For the stabilization problem of non linear system, a new control based on unknown input
observer (UIO) is proposed to consider unknown inputs and actuators saturation. The …

Abstract Doubly Fed Induction Generator (DFIG) based on wind turbines demand a high
degree of reliability and availability and they are characterized by expensive and safety …

Fault-tolerant control systems have received considerable interest in academic researches
area. This paper presents an efficient fault-tolerant control of additive voltage measurement …

An improved robust control strategy is proposed in this work to deal with the output
regulation control for a DC-DC flyback converter in photovoltaic (PV) system. The control …

This paper proposes a novel fuzzy observer scheme-based active fuzzy fault-tolerant
tracking control (FFTTC) combined with a parallel distributed compensation control law for a …

Recently, the problem of advanced control design of switched mode DC-DC converters has
drawn the attention by several researchers worldwide. In the present work, a new robust …

This research investigates the synthesis of a new Finite Frequency Observer (FFO) to detect
faults affecting wind turbines. First, the wind turbine nonlinear behaviour is approximated …

In order to increase the efficiency, to ensure availability and to prevent unexpected failures
of the doubly fed induction generator (DFIG), widely used in speed variable wind turbine …

The present paper deals with the introduction of Artificial Intelligent Systems “Neural
Networks (ANNs)” in a new power control scheme of wind turbine associated with Doubly …

Inter-turn short-circuits faults are one of the most common problems in Induction machines,
especially in the Doubly-Fed Induction Generator Based-Wind Energy Conversion system …