We propose a pseudo-market mechanism for no-monetary-transfer allocation of indivisible objects based on priorities such as those in school choice. Agents are given token money, face priority-specific prices, and buy utility-maximizing random assignments. The mechanism is asymptotically incentive compatible, and the resulting assignments are fair and constrained Pareto efficient. Aanund Hylland & Richard Zeckhauser (1979)'s position-allocation problem is a special case of our framework, and our results on incentives and fairness are also new in their classical setting
© 2015 Elsevier B.V. We allocate agents to three kinds of hierarchical positions: top, medium, and l...
We allocate agents to three kinds of hierarchical positions: top, medium, and low. No monetary trans...
International audienceWe investigate the problem of reallocation with priorities where one has to as...
We propose a pseudo-market mechanism for no-monetary-transfer allocation of indivisible objects base...
We propose a pseudo-market mechanism for no-monetary-transfer allocation of indivisible objects base...
We propose a pseudo-market mechanism for no-transfer allocation of indivisible ob-jects that honors ...
I study large random assignment economies with a continuum of agents and a finite number of object t...
I study large random assignment economies with a continuum of agents and a \u85nite number of object...
We study the assignment of objects in environments without transfers allowing for single-unit and ge...
The random priority (random serial dictatorship) mechanism is a common method for assigning objects ...
This dissertation studies the problem of allocating heterogeneous indivisible goods to agents withou...
Efficiency and symmetric treatment of agents are the primary goals of resource allocation in environ...
We evaluate the goal of maximizing the number of individually rational assignments. We show that it...
We show that every (random) assignment/allocation without transfers can be considered as a market ou...
We study random assignment economies with expected-utility agents, each of them eventually obtaining...
© 2015 Elsevier B.V. We allocate agents to three kinds of hierarchical positions: top, medium, and l...
We allocate agents to three kinds of hierarchical positions: top, medium, and low. No monetary trans...
International audienceWe investigate the problem of reallocation with priorities where one has to as...
We propose a pseudo-market mechanism for no-monetary-transfer allocation of indivisible objects base...
We propose a pseudo-market mechanism for no-monetary-transfer allocation of indivisible objects base...
We propose a pseudo-market mechanism for no-transfer allocation of indivisible ob-jects that honors ...
I study large random assignment economies with a continuum of agents and a finite number of object t...
I study large random assignment economies with a continuum of agents and a \u85nite number of object...
We study the assignment of objects in environments without transfers allowing for single-unit and ge...
The random priority (random serial dictatorship) mechanism is a common method for assigning objects ...
This dissertation studies the problem of allocating heterogeneous indivisible goods to agents withou...
Efficiency and symmetric treatment of agents are the primary goals of resource allocation in environ...
We evaluate the goal of maximizing the number of individually rational assignments. We show that it...
We show that every (random) assignment/allocation without transfers can be considered as a market ou...
We study random assignment economies with expected-utility agents, each of them eventually obtaining...
© 2015 Elsevier B.V. We allocate agents to three kinds of hierarchical positions: top, medium, and l...
We allocate agents to three kinds of hierarchical positions: top, medium, and low. No monetary trans...
International audienceWe investigate the problem of reallocation with priorities where one has to as...