The minimum cost spanning tree game (mcst-game) is a well-known model within operations research games that has been widely studied in the literature. In this paper we introduce the multi-criteria version of the mcst-game as a set-valued TU-game. We prove that the extension of Bird's cost allocation rule provides dominance core elements in this game. We also give a family of core solutions that are different from the previous one; these solutions are based on proportional allocations obtained using scalar solutions of the multi-criteria spanning tree problem. Besides, we prove necessary and sufficient conditions ensuring that the preference core of this game is not empty
Various least core concepts including the classical least core of cooperative games are discussed. B...
It is a known result that for a minimum cost spanning tree (mcst) game a Core allocation can be dedu...
In this paper, we introduce minimum cost spanning tree problems with multiple sources. This new sett...
Minimum cost spanning tree problems are well known problems in the Operations Research literature. S...
We propose a new cost allocation rule for minimum cost spanning tree games. The new rule is a core ...
This paper deals with the problem of finding a way to distribute the cost of a minimum cost spanning...
The minimum-cost spanning tree game is a special class of cooperative games defined on a graph with ...
This paper discusses minimum cost spanning tree games and argues that the standard approach of using...
Minimum-cost spanning tree problems are well-known problems in the operations research literature. S...
We present a new model for cost sharing in minimum cost spanning tree problems, so that the planner ...
In this paper we present the Subtraction Algorithm that computes for every classical minimum cost sp...
We propose a new cost allocation rule for minimum cost spanning tree games. The new rule is a core s...
A new way is presented to define for minimum cost spanning tree (mcst-) games the irreducible core, ...
A new way is presented to define for minimum cost spanning tree (mcst) games the irreducible core, w...
The aim of this paper is to introduce and axiomatically characterize the P-value as a rule to solve ...
Various least core concepts including the classical least core of cooperative games are discussed. B...
It is a known result that for a minimum cost spanning tree (mcst) game a Core allocation can be dedu...
In this paper, we introduce minimum cost spanning tree problems with multiple sources. This new sett...
Minimum cost spanning tree problems are well known problems in the Operations Research literature. S...
We propose a new cost allocation rule for minimum cost spanning tree games. The new rule is a core ...
This paper deals with the problem of finding a way to distribute the cost of a minimum cost spanning...
The minimum-cost spanning tree game is a special class of cooperative games defined on a graph with ...
This paper discusses minimum cost spanning tree games and argues that the standard approach of using...
Minimum-cost spanning tree problems are well-known problems in the operations research literature. S...
We present a new model for cost sharing in minimum cost spanning tree problems, so that the planner ...
In this paper we present the Subtraction Algorithm that computes for every classical minimum cost sp...
We propose a new cost allocation rule for minimum cost spanning tree games. The new rule is a core s...
A new way is presented to define for minimum cost spanning tree (mcst-) games the irreducible core, ...
A new way is presented to define for minimum cost spanning tree (mcst) games the irreducible core, w...
The aim of this paper is to introduce and axiomatically characterize the P-value as a rule to solve ...
Various least core concepts including the classical least core of cooperative games are discussed. B...
It is a known result that for a minimum cost spanning tree (mcst) game a Core allocation can be dedu...
In this paper, we introduce minimum cost spanning tree problems with multiple sources. This new sett...