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Research in the Coconut team focuses on Constraint Programming, with a special interest in:

  • Constraint propagation and complexity of constraint satisfaction;
  • Constraint acquisition, data mining and validation; Interval constraint programming;
  • Precision agriculture.

Other topics of interest are symmetries, cost function networks, adaptive solving, and distributed constraint reasoning.

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Constraint satisfaction APPRENTISSAGE Constraint satisfaction problems Constraint Programming Constraint Satisfaction Curiosity Reinforcement learning Modélisation conceptuelle Learning to reason Acquisition des connaissances Decomposition Virtual arc consistency ADAPTIVE INTERFACE Online learning Apprentissage Global inverse consistency Logique Weighted model counting Clustering AHP Débat Relational learning Graph mining View selection Robotics Logic Autonomy Constraint propagation Apprentissage Interactif Combinatorial optimization AI applications Spatial and Temporal Reasoning Analyse de code Fault localization APPRENTISSAGE HUMAIN Intrinsic motivation Answer set programming Constraint Propagation Galois lattices Machine learning Scientific discovery Agents Reordering Weighted CSP Constraint Acquisition ALGORITHM Constraint Satisfaction and Optimization Annotations Viticulture Landscape indices Constraint Learning Exponentiated gradient learning Fragmentation Connectivity Alldifferent Developmental robotics Global constraints Acquisition de contraintes Constraint programming Interval constraint programming Ingénierie des Exigences Annotation Acquisition Differential harvest Algorithmes Anytime computation Branch and bound Complexity Constraint acquisition Heavy-tailed distributions Constraint satisfaction problem Apprentissage interactif Graph classification Contradiction Constraint and logic programming Qualitative Constraints Global optimization Cost Function Networks Query processing and optimization Requirements Engineering Discovery Learning Yield estimation Parameter estimation Arc consistency Analytic hierarchy process Sampling Active learning Programmation par contraintes Constraint Satisfaction Problem Precision viticulture Materialized views AUXILIARY INFORMATION ADME-T Relational probabilistic reasoning Apprentissage automatique Human/Computer Cooperation Algorithms Agent communication languages Geographic Information Spinoza