Welcome to Advanced Control Laboratory
Latest published papers (2021)
Yassine Bouattia, Djalil Boudjehem, A Note on Small Amplitude Limit Cycles of Liénard Equations Theory, Vol. 2021. Article ID 3101000
- Karima Amara Korba, Djamel Abed & M. Fezari, Securing physical layer using new chaotic parametric maps, Multimedia Tools and Applications (2021)
Sami Laifa, Badreddine Boudjehem & Hamza Gasmi. Direct synthesis approach to design fractional PID controller for SISO and MIMO systems based on Smith predictor structure applied for time-delay non integer-order models. Int. J. Dynam. Control (2021).
Benhassine Nasser Edinne, Boukaache Abdelnour and Boudjehem Djalil Medical image denoising using optimal thresholding of wavelet coefficients with selection of the best decomposition level and mother wavelet. Int J Imaging Syst Technol. ; 1–15. (2021)
Abed, Djamel and Medjouri A. CS-Based Near-Optimal MUD for Uplink Grant-Free NOMA, Wireless Personal Communications (2021)
Elhadi Mehallel, Djamel Abed, Abdelnour Boukaache, Ammar Bouchemel, Enhancement of image transmission using chaotic interleaving with discrete wavelet transform‐based single‐carrier frequency division multiple access system, international Journal of communication systems, 34(7), (2021)
Chaabna, A., et al. . Study of RSS-Based Indoor Positioning System for Target Using Visible Light Communication. ECTI Transactions on Electrical Engineering, Electronics, and Communications, 19(1), 1-11, (2021).
Belgacem Mecheri, Djalil Boudjehem and Badreddine Boudjehem, Fractional Order PID Controller for the Stabilization of Chaotic Systems Using Takagi-Sugeno Fuzzy Model, International Journal of Systems, Control and Communications, 12(1), P 1-11, (2021).
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 3rd (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.
Pr. Djalil Boudjehem
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