We study the principal dynamical aspects of the cyclic automata on finite graphs. We give bounds in the transient time and periodicity depending essentially on the graph structure. It is shown that there exist non-polynomial periods e 61(m) , where /V / denotes the number of sites in the graph. To obtain these results we introduce some mathematical tools as continuity, firing paths, jumps and efficiency, which are interesting by themselves because they give a strong mathematical framework to study such discrete dynamical systems. 1
25 pages, 9 figures, LaTeX, v2: Minor presentation improvements, v3: Typos corrected, figure addedWe...
The work presented here is set in line with fi elds of theoretical computer science and biology that...
International audienceBecause interaction networks occupy more and more space in our current life (s...
AbstractWe study the principal dynamical aspects of the cyclic automata on finite graphs.We give bou...
AbstractLet K be the two-dimensional grid. Let q be an integer greater than 1 and let Q={0,…,q−1}. L...
Let K be the two-dimensional grid. Let q be an integer greater than 1 and let Q={0;:::;q−1}. Let s: ...
International audienceOur work is set in the framework of complex dynamical systems and, more precis...
Automata networks model all finite discrete dynamics. Each automaton has a state, evolving in discre...
In this thesis, the dynamical system is used as a function on afinite group, to show how states chan...
Discrete-time dynamical systems on a finite state space have been used to model natural and engineer...
International audienceWe study the sensitivity of some Boolean automata networks to changes in their...
We argue that simple dynamical systems are factors of finite automata, regarded as dynamical systems...
International audienceWe introduce timed automata and show how they can be used for the specificatio...
We say that a finite asynchronous cellular automaton (or more generally, any sequential dynamical sy...
We study counting various types of configurations in certain classes of graph automata viewed as dis...
25 pages, 9 figures, LaTeX, v2: Minor presentation improvements, v3: Typos corrected, figure addedWe...
The work presented here is set in line with fi elds of theoretical computer science and biology that...
International audienceBecause interaction networks occupy more and more space in our current life (s...
AbstractWe study the principal dynamical aspects of the cyclic automata on finite graphs.We give bou...
AbstractLet K be the two-dimensional grid. Let q be an integer greater than 1 and let Q={0,…,q−1}. L...
Let K be the two-dimensional grid. Let q be an integer greater than 1 and let Q={0;:::;q−1}. Let s: ...
International audienceOur work is set in the framework of complex dynamical systems and, more precis...
Automata networks model all finite discrete dynamics. Each automaton has a state, evolving in discre...
In this thesis, the dynamical system is used as a function on afinite group, to show how states chan...
Discrete-time dynamical systems on a finite state space have been used to model natural and engineer...
International audienceWe study the sensitivity of some Boolean automata networks to changes in their...
We argue that simple dynamical systems are factors of finite automata, regarded as dynamical systems...
International audienceWe introduce timed automata and show how they can be used for the specificatio...
We say that a finite asynchronous cellular automaton (or more generally, any sequential dynamical sy...
We study counting various types of configurations in certain classes of graph automata viewed as dis...
25 pages, 9 figures, LaTeX, v2: Minor presentation improvements, v3: Typos corrected, figure addedWe...
The work presented here is set in line with fi elds of theoretical computer science and biology that...
International audienceBecause interaction networks occupy more and more space in our current life (s...