A new methodology to design an H _ ∞ H∞ observer-based controller for discrete-time
delayed systems subject to input saturation and L _ 2 L 2-norm disturbances is proposed …

This paper presents a convex optimisation method for observer-based control design of LPV
neutral systems. Utilising the polynomials parameter-dependent quadratic functions and a …

Most of physical systems present time-varying delays in their inner dynamics. This causes
instability, oscillation and even poor closed performance. Also, the present disturbance can …

The design of dynamic H∞ observer (DO) for non-linear Lipschitz systems with multiple time-
varying delays and disturbances is studied. Sufficient conditions for the existence of these …

This paper presents a convex optimization method for observer-based mixed $ H_2/H_
{\infty} $ control design of linear systems with time-varying state, input and output delays …

In order to achieve the desired operational state using a state feedback controller for
nonfully measured states, it is necessary for the controller to possess information regarding …

This paper investigates stability analysis of discrete time system subjected to actuator
saturation, time varying state delay and external disturbances. An observer based dynamic …

This paper investigates the problem of robust observer-based control for a class of discrete-
time nonlinear systems with time-varying delays and parameters uncertainties. We propose …

This study explores the development of H∞ H _ ∞ dynamic observer (HDO) for discrete‐
time nonlinear systems (DTNLS) with time‐varying delay (TVD) and disturbances. The …

This paper presents a new approach to design an H∞ dynamic observer (DO) for multi-
delayed linear systems subject to L 2-norm disturbances. This observer generalises the …