¡¡News!!

27/06/2025 ¡¡¡ ANR PRCE IDEAL selected !!!
05/2025 ANID-ECOS Sud (re-)submitted...
11/2024 HERA - Transverse LIRIS accepted
05/2024 ANID-ECOS Sud submitted
05/2024 TRAFFICABLE - EU HORIZON-CL4 rejected ;)

 

Past events

VriPhys in Delft | Vriphys 2018
VriPhys back in Lyon | Vriphys 2017
2018 PhD proposal | Medical Simulation (FR) (GB)
Position Offer | CDD IE 2016
Visit Website | Vriphys 2015
SummerSchool Simu | École d'Été Simu 2014

 

Internship' Offer (current and recent projects)

IUT/CEGEP 2025 | Animation de tissus Jacquard / Animation of Jacquard Fabrics (FR/GB)
IUT/CEGEP 2024 | Réalité Augmentée géo-localisée pour la médiation culturelle (FR)
M2R 2024 | Animation de tissus Jacquard (FR)
IUT/CEGEP 2024 | Animation de tissus Jacquard (FR)
M1/PFE 2023 | Animation de tissus Jacquard (FR)
M1/PFE 2022-23 | Régularisation de maillages 3D (FR)
M1/PFE 2021-22 | 3D NExT, simulation médicale et haptique (FR)

 

Internship/stages (past)

M2R/PFE 2021| Insertion d’aiguille : rendu haptique et échographique (FR)
M2R/PFE 2020-21-22| Cloth/tissue Simulation on the GPU, a red/black approach (FR)
IUT/CEGEP 2024 | Réalité Augmentée géo-localisée pour la médiation culturelle (FR)
M1/M2R/PFE 2020-21| On Büchi sequences, combining Computer Graphics, Deep Learning and Mathematical logic: with matrices (FR) or with Polynomials (FR)
M1/M2R/PFE 2020-21| Parallel Mixed-Mesh generation, application to a child-birth gesture simulator (FR)
M1/M2R/PFE 2020-21| Parallel Mixed-Mesh generation, Regularization Step (FR)
M1/M2R/PFE 2020-21| Tissue/Cloth simulation, (FR)
M2R/PFE 2017 | 3D Mesh Completion in Virtual Immersion (FR)
M2R/PFE 2016| 3D Mesh Completion in Virtual Immersion (FR)
M2R/PFE 2016| Mesh Generation for Simulation
M2R/PFE 2015-16| Error Control for Childbirth Simulation
M2R/PFE 2015-16| 3D Models for Childbirth Simulator
M2R/PFE 2014-15| Bio-mechanical Modelling for brainshift
M2R/PFE 2014-15| Mechatronic-Simulation Coupling
Postdoc 2013| Bio-mechanical Simulator
M2R 2013-14| Re-meshing for Simulation
M2R 2013-14| Bio-mechanical Modelling
M2R 2012-13| Mixed Tensor-Mass
M2R 2012-13| Topology&Simulation
M1if 2011-12| Meshes for 3D Simulator
M1if 2011-12| Brain Deformation


Research Area:

My research activity is in Computer Graphics, more specifically in the field of 3D reconstruction from various sources, mainly medical imaging, but not exclusively. The modeling of soft (or deformable) objects that we propose is generally based on discrete and, more recently, continuous models. The integration of multi-source information in these triangular or tetrahedral meshes enables us to simulate their deformations, while respecting their natural behavior
The aim is to provide computerized tools to guide medical staff in their diagnosis or during a treatment operation. After the operation, the simulation models can be used to validate the treatment. The original feature is the integration of rheology into the discrete models, to offer an alternative simulation of deformations that can be used during the operation, as opposed to conventional finite element methods, which are accurate but more demanding, especially when non-linearity conditions are required.

Keywords:

Computer Graphics | 3D Geometric Reconstruction | Soft Tissue Modeling | Deformable Objects | Physically-based Modeling | High Performance Computing | Numerical Analysis | Biomechanical Simulation | Medical Imaging | Medical Applications (Radio- & Hadrontherapy, Brainshift) | Extended Reality | Culture Heritage

Internet c'est con et ça abime les yeux, feriez mieux de ragarder la télé.

Research Internship/Stage:

I you are looking for aninternship
    => please have a look at left menu, and don't hesitate to contact me as I may propose non published subjects, similar to recent ones

About the author...

I graduated from the INSA-Lyon, in the Computer Science dpt. Then, I obtained my PhD in 1999, in Computer Graphics. Since then, I am "Maître de Conférences" at the LIRIS, currently in the Dynamical Mesh - ORIGAMI team.

I am teaching Computer Science, in the Computer Science Dpt, IUT Lyon1, located in Bourg-en-Bresse, where I have been in charge of the departement for 3 years (2008-2011). 

Contact : Fabrice JAILLET

Département Informatique Bourg-en-Bresse - IUT Lyon1
Bureau IN.207
71 rue Peter Fink, F-01000 Bourg-en-Bresse
Email : fabrice[dot]jaillet[at]univ-lyon1[dot]fr
Tél : +33 (0)4.74.45.50.67 (on Site: 70.067) Fax : +33 (0)4.74.45.50.51

LIRIS CNRS-UMR5205
Bureau 211
Bâtiment Nautibus, Université Claude Bernard Lyon1

8-10 bd Niels Bohr, F-69622 Villeurbanne Cedex

Email : fabrice[dot]jaillet[at]univ-lyon1[dot]fr
Tél : +33 (0)4.72.44.81.92 Fax : +33 (0)4.72.43.15.36