Difference between revisions of "Franck Hétroy-Wheeler"
m |
|||
| Line 24: | Line 24: | ||
<br/> | <br/> | ||
<big>'''Projects'''</big> | <big>'''Projects'''</big> | ||
| − | * Organ characterization in a crop for phenotyping ([http://www.anrt.asso.fr/fr/cifre-7843 CIFRE] PhD scholarship from [http://www.anrt.asso.fr/ ANRT]) | + | * Digiplant (IDEX funding from the University of Strasbourg, more details to come soon) |
| + | * Organ characterization in a crop for phenotyping ([http://www.anrt.asso.fr/fr/cifre-7843 CIFRE] PhD scholarship from [http://www.anrt.asso.fr/ ANRT] with [https://www.arvalisinstitutduvegetal.fr/index.html Arvalis]) | ||
* [http://www.romi-project.eu ROMI] (H2020 project), as a member of Inria MOSAIC team | * [http://www.romi-project.eu ROMI] (H2020 project), as a member of Inria MOSAIC team | ||
** '''<big>[http://icube-igg.unistra.fr/fr/index.php/phd-romi PhD position available!]</big>''' | ** '''<big>[http://icube-igg.unistra.fr/fr/index.php/phd-romi PhD position available!]</big>''' | ||
Revision as of 22:55, 19 April 2018
Position
Professor in computer science at the University of Strasbourg since september 2017.
This means I am both:
- teaching at the department of mathematics and computer science of the university;
- and a researcher in the Engineering science, computer science and imaging laboratory ICube, in the IGG team.
Also associated member of Inria MOSAIC team (Lyon).
Research
Research statement
My work spans computer vision and computer graphics to computational geometry and topology and to remote sensing. With an overall goal of shape analysis and understanding, my research interests include the acquisition, reconstruction and processing of 3D shapes in motion. I have worked on shapes digitised with laser scanners as well as multi-view stereo systems or medical imagery. These shapes range from human bodies and organs to animals, trees, plants or even mechanical parts. Currently I am especially interested in trees and plants, because of their challenging geometric and topological complexities.
Keywords: digital geometry processing, segmentation, reconstruction, geometric and topological feature computation.
Projects
- Digiplant (IDEX funding from the University of Strasbourg, more details to come soon)
- Organ characterization in a crop for phenotyping (CIFRE PhD scholarship from ANRT with Arvalis)
- ROMI (H2020 project), as a member of Inria MOSAIC team
Still active projects from my Grenoble time:
- ACHMOV (ANR project)
- Digitree (Université Grenoble Alpes' AGIR project)
Collaborations
- Frédéric Baret (INRA Avignon) and Benoît de Solan (Arvalis), "Organ characterization in a crop for phenotyping" project
- Fabrice Besnard and Téva Vernoux (CNRS/ENS Lyon), ROMI project
- Eric Casella (Forestry Commission, UK), Digitree project
- David Colliaux and Peter Hanappe (Sony CSL, Paris), ROMI project
- Jean-Sébastien Franco (Université Grenoble Alpes) and Stefanie Wuhrer (Inria Grenoble), ACHMOV project
- Christophe Godin (Inria Lyon), ROMI project and more generally MOSAIC team
PhD students
- Mélinda Boukhana (started March 2018), "Organ characterization in a crop for phenotyping" project
And in Grenoble:
- Romain Rombourg (started October 2015), Digitree project
- Jinlong Yang (started October 2015), ACHMOV project
See my former page for more details on my research work.
Teaching
- Digital geometry for 1st year master students in computer science (Spring 2018)
- Algorithms and programming for 1st year bachelor students in maths and computer science (Spring 2018)
- Data Structures and Algorithms for 2nd year bachelor students in computer science (Autumn 2017)
Contact
Lab. iCube, IGG team
300 bd Sébastien Brant
CS 10413
F-67412 Illkirch Cedex, France
E-mail: hetroywheeler@unistra.fr
Tel.: +33 (0) 368 854 555