This paper deals with piecewise constant set-points tracking control of nonlinear discrete-
time systems represented by Takagi-Sugeno models under actuators' saturation. To this …

In this study, the observer-based state feedback stabilizer design for a class of chaotic
systems in the existence of external perturbations and Lipchitz nonlinearities is presented …

This work deals with the design observer-based sliding mode control for discrete-time
Takagi–Sugeno fuzzy models with time-varying delay and subject to measurement noises …

This paper presents the design of output feedback controllers for discrete‐time (DT) linear
systems. New sufficient LMI conditions are derived for designing static H 2 H _2 and H∞ H …

This paper is concerned with the problem of output feedback control for continuous-time T–S
fuzzy systems. The aim is to reduce the conservatism of finding output feedback controller …

This study proposes a novel fuzzy Wiener structure for identifying engineering systems. The
proposed model has a cascade structure; a nonlinear static part preceded by a linear …

This paper presents a new strategy for a robust maximum power point (MPP) tracking fuzzy
controller for photovoltaic (PV) systems subject to actuator asymmetric saturation. A DC-DC …

This paper aims to investigate the problem of designing locally stabilizing dynamic output
feedback controllers and estimate the domain of attraction for discrete-time Takagi-Sugeno …

The improvement of the normal operating mode in gas compression systems performs an
essential role in enhancing the process of pumping and transporting the natural gas inside …

This paper presents a new approach to integral sliding mode control for discrete nonlinear
systems with time delay. The approach is based on an event-triggered scheme and is …