Abstract. We are interested in the way time impacts on the behaviours of interaction systems. We approach this question in a discrete frame-work and with a relative notion of time flow. In this paper, we focus on Boolean automata networks and the updatings of automata states in these networks. More specifically, we study how synchronous updates impact on the global behaviour of a network. Based on this, we define different sorts of network sensitivity to synchronism, which are effectively satisfied by some networks. We also relate this synchronism-sensitivity to some properties of the structure of networks and to their underlying mechanisms
This article is set in the field of regulation networks modeled by discrete dy-namical systems. It f...
International audienceWe study the sensitivity of some Boolean automata networks to changes in their...
Automata networks model all finite discrete dynamics. Each automaton has a state, evolving in discre...
Abstract. We show that synchronism can significantly impact on net-work behaviours, in particular by...
International audienceOur work is set in the framework of complex dynamical systems and, more precis...
The work presented here is set in line with fi elds of theoretical computer science and biology that...
International audienceIn this paper are presented first results of a theoretical study on the role o...
In this paper are presented first results of a theoretical study on the role of non-monotone interac...
International audienceBecause interaction networks occupy more and more space in our current life (s...
International audienceBoolean networks are commonly used in systems biology to model dynamics of bio...
An automata network is a finite assembly of interconnected entities endowed with a set of local maps...
This article is set in the field of regulation networks modeled by discrete dy-namical systems. It f...
International audienceWe study the sensitivity of some Boolean automata networks to changes in their...
Automata networks model all finite discrete dynamics. Each automaton has a state, evolving in discre...
Abstract. We show that synchronism can significantly impact on net-work behaviours, in particular by...
International audienceOur work is set in the framework of complex dynamical systems and, more precis...
The work presented here is set in line with fi elds of theoretical computer science and biology that...
International audienceIn this paper are presented first results of a theoretical study on the role o...
In this paper are presented first results of a theoretical study on the role of non-monotone interac...
International audienceBecause interaction networks occupy more and more space in our current life (s...
International audienceBoolean networks are commonly used in systems biology to model dynamics of bio...
An automata network is a finite assembly of interconnected entities endowed with a set of local maps...
This article is set in the field of regulation networks modeled by discrete dy-namical systems. It f...
International audienceWe study the sensitivity of some Boolean automata networks to changes in their...
Automata networks model all finite discrete dynamics. Each automaton has a state, evolving in discre...