Dyhia Kais

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Tama Leaver

Curtin University

Peter M Shane

Ohio State University

David Seamon

Kansas State University

Armando Marques-Guedes

UNL - New University of Lisbon

Victorinne Paturca

University Politehnica of Bucharest

Suresh Muthusamy

Kongu Engineering College

Deniz Arshavin

University of Brawijaya

Mayra Zahra

State University of Jakarta

dara lamerdian

State University of Jakarta

José Octavio Islas Carmona

Universidad Autónoma del Carmen

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Papers by Dyhia Kais

Comparative Study of PI and Fuzzy logic controllers for three-phases parallel multi-cell converter

The multiphase interleaved synchronous buck converters with coupled phase inductors, are being pr... more The multiphase interleaved synchronous buck converters with coupled phase inductors, are being preferred for voltage regulator modules, they are widely used in the industry, requiring low output voltage, high output current, and fast transient response, since they simultaneously offer better steady-state efficiency and faster dynamic response. The reduction of the output current ripple and the increase of its frequency are possible due to the use of interleaving techniques.In this paper, we present a comparative study between PI and fuzzy controllers in purpose to regulate output current and voltage. Therefore, the overshoot decreased and the ripples will reduced. Using Matlab/Simulink, simulation results, showed that the performance of the fuzzy controller, its robustness and simplicity which characterize this controller.

A Design and Implementation of a New Control Based on Petri Nets for Three Phase PWM-Rectifier

International Journal of Service Science, Management, Engineering, and Technology

This article introduces a novel and effective diagram based on direct instantaneous power control... more This article introduces a novel and effective diagram based on direct instantaneous power control (DPC) of a PWM-controlled rectifier connected to the grid without a switching table. An optimum control vector of the PWM rectifier's input voltage, which depends on the switching states determined by a Petri nets controller, is adopted. This approach limits the instantaneous detection errors of reactive and active powers, maintains the DC bus voltage at a reference level, and ensures current close to a sinusoidal wave, guaranteeing operation at a unit power factor. The instantaneous tracking errors of active and reactive powers and the angular position of the voltage are used as input variables for the proposed controller, which then selects the best control vector for the converter based on the transition of a Petri net. The significant advantages of DPC based on Petri nets compared to traditional switching tables are that hysteresis comparators are not required, and the classical...

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Sliding Mode Control of the PUMA 560 Robot

2023 International Conference on Control, Automation and Diagnosis (ICCAD)

A Backstepping Direct Power Control of Three Phase Pulse Width Modulated Rectifier

Soft Computing Applications, 2020

Control of Three-Cell Inverter with a Fuzzy Logic-Feedback Linearization Strategy to Reduce the Harmonic Content of the Output Current

2019 International Conference of Computer Science and Renewable Energies (ICCSRE), 2019

The series multicellular converter is among the solutions that is currently being used in many ap... more The series multicellular converter is among the solutions that is currently being used in many applications, e.g.: renewable energy applications, industrial applications and active filters. Because of its unique ability to generate multiple voltage levels, this converter minimizes voltage constraints in all cells. This results in a lower loss of commutations and high switching frequency, which in turn results in a better harmonic content. However, it is necessary to choose a good control to reach all these advantages. To ensure optimum operation of this converter; the capacitor’s voltages must be maintained at their operating values. This paper proposes a fuzzy logic -nonlinear feedback linearization control for a three-cell inverter. This control maintains the capacitors voltages and the output current at their optimum. Simulations carried out using Matlab / Simulink software verify the robustness of the control law during load fluctuation. To highlight its good performances, the proposed control is compared to the natural-balanced control based on PWM (pulse width modulation).

Fuzzy Logic-Feedback Linearization Control for a Three-Cell Flying Capacitor Converter

2019 International Conference on Advanced Electrical Engineering (ICAEE), 2019

Several applications have recently been found in renewable energy systems, industrial application... more Several applications have recently been found in renewable energy systems, industrial applications and active filters that utilize flying capacitors converters. Thanks to their unique ability to generate multiple voltage levels. These converters reduce voltage constraints among cells. This reduces the transmission losses, high switching frequencies and provides a better harmonic content. However, it is necessary to choose a good control to reach all these advantages. To ensure optimum operation of the multicellular converter it is essential to keep the voltages of the flying capacitors at their target operating levels. This paper proposes a fuzzy logic-feedback linearization control for three cells flying capacitor chopper. This control maintains simultaneously the capacitor’s voltages and the output current to their references. Simulation results carried out accomplished utilizing Matlab / Simulink software verify the robustness of the suggested law during disturbances. The command law is compared to the natural balanced control based on pulse width modulation (PWM) control to confirm its good performances.

Petri Nets Modeling for Two-Cell Chopper Control Using DSPACE 1104

2018 6th International Conference on Control Engineering & Information Technology (CEIT), 2018

A two-cell power chopper system will be studied in this paper. The topology of this chopper is ba... more A two-cell power chopper system will be studied in this paper. The topology of this chopper is based on a combination of two cell switching interconnected via a flying capacitor. The system is a particular hybrid dynamical one which induces new and difficult control problems. In this paper, such problem is tackled by a new control concept based on Petri Nets modeling. The main advantage of this control is to use a discrete event algorithm for both current tracking and capacitor voltage balancing with the ability to drive directly the chopper switching components, by respecting the tolerance errors of load current and capacitor voltage. Simulation and experiment tests are carried out to verify the feasibility and effectiveness of the proposed control. The obtained results show that; the proposed controller presents good performances, in terms of both current tracking and voltage balancing compared to conventional existing controls according to the variation of the tolerance errors.

Comparative study of various controllers applied to a three phases parallel multi-cell buck converter

PRZEGLĄD ELEKTROTECHNICZNY, 2021