We describe a 3-person, 2-cut envy-free cake-cutting algorithm, inspired by a continuous moving-knife procedure, that does not require that the players continuously move knifes across the cake. By having the players submit their value functions over the cake to a referee—rather than move knives according to these functions—the referee can ensure that the division is not only envy-free but also maximin. In addition, the referee can use the value functions to find a maximally equitable division, whereby the players receive equally valued shares that are maximal, but this allocation may not be envy-free
When dividing a valuable resource amongst a group of players, it is desirable to have each player be...
Abstract. Fair allocation of goods or resources among various agents is a cen-tral task in multiagen...
For the cake-cutting problem, Alijani, et al. [2, 30] and Asano and Umeda [3, 4] gave envy-free and ...
We describe a 3-person, 2-cut envy-free cake-cutting algorithm, inspired by a continuous moving-knif...
A cake is a metaphor for a heterogeneous, divisible good. When two players divide such a good, ther...
Procedures to divide a cake among n people with n-1 cuts (the minimum number) are analyzed and compa...
A cake is a metaphor for a heterogeneous, divisible good, such as land. A perfect division of cake ...
We analyze a class of proportional cake-cutting algorithms that use a minimal number of cuts (n-1 if...
The mechanism for the cake-cutting problem based on the expansion process with unlocking proposed by...
We introduce a generalized cake-cutting problem in which we seek to divide multiple cakes so that tw...
Procedures to divide a cake among n people with n-1 cuts (the minimum number) are analyzed and compa...
Properties of discrete cake-cutting procedures that use a minimal number of cuts (n-1 if there are n...
Barbanel, Brams, and Stromquist (2009) asked whether there exists a two-person moving-knife procedur...
We develop the first explicit procedures for exact envy-free chore division for 4 or more players. W...
In this article we explore the problem of chore division, which is closely related to a classical qu...
When dividing a valuable resource amongst a group of players, it is desirable to have each player be...
Abstract. Fair allocation of goods or resources among various agents is a cen-tral task in multiagen...
For the cake-cutting problem, Alijani, et al. [2, 30] and Asano and Umeda [3, 4] gave envy-free and ...
We describe a 3-person, 2-cut envy-free cake-cutting algorithm, inspired by a continuous moving-knif...
A cake is a metaphor for a heterogeneous, divisible good. When two players divide such a good, ther...
Procedures to divide a cake among n people with n-1 cuts (the minimum number) are analyzed and compa...
A cake is a metaphor for a heterogeneous, divisible good, such as land. A perfect division of cake ...
We analyze a class of proportional cake-cutting algorithms that use a minimal number of cuts (n-1 if...
The mechanism for the cake-cutting problem based on the expansion process with unlocking proposed by...
We introduce a generalized cake-cutting problem in which we seek to divide multiple cakes so that tw...
Procedures to divide a cake among n people with n-1 cuts (the minimum number) are analyzed and compa...
Properties of discrete cake-cutting procedures that use a minimal number of cuts (n-1 if there are n...
Barbanel, Brams, and Stromquist (2009) asked whether there exists a two-person moving-knife procedur...
We develop the first explicit procedures for exact envy-free chore division for 4 or more players. W...
In this article we explore the problem of chore division, which is closely related to a classical qu...
When dividing a valuable resource amongst a group of players, it is desirable to have each player be...
Abstract. Fair allocation of goods or resources among various agents is a cen-tral task in multiagen...
For the cake-cutting problem, Alijani, et al. [2, 30] and Asano and Umeda [3, 4] gave envy-free and ...