Here we consider digraphs and weights assigned to their vertices. When a vertex inherits the average weight of its in-neighbors, we may study the graph dynamics. One of the physical examples here is a system of heated bodies. We will see that in the case of regular graphs, the total weight of our systems is invariant. This implies the existence of special points whose weight doesn't increase (decrease). Also, we'll show that acyclic digraphs reach the static equilibrium.</p
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There are two key characteristic of animal and human societies: (1) degree heterogeneity, meaning t...
We analyze the stability of linear dynamical systems defined on sparse, random graphs with predator-...
The interplay between topology and dynamics in complex networks is a fundamental but widely unexplor...
We present a general model for the growth of weighted networks in which the structural growth is cou...
Abstract. We study a model of mass redistribution on a finite graph. We address the questions of con...
We study a model of mass redistribution on a finite graph. We address the questions of convergence t...
In this paper we investigate the growth rate of the number of all possible paths in graphs with resp...
A random graph evolution mechanism is defined. The evolution studied is a combination of the prefere...
The classical models of evolution have been developed to incorporate structured populations using ev...
International audienceSequences of maximum-weight walks of a growing length in weighted digraphs hav...
Directed acyclic graphs provide a convenient representation of reticulate evolution in systematic bi...
We consider several models whose motivation arises from statistical mechanics. We begin by investiga...
Studying the orbit of an element in a discrete dynamical system is one of the most important areas i...
Two preferential attachment-type graph models which allow for dynamic addition/deletion of edges/ver...
Investigating the evolutionary dynamics of game theoretical interactions in populations where indivi...
There are two key characteristic of animal and human societies: (1) degree heterogeneity, meaning t...
We analyze the stability of linear dynamical systems defined on sparse, random graphs with predator-...
The interplay between topology and dynamics in complex networks is a fundamental but widely unexplor...