We study the mechanism-design problem of guaranteeing desirable performances whenever agents are rational in the sense of not playing weakly dominated strategies. We first provide an upper bound for the best performance we can guarantee among all feasible mechanisms. We then prove the bound to be tight under certain conditions in auction and bilateral-trade applications. In particular, we find that a second-price auction is optimal in revenue with interdependent values, which is neither dominant-strategy nor ex post incentive compatible, but satisfies the novel incentive compatibility introduced in this analysis
Following Micali and Valiant [MV07.a], a mechanism is resilient if it achieves its objective without...
We put forward a new class of mechanisms. In this extended abstract, we exemplify our approach only ...
We study a mechanism design problem where an indivisible good is auctioned to multiple bidders, for ...
We study the mechanism-design problem of guaranteeing desirable performances whenever agents are rat...
Dominant-strategy truthfulness is traditionally considered the best possible solution concept in mec...
This paper studies mechanism design when agents are maxmin expected utility maximizers. A first resu...
The design of economic mechanisms, especially auctions, is an increasingly important part of the mod...
In settings of incomplete information, we put forward (1) a very conservative -- indeed, purely set-...
We put forward new benchmarks and solution concepts for Adversarial Mechanism Design, as defined by ...
Though some economic environments provide allocation rules that are implementable in dominant strate...
We put forward new benchmarks and solution concepts for Adversarial Mechanism Design, as defined by ...
This paper characterizes revenue maximizing auctions for a Önite horizon version of the standard IV ...
In auctions of a single good, the second-price mechanism achieves, in dominantstrategies, a revenue ...
We address robust mechanism design for bilateral trade of an indivisible commodity, under incomplete...
In mechanism design, the traditional way of modeling the players' incomplete information about their...
Following Micali and Valiant [MV07.a], a mechanism is resilient if it achieves its objective without...
We put forward a new class of mechanisms. In this extended abstract, we exemplify our approach only ...
We study a mechanism design problem where an indivisible good is auctioned to multiple bidders, for ...
We study the mechanism-design problem of guaranteeing desirable performances whenever agents are rat...
Dominant-strategy truthfulness is traditionally considered the best possible solution concept in mec...
This paper studies mechanism design when agents are maxmin expected utility maximizers. A first resu...
The design of economic mechanisms, especially auctions, is an increasingly important part of the mod...
In settings of incomplete information, we put forward (1) a very conservative -- indeed, purely set-...
We put forward new benchmarks and solution concepts for Adversarial Mechanism Design, as defined by ...
Though some economic environments provide allocation rules that are implementable in dominant strate...
We put forward new benchmarks and solution concepts for Adversarial Mechanism Design, as defined by ...
This paper characterizes revenue maximizing auctions for a Önite horizon version of the standard IV ...
In auctions of a single good, the second-price mechanism achieves, in dominantstrategies, a revenue ...
We address robust mechanism design for bilateral trade of an indivisible commodity, under incomplete...
In mechanism design, the traditional way of modeling the players' incomplete information about their...
Following Micali and Valiant [MV07.a], a mechanism is resilient if it achieves its objective without...
We put forward a new class of mechanisms. In this extended abstract, we exemplify our approach only ...
We study a mechanism design problem where an indivisible good is auctioned to multiple bidders, for ...