We show that under standard assumptions a Tullock contest with asymmetric information has a pure strategy Bayesian equilibrium. Moreover, two-player common-value Tullock contests in which one of the players has an information advantage have a unique equilibrium. In equilibrium both players exert the same expected effort, and although the player with information advantage wins the prize with probability less than one-half, his payoff is greater or equal to that of his opponent. In common-value Tullock contests with more players any information advantage is rewarded, but the other properties of two players contests do not holdMoreno gratefully acknowledges financial support from the Ministerio de Ciencia e Innovación, grant ECO2011-297...
We explore the relationship between the choice of the strategy space and outcomes in Tullock contest...
It is shown that the equilibrium in the asymmetric two-player Tullock contest is unique for paramete...
We find the sufficient conditions for the existence of multiple equilibria in Tullock-type contests,...
We show that under standard assumptions a Tullock contest with asymmetric information has a pure st...
We show that under standard assumptions a Tullock contest with asymmetric information has a pure str...
Under standard assumptions about players’ cost functions, we show that a Tullock contest with asymme...
We study the effect of changes of players' information on the equilibrium efforts and payoffs of Tul...
We show that in a common-value classic Tullock contests with incomplete information a player's infor...
In Tullock contests in which the common value of the prize is uncertain, information advantages are ...
We study the continuity and robustness of the Bayesian equilibria of Tullock contests with incomplet...
We construct a generalized Tullock contest under complete information where contingent upon winning...
We study how changes in the information available to the players of a symmetric common-value Tulloc...
We construct a generalized Tullock contest under complete information where contingent upon winning ...
We consider a symmetric two-player common-value setting where each player gets a private signal abou...
Consider a symmetric common-value Tullock contest with incomplete information in which the players'...
We explore the relationship between the choice of the strategy space and outcomes in Tullock contest...
It is shown that the equilibrium in the asymmetric two-player Tullock contest is unique for paramete...
We find the sufficient conditions for the existence of multiple equilibria in Tullock-type contests,...
We show that under standard assumptions a Tullock contest with asymmetric information has a pure st...
We show that under standard assumptions a Tullock contest with asymmetric information has a pure str...
Under standard assumptions about players’ cost functions, we show that a Tullock contest with asymme...
We study the effect of changes of players' information on the equilibrium efforts and payoffs of Tul...
We show that in a common-value classic Tullock contests with incomplete information a player's infor...
In Tullock contests in which the common value of the prize is uncertain, information advantages are ...
We study the continuity and robustness of the Bayesian equilibria of Tullock contests with incomplet...
We construct a generalized Tullock contest under complete information where contingent upon winning...
We study how changes in the information available to the players of a symmetric common-value Tulloc...
We construct a generalized Tullock contest under complete information where contingent upon winning ...
We consider a symmetric two-player common-value setting where each player gets a private signal abou...
Consider a symmetric common-value Tullock contest with incomplete information in which the players'...
We explore the relationship between the choice of the strategy space and outcomes in Tullock contest...
It is shown that the equilibrium in the asymmetric two-player Tullock contest is unique for paramete...
We find the sufficient conditions for the existence of multiple equilibria in Tullock-type contests,...