This paper studies equilibrium behavior in a class of games that models asymmetric multiprize competitions in which players ’ costs are not necessarily strictly decreasing. Such costs accommodate head starts, which capture incumbency advantages, prior investments, and technological differences. I provide an algorithm that constructs the unique equilib-rium in which players do not choose weakly-dominated strategies, and apply it to study multiprize all-pay auctions with head starts. A comparison to the standard all-pay auction shows that the strategic effects of head starts differ substantially from those of differing valuations
Contests are economic or social interactions in which two or more players expend costly resources in...
We consider a two-player all-pay auction with symmetric independent private values that are uniforml...
We study asymmetric all-pay auctions with multiple objects where players’ values for the objects are...
The present paper analyzes a general class of first-price all-pay auctions where two players have di...
Perfectly discriminating contests (or all pay auction) are widely used as a model of situations wher...
We study equilibrium in a multistage race in which players compete in a sequence of simultaneous mov...
Perfectly discriminating contests (all pay auctions) are widely used as a model of situations where ...
We investigate a model of a series of contests in which a contestant's past and present success give...
In contest settings, heterogeneity between contestants generally leads to low effort provision, and ...
This paper examines the perfectly discriminating contest (all-pay auction) with two asymmetric playe...
We study N-bidders, asymmetric all-pay auctions under incomplete information. First, we solve for th...
We study N-bidders, asymmetric all-pay auctions under incomplete information. First, we solve for th...
We study tournaments with many ex-ante asymmetric (heterogeneous) contestants as an independent-priv...
This paper studies complete-information, all-pay contests with asymmetric players competing for hete...
We study tournaments with many ex-ante asymmetric contestants, whose valuations for the prize are in...
Contests are economic or social interactions in which two or more players expend costly resources in...
We consider a two-player all-pay auction with symmetric independent private values that are uniforml...
We study asymmetric all-pay auctions with multiple objects where players’ values for the objects are...
The present paper analyzes a general class of first-price all-pay auctions where two players have di...
Perfectly discriminating contests (or all pay auction) are widely used as a model of situations wher...
We study equilibrium in a multistage race in which players compete in a sequence of simultaneous mov...
Perfectly discriminating contests (all pay auctions) are widely used as a model of situations where ...
We investigate a model of a series of contests in which a contestant's past and present success give...
In contest settings, heterogeneity between contestants generally leads to low effort provision, and ...
This paper examines the perfectly discriminating contest (all-pay auction) with two asymmetric playe...
We study N-bidders, asymmetric all-pay auctions under incomplete information. First, we solve for th...
We study N-bidders, asymmetric all-pay auctions under incomplete information. First, we solve for th...
We study tournaments with many ex-ante asymmetric (heterogeneous) contestants as an independent-priv...
This paper studies complete-information, all-pay contests with asymmetric players competing for hete...
We study tournaments with many ex-ante asymmetric contestants, whose valuations for the prize are in...
Contests are economic or social interactions in which two or more players expend costly resources in...
We consider a two-player all-pay auction with symmetric independent private values that are uniforml...
We study asymmetric all-pay auctions with multiple objects where players’ values for the objects are...