AMYBIA
Aggregating MYriads of Biologically-Inspired Agents
Studies on phase-transitions in the reaction-diffusion layer
Context
We study the robstness of the phase transition that occurs in a stochastic Greenberg-Hastings CA. We are interested in finding how the critical transmission probability varies when changing the model: introducing defects in the topology (MLR and HR), lenghtening the refractory period M.
Numerical Results with "classical" computing devices
Changing the value of M
Adding Missing links
Adding Holes
Varying the topology
Different topology, same results
Other Topologies, with errors
| HR | MLR | TOPO |
Mval | L | pTc | plot |
| 0 | 10 | THX | 4 |
400 |
0.3420 |
open plot
|
| 0 | 10 | TM8 | 4 |
400 |
0.2519 |
open plot
|
Topology codes : V4 = 4-von Neumann, M8 = 8-Moore, HX = 6-Hexagonal, CI = circular
Numerical Results with FPGA
|