index - Méthodes Algorithmes pour l'Ordonnancement et les Réseaux

The members of MAORE are using the tools of combinatorial optimization, graph theory, mathematical programming, and constraint programming to solve discrete optimization problems exactly or approximately. Our main application fields are:

  • Networks (sensors, IoT, optical)
  • Logistics and transportation (routing, inventory)
  • Energy (production, distribution)
  • Numerical agriculture

Our recent industrial collaborations involve, for instance, Orange, Schneider, Total, and Teads.

Open Access Files

75 %

Number of full texts

215

Number of records

92

Publishers' policy on open archives

Mapping of collaborations

Tags

Branch vertices constraint RPL Column Generation Fault-tolerance Light-hierarchy Integer Programming FPT algorithm Cutting plane Path generation Wireless sensor networks Homomorphisme Network design Spanning tree Combinatorial optimization Complexité Compatibility graph Robust optimization All-optical WDM networks IoT networks Multicast routing Homomorphism Integer programming Exact methods Benders decomposition Computational complexity Budgeted uncertainty Free space optics Graph theory Quantum optimization Réseaux de capteurs Approximation algorithms Approximation ratio WDM network Chordal graphs Spanning problems Robust combinatorial optimization K-Adaptability Heuristic Clearing algorithms Bass model Approximability Multicast Branch and Price Vehicle routing ILP Quantum computing Replication NP-hardness Model Driven Engineering Bi-level programming Optimization Complexity Dynamic Programming Approximation algorithm Parallel job Energy-aware engineering Genome scaffolding Branch-cut-and-price Hierarchy Combinatorial Optimization Sparse splitting Constrained shortest path Optimisation Investments optimization Time windows Linear programming Linear and mixed-integer programming Multicommodity flows Exascale Coupled-tasks Complexity & approximation Integer Linear Programming ILP Degree constrained minimum spanning hierarchy Column generation Light-forest IoT Constraint programming Coupled-task scheduling model Light-trail Light-tree Optimisation combinatoire Quality of service Grover algorithm Scaffolding Checkpointing FSO Bilevel optimization Wavelength minimization Scheduling Variable link capacity Approximation K-MBVST Branch-and-Cut Robust Optimization Routing Quality of Service Capacity Expansion Dynamic programming FPTAS Affine routing