Abstract This paper extends the two-way flow model of network formation initiated by Bala and Goyal (Econometrica 68(5):1181–1230, 2000) by allowing for partner heterogeneity. In our model if a player i forms a link with player j, then she pays a cost of c j and gets benefits of Vj. Our main result consists of the characterization of strict Nash networks. We find that the introduction of partner heterogeneity plays a major role in dramatically increasing the set of strict Nash equilibria. This result differs substantially from what Galeotti et al. (Games Econ Behav 54(2):353–372, 2006) find in the two-way flow connections model of network formation with player heterogeneity
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player hete...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player hete...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player h...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player h...
This paper brings together analyses of Strict Nash networks under exclusive player heterogeneity a...
Working paper GATE 2011-08This paper introduces a partner heterogeneity assumption in the one-way fl...
Working paper GATE 2011-08This paper introduces a partner heterogeneity assumption in the one-way fl...
This paper brings together analyses of Strict Nash networks under exclusive player heterogeneity a...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player hete...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player hete...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player h...
This paper brings together analyses of two-way flow Strict Nash networks under exclusive player h...
This paper brings together analyses of Strict Nash networks under exclusive player heterogeneity a...
Working paper GATE 2011-08This paper introduces a partner heterogeneity assumption in the one-way fl...
Working paper GATE 2011-08This paper introduces a partner heterogeneity assumption in the one-way fl...
This paper brings together analyses of Strict Nash networks under exclusive player heterogeneity a...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...
International audienceIn this paper, we pursue the line of research initiated by Haller and Sarangi ...