Colin Cartade
is working on differential
geometry on digital surfaces
Maciej Mostowski
is working on fast
animations with the voxel-based golbal illumination method
- Florent Brunet (co-advised by Adrien Bartoli)
- is working on surface reconstruction and its applications
to vision and image processing
- Fabien Tixier (co-advised by Jean-Jacques
Lemaire)
- He is doing industrial research on stereographic
visualization for neurosurgery.
Rita Zrour
(co-advised by Fabien
Feschet) is now Associate Professor at the Université de
Poitiers.
Has defended her PhD in december
2007.
She is working on parallel cluster
methods for voxel global illumination.
She succesfully defended her PhD in october 07. Download Thesis (in French)
- Thibault
Marzais (co-advised by Yan Gérard)
Has defended his PhD in December
2008.
He workd on a progressive G^1 interpolation method
non-organized sets of points with uniformly bounded.
- Lukasz Piwowar
Defended his PhD in November 2009
- He is now instructor at the University of Wroclaw
- Has began to work for his PhD in September 2003
- He designed a reconstrauction phase by raytracing for
voxel-based global illumination and more.
- Pierre Chatelier
- Has obtained his PhD in december 2006. He is now R&D
developper.
- He has improved the complexity of voxel radiosity, by
solving visibility in optimal time
- and by generalizing the method to interpolated BRDF. download thesis (in French)
- Jasmine Burguet
- Has obtained her PhD degree in december 2002. She is now
full-time regular researcher in the INRA
- She has defined parallel thinning techniques within a
digital surface, and a polygonalisation method for digital surfaces.
She performs boolean set operations on continuous and discrete
surfaces. She has also developped these techniques for multi-scale
digital surfaces, i.e. surfaces for a non uniform voxel space. download
thesis (in French)
- Sébastien
Fourey
- has obtained his PhD degree by July 11, 2000. He is now
associate professor at the ENSI de
Caen
- He has studied new discrete tools such as intersection and
linking numbers for discrete curves on digital surfaces and in 3D, and
has used these tools to provide good characterizations of topology
preservation. download
thesis (in English)
- Alexandre Lenoir (co-advised by M. Revenu)
- has obtained his PhD in September 1999. He is now
developper in a private firm.
- He has defined several tools for image processing and image
analysis for non planar images (supported by a digital surface),
including thinning algorithms, normal vector and curvature estimation,
geodesics. download
thesis (in French)
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