We analyze the determinants of tacit collusion in an infinitely repeated contest with noise in the contest success function. Sustaining collusion via Nash reversion strategies is easier the more noise there is, and is more difficult the larger is the contest's prize value. An increase in the...

This paper analyzes the ability of group members to cooperate in rent-seeking in a context of between-group competition. For this purpose, we develop an infinitely repeated rent-seeking model with two groups where within-group cooperation is supported through the use of a double-edged trigger...

We consider a general class of imperfectly discriminating contests with privately informed players. We show that findings by Athey (2001) imply the existence of a Bayesian Nash equilibrium in monotone pure strategies.

We present a general model of two players contest with two types of efforts. Contrary to the classical models of contest, where each player chooses a unique effort, and where the outcome depends on the efforts of all the players, contestants are allowed to reduce the effort of the opponent....

We consider a general class of imperfectly discriminating contests with privately informed players. We show that findings by Athey (2001) imply the existence of a Bayesian Nash equilibrium in monotone pure strategies.

We consider contestants who must choose exactly one contest, out of several, to participate in. We show that when the contest technology is of a certain type, or when the number of contestants is large, a self-allocation equilibrium, i.e., one where no contestant would wish to change his choice...

I develop a game theoretic model where players use two different reasoning processes in strategic situations: cooperative and competitive. Players always consider cooperating at first: if they believe others will cooperate with enough probability, they will do so; otherwise they behave...

In a multi-project contract environment with a single agent who is subject to limited liability, the optimality of performance bundling across all projects is well established: The agent should be rewarded only if all projects are successful. In this paper, we study performance bundling across...

The purpose of this paper is to propose a symmetric two player general contest model in order to study the relationship between equilibria and crucial structural parameters of the model. In particular, given a general specification of the players' set of possible entries, of the agents' utility...

We compare two contest. Decentralized in which there are several independent contests with non overlapping contestants and Centralized in which all contestants fight for a unique prize which is the sum of all prizes in the small contests. We study the relationship between payoffs and efforts...