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Depuis le 1er janvier 2015 le LIFL et le LAGIS forment le laboratoire CRIStAL

  1. Research


Software Infrastructures and Embedded Systems / Interaction, Coopération, Images / Modèles, Algorithmes, Calcul

Software Infrastructures and Embedded Systems

Leader : Jean-Luc Dekeyser

The Software Infrastructures and Embedded Systems research theme (ILSE for Infrastructures Logicielles et Systèmes Embarqués) is composed of five LIF teams that conduct their research activities in the domain of systems, networks and software engineering. The DART team research domains are high performance embedded systems, from hardware architectures to programing and modeling languages and dynamic adaptation at the system layers. The RD2P team conducts research activities on systems and networks for embedded, portable and secured systems. The ADAM, Cocoa and RMoD teams share the thematics of software engineering, ADAM focusing on adaptable middleware systems, Cocoa focusing on the structure and the reuse of models in the context of model driven engineering, and RMoD focusing on reengineering and evolution of object-oriented applications. 


  • ADAM : Adaptive Distributed Applications and Middleware
  • RMoD : Analyses and Languages Constructs for Object-Oriented Application Evolution
  • COCOA : Model Composition for Software Engineering
  • DaRT : Dynamic Adaptativity and Real-Time / Dynamic Reconfigurable Massively Parallel Architectures and Languages / Embedded Real-Time Adaptative Virtualization for Post-Moore Architectures
  • 2XS : Recherche et Développement Dossier Portable / Système et Réseau pour Petits Objets Portables et Sécurisés

Interaction, Coopération, Images

Leader : Mohamed Daoudi

The Interaction, Cooperation and Images research theme (ICI) is composed of five LIFL teams. The Fox-Miire is working on human behavior extraction from video streams and on statistical analysis of 3D shapes. The Mint team is working on hum an-computer interfaces and more specifically on gestural interactions. The Shacra team focuses its research works on scientific deadlocks from the digital medicine and more specifically from medical simulation (like teaching surgical procedure with a computer simulation). the SMAC team is working in the artificial intelligence field and more precisely on the modeling on behaviors between virtual entities. The NOCE team is working on the methods, tools and infrastructures for working and learning collaborative activities.


  • FOX-MIIRE : Fouille et indexation de dOcuments compleXes et multimedia / Multimédia, Images, Indexation, REconnaissance
  • MINT : Méthodes et outils pour l'Interaction à gestes
  • NOCE : Nouveaux Outils pour La Coopération et l'Education
  • SHACRA : Simulation in Healthcare for Advanced Medical ApplicatioNs
  • SMAC : Systèmes Multi-Agents et Comportements

Modèles, Algorithmes, Calcul

Leader : Rémi Gilleron

The theme is composed of several teams. The general objective is to study formal models and algorithms. The main activities are: computer algebra, computational models for biology, algorithms for structured data in biology, models and algorithms in machine learning, and optimization. There is also some work on parallel algorithms for grid and cloud computing. The main application areas are biology and commerce.


  • Bonsai : "Algorithms for large-scale sequence analysis" /
  • Calcul Formel : Computer Algebra
  • MOSTRARE : Modeling Tree Structures, Machine Learning, and Information Extraction
  • MAP : Méthodologie et Algorithmique Parallèles pour le calcul scientifique
  • Dolphin : Optimisation multi-critère parallèle coopérative
  • BioComputing : Programming Languages for Biological Modeling and Simulation
  • SequeL : Sequential Learning


UMR 8022 - Laboratoire d'Informatique Fondamentale de Lille - Copyright © 2012 Sophie TISON - Crédits & Mentions légales

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