In a network, the components of a given system are represented as nodes, the interactions are abstracted as links between the nodes. Boolean networks refer to a class of dynamics on networks, in fact it is the simplest possible dynamics where each node has a value 0 or 1. This allows to investigate extensively the dynamics both analytically and by numerical experiments. The present article focuses on the theoretical concept of relevant components and their immediate application in plant biology. References for more in-depth treatment of the mathematical details are also given
Networks are used to model systems consisting of many interacting units. The topology of networks ha...
Motivation: As the study of information processing in living cells moves from individual pathways to...
Among the various phenomena that can be modeled by Boolean networks, i.e., discrete-time dynamical s...
In a network, the components of a given system are represented as nodes, the interactions are abstra...
In a network, the components of a given system are represented as nodes, the interac-tions are abstr...
The use of Boolean models I n the study of biological networks was proposed and worked out already i...
International audienceBoolean networks are a mathematical model which has been widely used since dec...
Boolean Networks are a well-established model of biological networks, but usual interpretations can ...
<p>This dissertation focuses on Boolean networks with a view to their applications in Systems Biolog...
Gene-regulatory networks control the expression of genes and therefore the phenotype of cells. Model...
Abstract. To model biological systems using networks, it is de-sirable to allow more than two levels...
Boolean network (BN) is known as a popular mathematical model for modeling genetic regulatory networ...
International audiencePredicting biological systems’ behaviors requires taking into account many mol...
none2Boolean networks (BNs), first introduced by Kauffman as genetic regulatory network models, are ...
Motivation: As the study of information processing in living cells moves from individual pathways to...
Networks are used to model systems consisting of many interacting units. The topology of networks ha...
Motivation: As the study of information processing in living cells moves from individual pathways to...
Among the various phenomena that can be modeled by Boolean networks, i.e., discrete-time dynamical s...
In a network, the components of a given system are represented as nodes, the interactions are abstra...
In a network, the components of a given system are represented as nodes, the interac-tions are abstr...
The use of Boolean models I n the study of biological networks was proposed and worked out already i...
International audienceBoolean networks are a mathematical model which has been widely used since dec...
Boolean Networks are a well-established model of biological networks, but usual interpretations can ...
<p>This dissertation focuses on Boolean networks with a view to their applications in Systems Biolog...
Gene-regulatory networks control the expression of genes and therefore the phenotype of cells. Model...
Abstract. To model biological systems using networks, it is de-sirable to allow more than two levels...
Boolean network (BN) is known as a popular mathematical model for modeling genetic regulatory networ...
International audiencePredicting biological systems’ behaviors requires taking into account many mol...
none2Boolean networks (BNs), first introduced by Kauffman as genetic regulatory network models, are ...
Motivation: As the study of information processing in living cells moves from individual pathways to...
Networks are used to model systems consisting of many interacting units. The topology of networks ha...
Motivation: As the study of information processing in living cells moves from individual pathways to...
Among the various phenomena that can be modeled by Boolean networks, i.e., discrete-time dynamical s...