Evolutionary Methods for the Antenna Parameter Setting Problem. - Thomas Lissajoux; Jean-Charles Créput; Abder Koukam; Denis Renaud (IPDPS, 2002)

An Evolutionary Approach to Pickup and Delivery Problem with Time Windows. - Jean-Charles Créput; Abder Koukam; Jaroslaw Kozlak; Jan Lukasik (International Conference on Computational Science, 2004)

Multi-agent Environment for Dynamic Transport Planning and Scheduling. - Jaroslaw Kozlak; Jean-Charles Créput; Vincent Hilaire; Abder Koukam (International Conference on Computational Science, 2004)

Automatic mesh generation for mobile network dimensioning using evolutionary approach. - Jean-Charles Créput; Abderrafiaa Koukam; Thomas Lissajoux; Alexandre Caminada (IEEE Trans. Evol. Comput., 2005)

Multi-agent Approach to Dynamic Pick-up and Delivery Problem with Uncertain Knowledge about Future Transport Demands. - Jaroslaw Kozlak; Jean-Charles Créput; Vincent Hilaire; Abder Koukam (Fundam. Informaticae, 2006)

Self-organization and Evolution Combined to Address the Vehicle Routing Problem. - Jean-Charles Créput; Abderrafiaa Koukam (Artificial Evolution, 2007)

Hybridation de métaheuristiques pour la résolution distribuée de problèmes d'optimisation spatialisés. (Hybrid métaheuristics for distributed solving of euclidean optimization problems). - Jean-Charles Créput (2008)

A Coalition-Based Metaheuristic for the vehicle routing problem. - David Meignan; Jean-Charles Créput; Abderrafiaa Koukam (IEEE Congress on Evolutionary Computation, 2008)

Un framework organisationnel pour la conception et l'implantation multi-agent de métaheuristiques (présentation courte). - David Meignan; Jean-Charles Créput; Abder Koukam (JFSMA, 2008)

The memetic self-organizing map approach to the vehicle routing problem. - Jean-Charles Créput; Abderrafiaa Koukam (Soft Comput., 2008)

Self-organization in Evolution for the Solving of Distributed Terrestrial Transportation Problems. - Jean-Charles Créput; Abderrafiaa Koukam (Soft Computing Applications in Industry, 2008)

A cooperative and self-adaptive metaheuristic for the facility location problem. - David Meignan; Jean-Charles Créput; Abderrafiaa Koukam (GECCO, 2009)

Multi-Agent Environment for Modelling and Solving Dynamic Transport Problems. - Jaroslaw Kozlak; Jean-Charles Créput; Vincent Hilaire; Abder Koukam (Comput. Informatics, 2009)

A memetic neural network for the Euclidean traveling salesman problem. - Jean-Charles Créput; Abder Koukam (Neurocomputing, 2009)

Coalition-based metaheuristic: a self-adaptive metaheuristic using reinforcement learning and mimetism. - David Meignan; Abderrafiaa Koukam; Jean-Charles Créput (J. Heuristics, 2010)

Un framework organisationnel et multi-agent pour la conception de métaheuristiques. - David Meignan; Jean-Charles Créput; Abder Koukam (Rev. d'Intelligence Artif., 2010)

Self-organizing maps in population based metaheuristic to the dynamic vehicle routing problem. - Jean-Charles Créput; Amir Hajjam; Abderrafiaa Koukam; Olivier Kuhn (J. Comb. Optim., 2012)

Cellular GPU Model for Structured Mesh Generation and Its Application to the Stereo-Matching Disparity Map. - Naiyu Zhang; Hongjian Wang 001; Jean-Charles Créput; Julien Moreau 001; Yassine Ruichek (ISM, 2013)

A Massive Parallel Cellular GPU Implementation of Neural Network to Large Scale Euclidean TSP. - Hongjian Wang 001; Naiyu Zhang; Jean-Charles Créput (MICAI (2), 2013)

Self-Adaptive Network-on-Chip Interface. - Rachid Dafali; Jean-Philippe Diguet; Jean-Charles Créput (IEEE Embed. Syst. Lett., 2013)

From the TSP to the Dynamic VRP: An Application of Neural Networks in Population Based Metaheuristic. - Amir Hajjam; Jean-Charles Créput; Abderrafiaa Koukam (Metaheuristics for Dynamic Optimization, 2013)

Parallel and Distributed Implementation Models for Bio-inspired Optimization Algorithms. - Hongjian Wang 001; Jean-Charles Créput (ICSIBO, 2014)

The Multi-agent Patrolling Problem Theoretical Results about Cyclic Strategies. - Fabrice Lauri; Jean-Charles Créput; Abderrafiaa Koukam (PAAMS, 2014)

Le problème de la patrouille multiagent. Étude de convergence de l'évaluation des stratégies cycliques. - Fabrice Lauri; Abderrafiaa Koukam; Jean-Charles Créput (Rev. d'Intelligence Artif., 2014)

Massively parallel cellular matrix model for self-organizing map applications. - Hongjian Wang 001; Abdelkhalek Mansouri; Jean-Charles Créput (ICECS, 2015)

Massively Parallel Cellular Matrix Model for Superpixel Adaptive Segmentation Map. - Hongjian Wang 001; Abdelkhalek Mansouri; Jean-Charles Créput; Yassine Ruichek (MICAI (2), 2015)

Parallel Structured Mesh Generation with Disparity Maps by GPU Implementation. - Hongjian Wang 001; Naiyu Zhang; Jean-Charles Créput; Julien Moreau 001; Yassine Ruichek (IEEE Trans. Vis. Comput. Graph., 2015)

Stereo Matching by Using Self-distributed Segmentation and Massively Parallel GPU Computing. - Wenbao Qiao; Jean-Charles Créput (ICAISC (2), 2016)

Distributed Local Search for Elastic Image Matching. - Hongjian Wang 001; Abdelkhalek Mansouri; Jean-Charles Créput; Yassine Ruichek (ICSIBO, 2016)

Massively parallel GPU computing for fast stereo correspondence algorithms. - Hongjian Wang 001; Naiyu Zhang; Jean-Charles Créput; Yassine Ruichek; Julien Moreau 001 (J. Syst. Archit., 2016)

Massive Parallel Self-organizing Map and 2-Opt on GPU to Large Scale TSP. - Wenbao Qiao; Jean-Charles Créput (IWANN (1), 2017)

Cellular matrix model for parallel combinatorial optimization algorithms in Euclidean plane. - Hongjian Wang 001; Abdelkhalek Mansouri; Jean-Charles Créput (Appl. Soft Comput., 2017)

A massively parallel neural network approach to large-scale Euclidean traveling salesman problems. - Hongjian Wang 001; Naiyu Zhang; Jean-Charles Créput (Neurocomputing, 2017)

Matlab GUI Application for Moving Object Detection and Tracking. - Beibei Cui; Jean-Charles Créput (DCAI (Special Sessions), 2018)

Moving Object Detection and Tracking Based on Three-Frame Difference and Background Subtraction with Laplace Filter. - Beibei Cui; Jean-Charles Créput (ICAISC (2), 2018)

Spiral Search Method to GPU Parallel Euclidean Minimum Spanning Tree Problem. - Wenbao Qiao; Jean-Charles Créput (LION, 2018)

Massive 2-opt and 3-opt Moves with High Performance GPU Local Search to Large-Scale Traveling Salesman Problem. - Wenbao Qiao; Jean-Charles Créput (LION, 2018)

Using Entropy and Marr Wavelets to Automatic Feature Detection for Image Matching. - Beibei Cui; Jean-Charles Créput (SITIS, 2019)

GPU implementation of Borůvka's algorithm to Euclidean minimum spanning tree based on Elias method. - Wenbao Qiao; Jean-Charles Créput (Appl. Soft Comput., 2019)

Multiple k -opt evaluation multiple k -opt moves with GPU high performance local search to large-scale traveling salesman problems. - Wenbao Qiao; Jean-Charles Créput (Ann. Math. Artif. Intell., 2020)

NCC Based Correspondence Problem for First- and Second-Order Graph Matching. - Beibei Cui; Jean-Charles Créput (Sensors, 2020)

A Systematic Algorithm for Moving Object Detection with Application in Real-Time Surveillance. - Beibei Cui; Jean-Charles Créput (SN Comput. Sci., 2020)

Component-based 2-/3-dimensional nearest neighbor search based on Elias method to GPU parallel 2D/3D Euclidean Minimum Spanning Tree Problem. - Wenbao Qiao; Jean-Charles Créput (Appl. Soft Comput., 2021)

Generic parallel data structures and algorithms to GPU superpixel image segmentation. - Abdelkhalek Mansouri; Jean-Charles Créput; Wenbao Qiao (Displays, 2022)

Self-organizing maps and full GPU parallel approach to graph matching. - Beibei Cui; Jean-Charles Créput; Lei Zhang (Comput. Commun., 2023)

Deep Reinforcement Learning for Vehicle Intersection Management in High-Dimensional Action Spaces. - Fatima-Zahrae El-Qoraychy; Mahjoub Dridi; Jean-Charles Créput (MLMI, 2024)

Exploring the YOLO-FT Deep Learning Algorithm for UAV-Based Smart Agriculture Detection in Communication Networks. - Beibei Cui; Liang Liang; Baofeng Ji; Lei Zhang; Liang Zhao; Kunpeng Zhang; Fengzheng Shi; Jean-Charles Créput (IEEE Trans. Netw. Serv. Manag., 2024)

Breaking TSP local search barriers: scalable multi-GPU parallelisation of 4-opt, 5-opt, 6-opt and hybrid variable λ-opt. - Wenbao Qiao; Jean-Charles Créput; Nan Wang; Kun Meng; Abdelkhalek Mansouri (Expert Syst. Appl., 2026)