A holonic-based method for design process of cyber-physical reconfigurable systems. - Abdelmonaam Abid; Moncef Hammadi; Jean-Yves Choley; Alain Rivière; Maher Barkallah; Jamel Louati; Mohamed Haddar (ISSE, 2016)

Mechatronic system design with manufacturing constraints using set-based concurrent engineering. - Randa Ammar; Moncef Hammadi; Jean-Yves Choley; Maher Barkallah; Jamel Louati (SysCon, 2018)

Integrating the SBCE Principles with MBSE Methodology for the Mechatronic System's Design. - Randa Ammar; Moncef Hammadi; Jean-Yves Choley; Maher Barkallah; Jamel Louati (SysCon, 2019)

Narrowing the set of complex systems' possible design solutions derived from the set-based concurrent engineering approach. - Randa Ammar; Moncef Hammadi; Jean-Yves Choley; Maher Barkallah; Jamel Louati; Mohamed Haddar (Concurr. Eng. Res. Appl., 2019)

FMECA-Based Risk Assessment Approach for Proactive Obsolescence Management. - Imen Trabelsi 003; Marc Zolghadri; Besma Zeddini; Maher Barkallah; Mohamed Haddar (PLM, 2020)

Toward a Robust Design of an Aileron Electromechanical Actuator: Sensitivity Analysis and Parametric Tolerancing Using a Variational Approach. - Hana Siala; Faïda Mhenni; Jean-Yves Choley; Maher Barkallah; Jamel Louati; Mohamed Haddar (IEEE Syst. J., 2020)

Obsolescence Prediction based on Joint Feature Selection and Machine Learning Techniques. - Imen Trabelsi 003; Besma Zeddini; Marc Zolghadri; Maher Barkallah; Mohamed Haddar (ICAART (2), 2021)

Prediction of obsolescence degree as a function of time: A mathematical formulation. - Imen Trabelsi 003; Marc Zolghadri; Besma Zeddini; Maher Barkallah; Mohamed Haddar (Comput. Ind., 2021)

Uncertainty of key performance indicators for Industry 4.0: A methodology based on the theory of belief functions. - Amel Souifi; Zohra Cherfi-Boulanger; Marc Zolghadri; Maher Barkallah; Mohamed Haddar (Comput. Ind., 2022)

Feedback control laws to ensure generalized mutual exclusion constraints in a network of partially observable timed event graphs. - Jihene Rajah; Said Amari; Karima Tebani; Maher Barkallah; Mohamed Haddar (Eur. J. Control, 2023)

Analytical methods for controlling timed event graphs with disturbances and paths subject to marking constraints: application to a disassembly process. - Syrine Bouazza; Said Amari; Hichem Hassine; Maher Barkallah; Mohamed Haddar (Int. J. Control, 2024)

Control laws synthesis for timed event graphs subject to generalised marking constraints by Min-Plus algebra: application to cluster tools. - Jihene Rajah; Karima Tebani; Saïd Amari; Maher Barkallah; Mohamed Haddar (Int. J. Control, 2024)

Feedback control to guarantee marking constraints in timed event graphs including disturbances: Application to disassembly systems. - Syrine Bouazza; Saïd Amari; Hichem Hassine; Maher Barkallah; Mohamed Haddar (Eur. J. Control, 2024)

Control laws synthesis to satisfy generalized mutual exclusion constraints for timed event graphs networks using min-plus algebra. - Jihene Rajah; Said Amari; Maher Barkallah; Mohamed Haddar (Inf. Sci., 2024)

An algebraic control method to guarantee generalized marking constraints for partially observable timed event graphs. - Jihene Rajah; Said Amari; Maher Barkallah; Mohamed Haddar (Discret. Event Dyn. Syst., 2024)

Systematic Analysis of the Links Between Obsolescence-Shortage and Reliability-Maintainability-Availability. - Sahar Karaani; Marc Zolghadri; Mariem Besbes; Claude Baron; Maher Barkallah; Mohamed Haddar (IEEE Access, 2025)