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Youssef Lahrichi
Youssef Lahrichi
Docteur en informatique (recherche opérationnelle), Post-doc
Adresse e-mail validée de em-strasbourg.eu
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A new split-based hybrid metaheuristic for the reconfigurable transfer line balancing problem
Y Lahrichi, N Grangeon, L Deroussi, S Norre
International Journal of Production Research 59 (4), 1127-1144, 2021
42021
Reconfigurable transfer line balancing problem: A new MIP approach and approximation hybrid algorithm
Y Lahrichi, L Deroussi, S Norre, N Grangeon
MOSIM, 2018
4*2018
Parameterisation of demand-driven material requirements planning: a multi-objective genetic algorithm
D Damand, Y Lahrichi, M Barth
International Journal of Production Research, 1-22, 2022
22022
A Balance-First Sequence-Last Algorithm to design RMS. A Matheuristic with performance guaranty to balance Reconfigurable Manufacturing Systems.
Y Lahrichi, L Deroussi, N Grangeon, S Norre
Journal of Heuristics. Special issue on Matheuristics, 2021
22021
A min-max path approach for balancing robotic assembly lines with sequence-dependent setup times
Y Lahrichi, L Deroussi, N Grangeon, S Norre
International Conference on Modeling, Optimization and Simuation, 10, 2020
22020
A polynomial algorithm for balancing a sequence of operations in reconfigurable transfer lines
Y Lahrichi, L Deroussi, N Grangeon, S Norre
IFAC-PapersOnLine 52 (13), 981-986, 2019
22019
Investigating two variants of the sequence-dependent robotic assembly line balancing problem by means of a split-based approach
Y Lahrichi, D Damand, L Deroussi, N Grangeon, S Norre
International Journal of Production Research, 1-17, 2022
12022
A first MILP model for the parameterization of Demand-Driven MRP
Y Lahrichi, D Damand, M Barth
Computers & Industrial Engineering 174, 108769, 2022
2022
A simulation-optimization approach to parameterize Demand-Driven Material Requirements Planning
D Damand, Y Lahrichi, M Barth
IFAC-PapersOnLine 55 (10), 263-268, 2022
2022
Balancing reconfigurable or robotic assembly lines: exact and hybrid methods
Y Lahrichi
Université Clermont Auvergne, 2021
2021
Multi-Objective Robotic Assembly Line Balancing Problem: A NSGA-II Approach Using Multi-Objective Shortest Path Decoders
Y Lahrichi, N Grangeon, L Deroussi, S Norre
PMS2020: 17th International Conference on Project Management and Scheduling, 2020
2020
Un algorithme de plus court chemin polynomial pour l’équilibrage des lignes de production reconfigurables
Y Lahrichi, L Deroussi, N Grangeon, S Norre
ROADEF, 2019
2019
RECONFIGURABLE TRANSFER LINE BALANCING PROBLEM: DETERMINISTIC AND STOCHASTIC CONTEXT
Y Lahrichi, L Deroussi, N Grangeon, S Norre
EURO, 2018
2018
PARAMÉTRAGE DE LA MÉTHODE “DEMAND-DRIVEN MATERIAL REQUIREMENTS PLANNING”: UNE APPROCHE PAR OPTIMISATION BI-OBJECTIF
D Damand, Y Lahrichi, M Barth
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