

Based on a derived algebraic inequality, a criterion to guarantee the robust stabilization and
the state estimation for perturbed discrete time-delay large-scale systems is proposed. This …

This paper deals with the problem of robust stabilization for linear discrete-time systems
under non-linear perturbations. Without limitation to single-input systems and restriction on …

Discrete linear systems subjected to both additive and parametric deterministic disturbances
are considered. The certainty equivalence principle is used for the design of adaptive …

This paper discusses a generalized quadratic stabilization problem for a class of discrete‐
time singular systems with time‐delay and nonlinear perturbation (DSSDP), which the …

In discrete-time systems, instead of having a hyperplane as in the continuous case, there is
a countable set of points comprising a so-called lattice; and the surface on which these …

Discrete-time sliding mode observer design for SISO systems is discussed. The sliding
lattice is a new approach in sliding mode control design. For discrete-time systems sliding …

Sliding mode control of discrete-time systems has not been developed as much as its
continuous counterpart. The sliding mode control of multivariable discrete-time systems is …

This paper presents a fast algorithm for the design of robust output feedback controllers for
linear uncertain discrete-time systems. The algorithm utilizes a version of the Broyden …