We describe non-cooperative game models and discuss game theoretic solution<br/>concepts. Some applications are also noted. Conventional theory focuses on the<br/>question ‘how will rational players play?’, and has the Nash equilibrium at its core.<br/>We discuss this concept and its interpretations, as...

It is shown that in team games, i.e. in games in which all players have the same payoff function, the risk-dominant equilibrium may differ from the Pareto dominant one.

Suppose two parties have to share a surplus of random size.Each of the two can either commit to a demand prior to the realization of the surplus - as in the Nash demand game with noise - or remain silent and wait until the surplus was publicly observed.Adding the strategy to wait to the noisy...

In this paper we review, and draw some lessons from, the UMTS-auctions that have taken place in Europe during 2000 and 2001.We address several design issues and, in particular, focus attention on asymmetries between the bidders and on possibilities for collusion.An outlook is provided to several...

This paper surveys some recent developments in (non-cooperative) game theory and provides an outlook on the near future of that theory. In particular, attention is focused on the limitations inherent in normative game theory and on attempts to construct a behavioral version of the theory that...

We consider a linear quantity setting duopoly game and analyze which of the players will commit when both players have the possibility to do so.To that end, we study a 2-stage game in which each player can either commit to a quantity in stage 1 or wait till stage 2.We show that committing is...

Bergin and Lipman (1996) show that the refinement effect from the random mutations in the adaptive population dynamics in Kandori, Mailath and Rob (1993) and Young (1993) is due to restrictions on how these mutation rates vary across population states. We here model mutation rates as...