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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.
Open Access Files
78 %
Number of full texts
289
Number of records
98
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Tags
Acquisition
Branch and bound
Viticulture
ADAPTIVE INTERFACE
Precision viticulture
Machine learning
Reordering
Connectivity
Exponentiated gradient learning
APPRENTISSAGE
Parameter estimation
View selection
Discovery Learning
Agroecological practices
Constraint satisfaction problems
Spatial and Temporal Reasoning
Logic
Relational learning
Developmental robotics
Analytic hierarchy process
Learning to reason
Apprentissage
Acquisition des connaissances
Algorithms
Cost Function Networks
Arc consistency
Sampling
Graph mining
Agroforestry
Yield estimation
Clustering
Robotics
Heavy-tailed distributions
Annotations
Constraint acquisition
Reinforcement learning
Constraint and logic programming
Analyse de code
Intrinsic motivation
Global optimization
Constraint Programming
Constraint Satisfaction
Constraint propagation
Materialized views
Qualitative Constraints
Graph classification
Agents
Complexity
Constraint Acquisition
Requirements Engineering
Contradiction
Query processing and optimization
Curiosity
Weighted model counting
Scientific discovery
Algorithmes
AHP
Modélisation conceptuelle
Ingénierie des Exigences
Alldifferent
ADME-T
Constraint programming
Weighted CSP
Autonomy
Fault localization
Débat
Virtual arc consistency
Linear relaxation
Online learning
Human/Computer Cooperation
APPRENTISSAGE HUMAIN
Spinoza
Galois lattices
Relational probabilistic reasoning
AI applications
Constraint Propagation
Annotation
Agroecological design
Global inverse consistency
Agent communication languages
Programmation par contraintes
Constraint satisfaction
Constraint satisfaction problem
Decomposition
Interval analysis
Constraint Learning
Logique
ALGORITHM
Acquisition de contraintes
Geographic Information
Fragmentation
Combinatorial optimization
Constraint Satisfaction and Optimization
Global constraints
Interval constraint programming
Constraint Satisfaction Problem
Active learning
Differential harvest
AUXILIARY INFORMATION
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