O. DJADANE

Control theory PhD researcher

Hi,

Currently a PhD researcher at the MIS lab, I am working on event-triggered control for nonlinear multi-agent systems (especially for vehicle platoons).

I am also a teaching assistant in the EEA (electronics, power electronics and control) department at the University of Picardy in France.

I am mostly interested in control theory and its applications in automotive, power electronics and mobile robotics.

I have published this page online to present some projects that I carried out as part of my curriculum or during my free time.

Research

O. Djadane, A. El Hajjaji “Commande d'un convoi de véhicules par l'approche multi-agents avec leader actif”, 2ème Congrès Annuel de la Société d'Automatique, de Génie Industriel et de Productique (SAGIP 2024), Villeurbanne, France.

O. Djadane, A. El Hajjaji “Active leader-following robust control for uncertain linear multi-agent systems with input constraints”, 2023 IEEE 11th International Conference on Systems and Control (ICSC), Sousse, Tunisia, 2023, pp. 524-529.

S. Makni, A. El Hajjaji, O. Djadane, M. Chaabane “Observer based tracking control for diesel engine air path subject to inputs saturation”, 2023 IEEE 11th International Conference on Systems and Control (ICSC), Sousse, Tunisia, 2023, pp. 743-747.

M.-H. Kermia, K. Aiwansedo, O. Djadane, J. Bosche, D. Abbes, A. El Hajjaji “Forecasting Electricity Consumption in France Using a Hybrid Method Based on Artificial Intelligence and Statistical Approaches Author”, 2023 IEEE 11th International Conference on Systems and Control (ICSC), Sousse, Tunisia, 2023, pp. 348-353.

O. Djadane, S. Makni, A. El Hajjaji “Observer-based state feedback air path control for a turbocharged diesel engine with EGR and VGT”, 2023 31st Mediterranean Conference on Control and Automation (MED), Limassol, Cyprus, 2023, pp. 428-433.

A. El-Amrani, A. El Hajjaji, J. Bosche, O. Djadane “Finite-frequency static output feedback H∞ control for Diesel engine air path system with turbocharger”, 2022 Australian & New Zealand Control Conference (ANZCC), Gold Coast, Australia, 2022, pp. 40-45.

Projets

Control applied on RC circuit

View on Youtube

An attempt to further my knowledge about control theory, by using a dsPIC33 microcontroller to apply some of its concepts in order to improve the response of a first ordre RC circuit.

Control lab experiments

View on Youtube

Demos for some of the lab experiments I worked on during my master's degree. The controller is designed based on the plant model, then it is implemented on a dSPACE card.

Line follower robot

View on Youtube

Designing and programming of an electronic control card for a mobile robot so that it follows a track, detects obstacles and can be controlled remotely.

Automatic color sorting system

View on Youtube

Designing and programming a prototype of a color sorting machine to mimics the same type of machines used in food or recycling industries.

Software

qt-pid-scope

View on Github

A graphical interface that eases the tuning process of a PID corrector by plotting, in real time, the curves of the reference signal and the output signal.

qt-odometry

View on Github

Developed for the line follower robot project, this graphical interface makes it possible to compute the robot's pose and then to represent it on a frame centered on its starting position.

control-theory-plot-online

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A web application for plotting the step response and the Bode plot of a linear system from its transfer function entered in the num/den format.

serial-communication-diagram-online

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A web application for plotting the oscillogram of an asynchronous serial communication which transmits a specified ASCII character.

I wrote this app to make it easier for me to debug the serial port of a microcontroller.

fourier-series-demonstration

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A web application demonstrating how a periodic signal (square, sawtooth or triangle) can be synthesized with a given number of harmonics from its Fourier series decomposition.