In this study, a Sliding Mode (SM) methodology combined with a robust H∞ control scheme
(SM-H∞) was proposed to control the stator active and reactive power generated by the …

This paper study a robust fuzzy sliding mode second order control for a horizontal axis wind
turbine with DFIG (doubly fed induction generator) supplied directly in stator by grid and …

In this study, investigates a strategy to extract the maximum mechanical energy strategy
used MPPT based on the fuzzy logic controller was developed, furthermore, the Pitch fuzzy …

This paper present the modeling and robust control nonlinear of active and reactive power
by the use the technique sliding mode and backstepping a Double-Fed Induction Generator …

In this paper, the robust strategy based on the coupling of two controllers (sliding mode &
fuzzy logic) is concerned to ameliorate the robustness and the performances of a variable …

This study aims to propose a robust hybrid sliding mode artificial neural network control (SM-
ANN) scheme for controlling the stator power (active/reactive) of a doubly fed induction …

This paper presents a study of modelling and control of doubly fed induction generator for
use on wind power system, the object is controlling and keeping decoupling between active …

The object of this work is designing a robust controller based on sliding mode technique of
DFIG for using in wind turbine system. The conventional control of DFIG, such as vector …

This work investigates the cooperative formation control problem of unmanned surface
vehicle-remotely operated vehicles (USV-ROVs) subject to uncertainties under deceptive …

The current study presents a robust sensorless control using passivity based control (PBC)
combined with high gain observer (HGO). The proposed controller is applied to control the …