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Nadia Chaabane Fakhfakh
Nadia Chaabane Fakhfakh
INSA Toulouse
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Leto
A Multi-Agent Min-Cost Flow problem with Controllable Capacities
N Chaabane Fakhfakh, C Briand, MJ Huguet
Proceedings of the 3rd International Conference on Operations Research and …, 2014
42014
Finding a Nash equilibrium and an optimal sharing policy for multiagent network expansion game
N Chaabane, C Briand, MJ Huguet, A Agnetis
Networks 69 (1), 94-109, 2017
32017
Finding a Nash equilibrium and an optimal sharing policy for multiagent network expansion game
N Chaabane, C Briand, MJ Huguet, A Agnetis
Networks, http://onlinelibrary.wiley.com/doi/10.10, 2016
32016
Nash Equilibria for multi-agent network flow with controllable capacities
NC Fakhfakh, C Briand, MJ Huguet
Operations Research and Enterprise Systems: Third International Conference …, 2015
22015
A Multi-agent Min-Cost Flow problem with Controllable Capacities: Complexity of Finding a Maximum-Flow Nash Equilibrium
N Chaabane, C Briand, MJ Huguet
International Conference on Operations Research and Enterprise Systems …, 2014
22014
MILP methods for the S-stage flexible flow shop scheduling problem
N Chaabane, R Mellouli, F Masmoudi, C Chu
International Journal of Modelling in Operations Management 2 (2), 138-152, 2012
22012
Recherche de flots stables dans des réseaux de transport multi-agents
N Chaabane
INSA de Toulouse, 2016
12016
Finding stable flows in multi-agent networks under an equal-sharing policy
NC Fakhfakh, C Briand, MJ Huguet
Electronic Notes in Discrete Mathematics 52, 157-164, 2016
2016
Finding stable flows in multi-agent networks under an equal-sharing policy
NC Fakhfakh, C Briand, MJ Huguet
Electronic Notes in Discrete Mathematics 52, 157-164, 2016
2016
Finding Stable flows in multi-agent Networks under an equal-sharing policy
N Chaabane, C Briand, MJ Huguet
International Network Optimization Conference (INOC), pp. 157-164, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Nash Equilibria for multi-agent network flow with controllable capacities
N Chaabane, C Briand, MJ Huguet
Communications in Computer and Information Science 509, 47-62, 2015
2015
Finding a Maximum Stable Flow in a Multi-agent Network with Controllable Capacities
N Chaabane, C Briand, MJ Huguet
ROADEF-15ème congrès annuel de la Société française de recherche …, 2014
2014
Evolutionary Metaheuristic Based on Genetic Algorithm: Application to Hybrid Flow Shop Problem with Availability Constraints
N Chaaben, R Mellouli, F Masmoudi
Metaheuristics for Production Scheduling, 127-151, 2013
2013
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