CSE (Embedded Systems Design) team works on:

  • Optimization of distributed Real-time applications
  • Co-design,
  • Design of software and hardware architecture for embedded systems, IoT, SmartX and drones.
  • Low power architectures.

Team projects:

  • Research:
  • High performance real-time embedded architecture for reconfigurable computing


  • Socioeconomic:
    • Multifunction IP sonsor
    • LowPoWAN: IoT Network



  • S. Benahmed, O. Kermia, M. Tadjine “The Use of the Principle of Feedback Scheduling for Enhancing the Real-Time Paraplegic Knee Response”, ICSC 2013, Alger
  • I. Mezzah, H. Chemali, O. Kermia, V. Broulle, O. Abdelmalek ,”Assertion Based On-line Fault Detection Applied on UHF RFID Tag “ , (IDT 2013), Marrakesh, Morocco.
  • O. Kermia, R. Kechad, ”An Effective Synchronization Cost Reduction Approach” , EUC 2013, Zhangjiajie, China.
  • I. Mezzah, H. Chemali, V. Broulle, O. Abdelmalek. “Utilisation des blocs OVL pour la détection de fautes en ligne et application au tag RFID”. Journée des Doctorants, SETIF,  2013.
  • R. Kechad “ROS, guide d’installation et tutoriel” Rapport Technique, CDTA, Septembre 2013
  • R. Kechad “Xenomai, guide d’installation”. Rapport Technique, CDTA, Septembre 2013
  • R. Kechad “ Ros et RTT, guide d’installation et tutoriel” Rapport Technique, CDTA, Septembre 2013
  • Z. Guettatfi “Conception d’un Système Embarqué Via MicroBlaze – FPGA SPARTAN 3E” Rapport Technique, CDTA, Septembre 2014
  • Mezzah et al. «MCIP: An Effective and High Configurable 8-bit Microcontroller IP-Core». SAI2015.
  • Z. Guettatfi et al. «Over Effective Hard-Real Time Hardware Tasks Scheduling and Allocation». FLP2015.
  • O. Kermia «Timing Analysis of TTEthernet Traffic». Journal of Circuits, Systems and Computers. 2015
  • R. R. Benrezki et al. “Passive Fault Tolerant Control of Quadrotor UAV Using a Nonlinear PID”, ROBIO 2015.
  • An effcient approach for the multiprocessor non-preemptive strictly periodic task scheduling

problem, Omar Kermia, Journal of Systems Architecture, Elsevier.

  • Schedulability Analysis and Efficient Scheduling of Rate Constrained Messages in the

TTEthernet Protocol, Omar Kermia, Software : Practice and Experience, Wiley, 2017.

  • Emulation-based fault analysis on RFID tags for robustness and security evaluation, Ibrahim

Mezzah, Hamimi Chemali and Omar Kermia, Microelectronics Reliability, Elsevier, 2016.

  • Zakarya Guettatfi, Philipp Hubner, Marco Platzner, Bernhard Rinner:

Computational self-awareness as design approach for visual sensor nodes. ReCoSoC 2017

  • Omar Kermia, On the scheduling of real-time preemptive strictly periodic tasks, CSA 2016,

Alger, Algérie.

  • Safia Benahmed, M. Tadjine, Omar Kermia: Adaptive super twisting controller: In search of a universal controller for the paraplegic knee movement using FES, 5th International Conference on Electrical Engineering – Boumerdes (ICEE-B), 2017.
  • Safia Benahmed, M. Tadjine, Omar Kermia: Comparative study of non-linear controllers for the regulation of the paraplegic knee movement using functional electrical stimulation, Journal of Mechanics in Medicine and Biology, 2018
  • R. Benrezki, A. Tayebi and M. Tadjine, “Adaptive Trajectory Tracking Control for VTOL-UAVs with Unknown Inertia, Gyro-bias and Actuator LOE,” International Journal of Robust and Nonlinear Control, Vol. 28, N. 17, pp. 5247–5261, 2018.


ENP, Université de Paderborn (Allemagne), Université de Lakehead (Canada)


Team leader

Dr. Mezzah Ibrahim, Research associate A