Research

My research domain concerns the intelligent analysis of data.

My team works on making sense of data by developing and using data-driven models using Machine Learning approaches (e.g., Neural Networks, Deep Learning and Bio-inspired approaches) or agent-based models with the aims of  providing solutions that deal with the current scenario of “data deluge” (Big Data) and to support adaptive behavior for the new ubiquitous computing world (Wearable Computing, Quantified Self, Smart environments, Autonomous robots, & Internet of Things).

Our ongoing and recent projects are:

  • ACTIDOTE: ACTIvity as an antiDOTE to illness exacerbation for people using wheelchairs. 2014-2016
  • AGROVISION: Développement d’un outil de suivi basé sur l’imagérie aérienne à haute résolution, pour une meilleure gestion agronomique et environnementale de l’agriculture. 2013-2016
  • AVATAR Control 360º: Telepresence with a humanoid robot, 2017-2018
  • Smart-DAYS: Smart Distributed daily living Activity-recognition Systems. 2011-2015
  • Smart Garments, 2016-2017
  • Terra-i: an eye on habitat change. 2014-2016
  • TIC4AGRO: L’informatique au service de l’agriculture.
  • WEAZARD: WEArable system to overcome potential haZARDs while going out with children, 2016-2017

Previous projects include:

  • Smart-Crowd: Mobile sensing and recognition of crowd behavior based on privacy preserving data mining techniques
  • Mnemosys: A memory help system for elderly people
  • Smart Building: Système de gestion énergétique des bâtiments basé sur des techniques d’intelligence artificielle
  • PharMEA: Multi-Electrode Array technology based platform for industrial pharmacology and toxicology drug screening
  • PERPLEXUS: Pervasive computing framework for modeling complex virtually unbounded systems
  • NAVMEDIA: Navigation and exploration of self-organized business media
  • MyDeskPersonality: Moteur de personalité artificielle pour le robot-jouet Mydeskfriend
  • HITS: Bio-inspired systems for hit prediction
  • COCH: Precision agriculture and the construction of field-crop models for tropical species