Robust adaptive observer design for fast fault estimation for nonlinear T-S fuzzy systems using descriptor approach. - Salama Makni; Maha Bouattour; Mohamed Chaabane; Ahmed El Hajjaji (ICSC, 2017)

Sensor and Actuator Faults Estimation for T-S Fuzzy Systems Subject to Disturbances and Uncertainties. - Salama Makni; Maha Bouattour; Ahmed El Hajjaji; Mohamed Chaabane (SSD, 2018)

H_/H∞ fault detection Proportional Integral observer for uncertain T-S fuzzy systems. - Salama Makni; Maha Bouattour; Ahmed El Hajjaji; Mohamed Chaabane; Jérôme Bosche (ICSC, 2018)

Robust fault tolerant control based on adaptive observer for Takagi-Sugeno fuzzy systems with sensor and actuator faults: Application to single-link manipulator. - Salama Makni; Maha Bouattour; Ahmed El Hajjaji; Mohamed Chaabane (Trans. Inst. Meas. Control, 2020)

Event triggered control based on interval observer for discrete-time linear systems. - Oumayma Abderrahim; Salama Makni; Anis Messaoud; Ahmed El Hajjaji (ICSC, 2022)

Design of Polynomial Observer-Based Fault-Tolerant Controller for Polynomial Systems with State Delay: A Sum of Squares Approach. - Abderrahim Messaoudi; Hamdi Gassara; Salama Makni; Ahmed El Hajjaji (Circuits Syst. Signal Process., 2022)

Observer Based Tracking Control for Diesel Engine Air Path Subject to Inputs Saturation. - Salama Makni; Ahmed El Hajjaji; Oussama Djadane; Mohamed Chaabane (ICSC, 2023)

Observer-based state feedback air path control for a turbocharged diesel engine with EGR and VGT. - Oussama Djadane; Salama Makni; Ahmed El Hajjaji (MED, 2023)

Relaxed fault estimation conditions for fuzzy systems subject to time varying actuator and sensor faults. - Salama Makni; Ahmed El Hajjaji; Mohamed Chaabane (MED, 2023)

Direct Yaw Moment Fault Tolerant Tracking Control for Lateral Vehicle Dynamics. - Salama Makni; Ahmed El Hajjaji; Mohamed Chaabane (ICARCV, 2024)

Robust fuzzy sampled event-triggered control for enhancing vehicle stability and maneuverability. - Oussama Djadane; Salama Makni; Mourad Kchaou; Ahmed El Hajjaji (MED, 2025)