We study dynamic network games with two types of players (i.e., heterogeneous players) characterized by their different intrinsic preferences. Instead of calculating the Nash equilibrium, we focus on the asymptotic behavior of an asynchronous best response dynamics. We develop a dynamic approach...

We consider a network game based on matching pennies with two types of agents, conformists and rebels. Conformists prefer to match the action taken by the majority of her neighbors while rebels like to match the minority. We investigate the simultaneous best response dynamic focusing on the...

We analyze the evolution of fashion based on a network game model. Each agent in this model is either a conformist or a rebel. A conformist prefers to take the action most common among her neighboring agents, whereas a rebel prefers the opposite. When there is only one type of agent, the model...