Latest published papers (2025)

1. Benbouhenni, Habib, Hamza Gasmi et al., Using a combination of four different strategies to increase the quality of current and power produced by multi-rotor wind turbine systems.Measurement and Control (2025).

2. Hamza Gasmi et al. Improving the Characteristics of the Direct FOC Strategy in DFIG‐Based Wind Turbine Systems Using FOIDD and FOPD Controllers, Energy Science & Engineering, 2025

3. A Menaceur, Yassine Bouattia et al. S Alkhalaf, A Alharbi, Limit cycles of a class of perturbed differential systems bifurcating from an unperturbed Hamiltonian center, FRACTALS (fractals) 33 (08), 1-10, 2025

4. Elhadi Mehallel et al. Performance Enhancement of Secure Image Transmission over ACO-OFDM VLC Systems Through Chaos Encryption and PAPR Reduction, Electronics 15 (1), 43. 2025

5. Seddine Boukredine, Elhadi Mehallel, et al .Enhanced performance of microstrip antenna arrays through concave modifications and cut-corner techniques, ITEGAM-JETIA 11 (51), 65-71, 2025

6. G Mohamed, B Ammar, M Elhadi, M Abdelkrim, Iterative Feedback–Optimized IHS Pansharpening: Application to IKONOS Imagery, ITEGAM-JETIA 11 (56), 366-374, 2025

7. Elhadi Mehallel, Ammar Bouchemel and Djamel Abed, A novel PAPR reduction scheme for image transmission with ACO-OFDM VLC systems using chaotic scrambling and µ-modified logarithmic companding, Optik 330, 172363, 2025

8. E Mehallel, A Bouchemel, A Rebahi,  A Fast Enhanced Medical Image Encryption scheme Based on 2D-Chaotic Map and Improved Zigzag confusion, ITEGAM-JETIA 11 (52), 205-219, 2025

Laboratory Overview

The Advanced Control Laboratory is a research unit in advanced control systems designed to develop innovative control laws. It was created by the ministerial decree of  the 3^rd (Third) of April 2013. These activities are led by four research teams composed of 25 researchers.

The laboratory's expertise extends over a wide range of topics within the scope of advanced control, where its objectives can be summarized as follows: Development of mathematical optimization tools to ensure more accurate models. Synthesis, implementation and realization of robust controllers. Robustification of a class of standard controllers to increase the robustness margin. Development of more accurate models based on fractional order differential equations. Development and synthesis of control laws for fractional systems.

Among the objectives also targeted by the advanced control laboratory, the training of young researchers, the valorization of the work carried out within the research teams, the scientific diffusion, the transfer of technologies towards the industry.

In the scientific activity plan, three (03) CNEPRU-program research projects and  three (03) PRFU-program ones are registered in the laboratory .

The laboratory organized an internal working day on advanced control, and an international workshop on advanced control "International Workshop on Advanced Control (IWAC 2014)" on 3-4 November 2014.

Laboratory head

Pr. Djalil Boudjehem