This article presents a new sliding mode phase shift PWM (SM-PSPWM)-based control
strategy for a grid-connected Packed U-Cell (PUC) inverter. The proposed control strategy is …

Most of the proposed controllers for switched affine systems are able to drive the system
trajectory to a sufficiently small neighborhood of a desired state. However, the trajectory …

In this paper, a new controller design method based on hybrid automaton approach is
proposed to solve the problem of controlling a three-phase reduced switch shunt active …

This paper studies the observer-based fault estimation for a class of discrete-time switched
affine systems. A new class of fault estimator with an affine term is first established based on …

This paper proposes a scheme based on the use of unsupervised machine learning
approach and a drift detection mechanism in order to perform an early fault diagnosis of …

This paper is devoted to the development of a hybrid controller for a two-interleaved boost
converter dedicated to renewable energy and automotive applications. The control …

This paper deals with the stabilization of aperiodic sampled-data switched affine systems to
a predetermined hybrid limit cycle using a hybrid dynamical system representation and a …

This paper proposes an extension of the model predictive control framework for switching
continuous‐time linear systems. The switching times follow a stochastic process with limited …

Integration of renewable energy to support the grid requires power inverters. The purpose of
this paper is to control a voltage source inverter in a grid-connected mode to supply high …

This paper deals with the observability analysis and the observer design for the multicellular
converter by taking into account its hybrid behavior. Firstly, we study the observability by …