We study the sale of an indivisible good to liquidity constrained buyers: they cannot pay more than their “budget” regardless of their valuation. Both valuation and budget are private information. We derive the symmetric revenue maximizing and constrained efficient auctions in this setting. We show an implementation via a modified all-pay auction. The highest bidder need not win the good outright, or, stated differently, the auction has “pooling,” despite the usual regularity conditions. Subsidizing low budget buyers cannot increase revenue. From a technical standpoint, we contribute to auction design with multidimensional private information by working directly with reduced-form allocation rules
We study the problem of optimal auction design in a valuation model, explicitly motivated by online ...
<p>We design algorithms for markets consisting of multiple items, and agents with budget constraints...
We study auctions with severe bounds on the communication allowed: each bidder may only transmit t b...
We consider an environment where potential buyers of an indi- visible good have liquidity constraint...
We consider an environment with a single divisible good and two bidders. The valuations of the bidde...
We study the problem of maximizing revenue for auctions with multiple units of a good where bidders ...
We analyze the situation where a monopolist is selling an indivisible good to risk neutral buyers wh...
We study an auction that maximizes the expected social surplus under an upper-bound constraint on th...
We consider the problem of revenue maximization on multi‐unit auctions where items are distinguishe...
We analyze a situation where a monopolist is selling an indivisible good to risk neutral buyers who ...
I study a principal’s optimal choice of constraint for an agent participating in an auction (or auct...
We study a fundamental problem in micro economics called optimal auction design: A seller wishes to ...
This paper finds an optimal mechanism for selling an indivisible good to consumers who may be budget...
I study a budget-constrained, private-valuation, sealed-bid sequential auction with two incompletely...
We construct optimal auctions when bidders face financial externalities.In a Coasean World, in which...
We study the problem of optimal auction design in a valuation model, explicitly motivated by online ...
<p>We design algorithms for markets consisting of multiple items, and agents with budget constraints...
We study auctions with severe bounds on the communication allowed: each bidder may only transmit t b...
We consider an environment where potential buyers of an indi- visible good have liquidity constraint...
We consider an environment with a single divisible good and two bidders. The valuations of the bidde...
We study the problem of maximizing revenue for auctions with multiple units of a good where bidders ...
We analyze the situation where a monopolist is selling an indivisible good to risk neutral buyers wh...
We study an auction that maximizes the expected social surplus under an upper-bound constraint on th...
We consider the problem of revenue maximization on multi‐unit auctions where items are distinguishe...
We analyze a situation where a monopolist is selling an indivisible good to risk neutral buyers who ...
I study a principal’s optimal choice of constraint for an agent participating in an auction (or auct...
We study a fundamental problem in micro economics called optimal auction design: A seller wishes to ...
This paper finds an optimal mechanism for selling an indivisible good to consumers who may be budget...
I study a budget-constrained, private-valuation, sealed-bid sequential auction with two incompletely...
We construct optimal auctions when bidders face financial externalities.In a Coasean World, in which...
We study the problem of optimal auction design in a valuation model, explicitly motivated by online ...
<p>We design algorithms for markets consisting of multiple items, and agents with budget constraints...
We study auctions with severe bounds on the communication allowed: each bidder may only transmit t b...