Florent Becker
La version compréhensible par ma maman est ici
I'm doing a PhD at ÉNS Lyon under the direction of my beloved advisor,Éric Rémila. I study self-assembling tilings , and more specifically the geometry and complexity aspects of this peculiar computation model. You will soon be able to find more about my work in my CV
How to reach me
Florent Becker
By night:
Florent Becker
6B rue des Capucins
69001 Lyon
France
Research
A page that tracks my publications much better than I do..
Publications
2006 : Self-assemblying Classes of Shapes with a Minimum Number of Tiles, and in Optimal Time, with Ivan Rapaport and Éric Rémila at FSTTCS. Cite it!
2008 : Transformation and preservation of self-assembling dynamics through homotheties, at LATA2008. To be published soon
2008 : Average Binary Long-Lived Consensus: Quantifying the Stabilizing Role Played by Memory, with Sergio Rajsbaum, Ivan Rapaport et Éric Rémila, at SIROCCO 2008. To be published soon
Optimal Time Self-assembly for Squares and Cubes, with Éric Rémila and Nicolas Schabanel, at DNA14.
Talks
The slides for some of my talks:
At the Tilings and self-assembly workshpo at DLT 2007, Self-assembling Tilings of the Whole Plane
Preprints
Some unpublished works, they are still in continuous change!
Homotheties for self-assembly, an intrinsic construction, or zooming tiles. Add a magic powder to your self-assembling soup, and it will produce larger bistroodles!
A geometrical programming language for self-assembly, and some applications., where one gets tired of describing tilesets in details, and decides to do some painting instead. Accepted in TCS.
Infallible self-assembly An exploration of the power of self-assembly system when one uses them as tiling algorithm for Wang Tilings. There is still lots to do on that topic!
