A versatile two-dimensional cellular automata network for granular flow D Désérable
SIAM Journal on Applied Mathematics 62 (4), 1414-1436, 2002
24 2002 A family of Cayley graphs on the hexavalent grid D Désérable
Discrete applied mathematics 93 (2-3), 169-189, 1999
23 1999 Cellular automata in complex matter D Désérable, P Dupont, M Hellou, S Kamali-Bernard
Complex Systems 20 (1), 67, 2011
18 2011 Routing in the triangular grid with evolved agents P Ediger, R Hoffmann, D Désérable
2010 International Conference on High Performance Computing & Simulation …, 2010
15 2010 Broadcasting in the Arrowhead Torus D Désérable
Computers and Artificial Intelligence 16 (6), 1997
14 1997 Using a cellular automaton for the simulation of flow of granular materials D Deserable, J Martinez
Powder and Grains Balkema, 345-350, 1993
13 1993 Rectangular vs triangular routing with evolved agents P Ediger, R Hoffmann, D Désérable
2011 International Conference on High Performance Computing & Simulation …, 2011
12 2011 Minimal routing in the triangular grid and in a family of related tori D Désérable
Euro-Par'97 Parallel Processing: Third International Euro-Par Conference …, 1997
12 1997 Flow patterns and velocity profiles during silo discharge simulation with a lattice grain model J Martinez, S Masson, D Deserable
Proc. Intern. Conference on Silos, Partec 95, 367-379, 1995
12 1995 Line patterns formed by cellular automata agents R Hoffmann, D Désérable
Cellular Automata: 12th International Conference on Cellular Automata for …, 2016
10 2016 A cellular automata rule placing a maximal number of dominoes in the square and diamond R Hoffmann, D Désérable, F Seredyński
The Journal of Supercomputing 77, 9069-9087, 2021
9 2021 All-to-all communication with cellular automata agents in 2 R Hoffmann, D Désérable
The Journal of Supercomputing 69 (1), 70-80, 2014
9 2014 Cellular automata rules solving the wireless sensor network coverage problem R Hoffmann, D Désérable, F Seredyński
Natural Computing 21 (3), 417-447, 2022
8 2022 A probabilistic cellular automata rule forming domino patterns R Hoffmann, D Désérable, F Seredyński
Parallel Computing Technologies: 15th International Conference, PaCT 2019 …, 2019
8 2019 Influence of exclusion rules on flow patterns in a lattice-grain model D Désérable, S Masson, J Martinez
Powder and Grains 2001, 421-424, 2020
7 2020 Routing by cellular automata agents in the triangular lattice R Hoffmann, D Désérable
Robots and Lattice Automata, 117-147, 2014
7 2014 Hopper flows observed with a cellular automaton for granular media D Deserable, J Martinez, S Masson
First IntI. Particle Technology Forum, August, 17-19, 1994
7 1994 Patterns and Dynamics of Rule 22 Cellular Automaton GJ Martínez, A Adamatzky, R Hoffmann, D Désérable, I Zelinka
ACTIN COMPUTATION: Unlocking the Potential of Actin Filaments for …, 2024
6 2024 Generating maximal domino patterns by cellular automata agents R Hoffmann, D Désérable
Parallel Computing Technologies: 14th International Conference, PaCT 2017 …, 2017
6 2017 Comparative simulations of particle flow within a cone-in-cone silo using a distinct element method and a lattice grain model S Masson, J Martinez, D Deserable
Proc., 5th World Congr. Chem. Engrg, 349-354, 1996
6 1996 
Siham Kamali-BernardAssociate Professor, INSA RennesDirección de correo verificada de insa-rennes.fr
