In order to be economically competitive, various control systems are used in large scale
wind turbines. These systems enable the wind turbine to work efficiently and produce the …

This study proposes an adaptive approximation‐based control approach for non‐linear pure‐
feedback systems in the presence of full state constraints. Completely non‐affine non‐linear …

The aim of this paper is to propose a new design variable speed wind turbine control by
discrete-time sliding mode approach. This methodology is designed for linear saturated …

Due to complicated dynamics, wind turbines' governing equations are subject to
uncertainties and unknown disturbance sources. Despite uncertainties and disturbance …

Increasing use of large commercial wind turbines motives energy efficiency improvement
and fatigue load mitigation in wind turbines. Advanced control methods designed with …

This paper presents a decentralized adaptive control design for a class of large-scale
nonlinear systems with unknown subsystems. When the subsystems are modeled by affine …

This paper addresses the output tracking control for a class of non-affine nonlinear systems
in pure-feedback form with unknown dynamics subject to full state constraints and unknown …

In this article, a robust adaptive self-structuring fuzzy control (RASFC) scheme for the
uncertain or ill-defined nonlinear, nonaffine systems is proposed. The RASFC scheme is …

In this paper, a novel decentralized adaptive neural network controller is proposed for a
class of large-scale nonlinear systems with unknown nonlinear, nonaffine subsystems and …

In this paper, a decentralized adaptive neural controller is proposed for a class of large-
scale nonlinear systems with unknown nonlinear, non-affine subsystems and unknown …