We present a renormalization approach to solve the Sznajd opinion formation model on complex networks. For the case of two opinions, we present an expression of the probability of reaching consensus for a given opinion as a function of the initial fraction of agents with that opinion. The calculations reproduce the sharp transition of the model on a fixed network, as well as the recently observed smooth function for the model when simulated on a growing complex networks
We propose and analyze a mathematical model for the evolution of opinions on directed complex networ...
The density of never changed opinions during the Sznajd consensus-finding process decays with time ...
Based on the modification of the convergence parameter μ in the Weisbuch-Deffuant (WD) model, we in-...
The Sznajd model has been largely applied to simulate many sociophysical phenomena. In this paper we...
Under synchronous updating and allowing the agents to move in the lattice or underlying network, we ...
The Sznajd model is a sociophysics model that mimics the propagation of opinions in a closed society...
We introduce a statistical-physics model for opinion dynamics on random networks where agents adopt ...
A continuum opinion dynamic model is presented based on two rules. The first one considers the mobil...
This thesis investigates the dynamics in models of how opinions within a network of people, or of en...
In this paper we analyze emergent collective phenomena in the evolution of opinions in a society str...
In the last decade the Sznajd model has been successfully employed in modeling some properties and s...
Public opinion is often affected by the presence of committed groups of individuals dedicated to com...
<div><p>Public opinion is often affected by the presence of committed groups of individuals dedicate...
Esta dissertação discutirá, com uma abordagem predominantemente analítica, aspectos em aberto do Mod...
In the social, behavioral, and economic sciences, it is an important problem to predict which indivi...
We propose and analyze a mathematical model for the evolution of opinions on directed complex networ...
The density of never changed opinions during the Sznajd consensus-finding process decays with time ...
Based on the modification of the convergence parameter μ in the Weisbuch-Deffuant (WD) model, we in-...
The Sznajd model has been largely applied to simulate many sociophysical phenomena. In this paper we...
Under synchronous updating and allowing the agents to move in the lattice or underlying network, we ...
The Sznajd model is a sociophysics model that mimics the propagation of opinions in a closed society...
We introduce a statistical-physics model for opinion dynamics on random networks where agents adopt ...
A continuum opinion dynamic model is presented based on two rules. The first one considers the mobil...
This thesis investigates the dynamics in models of how opinions within a network of people, or of en...
In this paper we analyze emergent collective phenomena in the evolution of opinions in a society str...
In the last decade the Sznajd model has been successfully employed in modeling some properties and s...
Public opinion is often affected by the presence of committed groups of individuals dedicated to com...
<div><p>Public opinion is often affected by the presence of committed groups of individuals dedicate...
Esta dissertação discutirá, com uma abordagem predominantemente analítica, aspectos em aberto do Mod...
In the social, behavioral, and economic sciences, it is an important problem to predict which indivi...
We propose and analyze a mathematical model for the evolution of opinions on directed complex networ...
The density of never changed opinions during the Sznajd consensus-finding process decays with time ...
Based on the modification of the convergence parameter μ in the Weisbuch-Deffuant (WD) model, we in-...