We analyze a simple sequential algorithm (SA) for allocating indivisible items that are strictly ranked by n ≥ 2 players. It yields at least one Pareto-optimal allocation which, when n = 2, is envy-free unless no envy-free allocation exists. However, an SA allocation may not be maximin or Borda maximin—maximize the minimum rank, or the Borda score—of the items received by a player. Although SA is potentially vulnerable to manipulation, it would be difficult to manipulate in the absence of one player’s having complete information about the other players’ preferences. We discuss the applicability of SA, such as in assigning people to committees or allocating marital property in a divorce
The problem of allocating divisible goods has enjoyed a lot of attention in both mathematics (e.g. t...
We consider the task of assigning indivisible goods to a set of agents in a fair manner. Our notion ...
We study the problem of fair allocation of M indivisible items among N agents using the popular noti...
We analyze a simple sequential algorithm (SA) for allocating indivisible items that are strictly ran...
2 We analyze a sequential algorithm (SA) for allocating indivisible items that are strictly ranked b...
Assume that two players have strict rankings over an even number of indivisible items. We propose a...
Many procedures have been suggested for the venerable problem of dividing a set of indivisible items...
We propose a procedure for dividing indivisible items between two players in which each player ranks...
Two or more players rank a set of indivisible items from best to worst. An efficient allocation of i...
Abstract We propose a procedure for dividing a set of indivisible items between two players. We assu...
We consider the allocation of a finite number of homogeneous divisible items among three players. Un...
We develop a procedure for implementing an efficient and envy-free allocation of m objects among n i...
A collection of objects, some of which are good and some are bad, is to be divided fairly among agen...
2 We propose a procedure for dividing indivisible items between two players in which each player ran...
We develop a procedure for implementing an efficient and envy-free allocation of m objects among n i...
The problem of allocating divisible goods has enjoyed a lot of attention in both mathematics (e.g. t...
We consider the task of assigning indivisible goods to a set of agents in a fair manner. Our notion ...
We study the problem of fair allocation of M indivisible items among N agents using the popular noti...
We analyze a simple sequential algorithm (SA) for allocating indivisible items that are strictly ran...
2 We analyze a sequential algorithm (SA) for allocating indivisible items that are strictly ranked b...
Assume that two players have strict rankings over an even number of indivisible items. We propose a...
Many procedures have been suggested for the venerable problem of dividing a set of indivisible items...
We propose a procedure for dividing indivisible items between two players in which each player ranks...
Two or more players rank a set of indivisible items from best to worst. An efficient allocation of i...
Abstract We propose a procedure for dividing a set of indivisible items between two players. We assu...
We consider the allocation of a finite number of homogeneous divisible items among three players. Un...
We develop a procedure for implementing an efficient and envy-free allocation of m objects among n i...
A collection of objects, some of which are good and some are bad, is to be divided fairly among agen...
2 We propose a procedure for dividing indivisible items between two players in which each player ran...
We develop a procedure for implementing an efficient and envy-free allocation of m objects among n i...
The problem of allocating divisible goods has enjoyed a lot of attention in both mathematics (e.g. t...
We consider the task of assigning indivisible goods to a set of agents in a fair manner. Our notion ...
We study the problem of fair allocation of M indivisible items among N agents using the popular noti...