Projects:ICube

• Since 2021, Jean-Michel Dischler co-leads the transverse axis Scientific Computing of the ICube laboratory that Pierre Kraemer previously co-lead.
• David Cazier was the leader of the working group Meshing and PDEs of the transverse axis Scientific Computing of the ICube laboratory (with Isabelle Charpentier) from 2015 to 2018.

• API 2022 :
  • The IGG team (Flavien Lecuyer) head of the ICube internal project RIVER (exploring the Relation between Incarnation in VR and Emotional Response) from 2022 to 2023.

• API 2021 :
  • The IGG team (Arash Habibi) head of the ICube internal project Avatar (Improving learning and the sense of embodiment in virtual environments by guaranteeing the coherence of multimodal perception) from 2021 to 2022.
  • The IGG team (Arash Habibi) participates to the internal project of the ICube lab 3D-PRIAD (3D Printer with Intelligent Anomaly Detection) from 2021 to 2022.

• API 2020 :
  • The IGG team (Jonathan Sarton) head the ICube internal project LargeMeshVis (Out-of-core multi-resolution approach for interactive visualization of large meshes on GPU) de from 2020 to 2021.
  • The IGG team (Julien Narboux) participates to the internal project of the ICube lab RobGA (Formalism of geometric algebras for robotics: application to the design and certification of devices) from 2020 to 2021.

• API 2019 :
  • The IGG team (Thierry Blandet) has participated to the internal project of the ICube lab VIRWORKS (Ergonomie, Virtual Worker, Simulation de postes de travail, Usine du Futur, système cyber-physique) from 2019 to 2020.

• API 2018 :
  • The IGG team(Antonio Capobianco) has headed the ICube internal project GeoTimeVis (Temporal visualisation of geographic image clustering) from 2018 to 2019, in collaboration with SDC (Baptiste Lafabregue) and SERTIT (Fahd Benatia and Robin Faivre).

• API 2017 :
  • The IGG team (Antonio Capobianco) has headed the ICube internal project GeoTimeVis aiming at proposing new interaction techniques for manipulating temporal data from 2017 to 2018.
  • The IGG team (Rémi Allègre, Basile Sauvage) has headed the ICube internal project NeuroTex from 2017 to 2018, in collaboration with the SDC team (Cédric Wemmert).
  • The IGG team (Basile Sauvage) has headed the ICube internal project Cartes concentriques multi-valuées from 2017 to 2018, in collaboration with the CSTB team (Pierre Collet).
  • The IGG team - MIMESIS INRIA project - (Igor Peterlik) has headed the ICube internal project EVAGRIS (Fast Intra-operative Extraction of Vascular topologies for AuGmented Reality In Surgery) from 2017 to 2018.
  • The IGG team (David Cazier, Pierre Kraemer) has participated to the internal project of the ICube lab DESIR (development of a flood simulation tool: contribution of parallelization and adaptive meshes techniques) from 2017 to 2018, in collaboration with the MecaFlu team(Pascal Finaud-Guyot) and ICPS team.
  • The IGG team (Hyewon Seo) has participated to the internal project of the ICube lab WESTERN from 2017 to 2018, in collaboration with the MMB team (Matthieu Ehlinger).

• API 2016 :
  • The IGG team (Pierre Kraemer, David Cazier) has headed the ICube internal project TubularMesh (3D Meshes for fluid simulation in vascular networks) from 2016 to 2017, in collaboration with the MécaFlu team (Isabelle Charpentier, Pascal Finaud-Guyot et Yannick Hoarau) and MMB team (Caroline Deck) within the transversal axis on Scientific Computing.

• API 2015 :
  • The IGG team (Caroline Essert) has participated to the internal project of the ICube lab OPRA (Planning tools for robotized needle insertion) from 2015 to 2016, in collaboration with AVR team (Bernard Bayle).

• API 2014 :
  • The IGG team (Nicolas Magaud) has participated to the internal project of the Icube lab TrADiCont (Affine discrete transformations to represent the continnum) from 2014 to 2015, in collaboration with the MIV team (Loïc Mazo and Marie-Andrée Da Col).
  • The IGG team (Hyewon Seo, Frederic Cordier, Frederic Larue, Olivier Genevaux) has participated to the internal project of ICube lab ClinMod (Learning-based 3D Tracking of Clinicians using Accurate Animatable Body Models) from 2014 to 2015, in collaboration with AVR team (Nicolas Padoy).

• Hyewon Seo was granted a Quality Research Bonus from the University in 2010 on the project "Measurement and Analysis of Human Skin Deformation". Budget : 39 900 € of hardware.

• At the laboratory level, IGG participates to the mobilization program Medical and surgical Imaging and Robotics (IRMC). This mobilization program (coordination M. De Mathelin), involves IGG, MIV and AVR since 2002. The partners are IRCAD and IPB.