We show that the optimal prize structure of symmetric n-player Tullock tournaments assigns the entire prize pool to the winner, provided that a symmetric pure strategy equilibrium exists. If such an equilibrium fails to exist under the winner-take-all structure, we construct the optimal prize structure which improves existence conditions by dampening efforts. If no such optimal equilibrium exists, no symmetric pure strategy equilibrium induces positive efforts
We study a round-robin tournament with n symmetric players where in each of the n-1 stages each of t...
It is shown that the equilibrium in the asymmetric Tullock contest is unique for parameter values r ...
We show how symmetric equilibria emerge in general two-player contests in which skill and effort ar...
We show that the optimal prize structure of symmetric n-player Tullock tournaments assigns the entir...
We show that the optimal prize structure of symmetric n-player Tullock tournaments assigns the entir...
We consider the design of contests for n agents when the principal can choose both the prize profile...
We find the sufficient conditions for the existence of multiple equilibria in Tullock-type contests,...
We construct a generalized Tullock contest under complete information where contingent upon winning ...
We construct a generalized Tullock contest under complete information where contingent upon winning ...
We consider a variant of the Tullock rent-seeking contest. Under symmetric information we determine ...
I present a two-player nested contest which is a convex combination of two widely studied contests: ...
We study Tullock's (1980) n-player contest when each player has an independent probability 0 < p 2 i...
We consider the design of contests when the principal can choose both the prize profile and how the ...
We show that under standard assumptions a Tullock contest with asymmetric information has a pure st...
We construct a generalized Tullock contest under complete information where contingent upon winning...
We study a round-robin tournament with n symmetric players where in each of the n-1 stages each of t...
It is shown that the equilibrium in the asymmetric Tullock contest is unique for parameter values r ...
We show how symmetric equilibria emerge in general two-player contests in which skill and effort ar...
We show that the optimal prize structure of symmetric n-player Tullock tournaments assigns the entir...
We show that the optimal prize structure of symmetric n-player Tullock tournaments assigns the entir...
We consider the design of contests for n agents when the principal can choose both the prize profile...
We find the sufficient conditions for the existence of multiple equilibria in Tullock-type contests,...
We construct a generalized Tullock contest under complete information where contingent upon winning ...
We construct a generalized Tullock contest under complete information where contingent upon winning ...
We consider a variant of the Tullock rent-seeking contest. Under symmetric information we determine ...
I present a two-player nested contest which is a convex combination of two widely studied contests: ...
We study Tullock's (1980) n-player contest when each player has an independent probability 0 < p 2 i...
We consider the design of contests when the principal can choose both the prize profile and how the ...
We show that under standard assumptions a Tullock contest with asymmetric information has a pure st...
We construct a generalized Tullock contest under complete information where contingent upon winning...
We study a round-robin tournament with n symmetric players where in each of the n-1 stages each of t...
It is shown that the equilibrium in the asymmetric Tullock contest is unique for parameter values r ...
We show how symmetric equilibria emerge in general two-player contests in which skill and effort ar...