In this paper we consider spanning tree problems, where n players want to be con-nected to a source as cheap as possible. We introduce and analyze (n!) vertex oriented construct and charge procedures for such spanning tree situations leading in n steps to a minimum cost spanning tree and a cost sharing where each player pays the edge which he chooses in the procedure. The main result of the paper is that the average of the n! cost sharings provided by our procedure is equal to the P-value for minimum cost spanning tree situations introduced and characterized by Branzei et al. (2004). As a side product, we find a new method, the vertex oriented procedure, to construct minimum cost spanning trees
A review of continuous cost sharing solutions for the minimum cost spanning tree problem is proposed...
Minimum cost spanning extension problems are generalizations of minimum cost spanning tree problems ...
A minimum cost spanning tree problem analyzes the way to efficiently connect individuals to a source...
In this paper we consider spanning tree problems, where n players want to be connected to a source a...
Abstract: In this paper two cost sharing solutions for minimum cost spanning tree problems are intro...
In this paper two cost sharing solutions for minimum cost spanning tree problems are introduced, the...
AbstractBoruvka’s algorithm, which computes a minimum cost spanning tree, is used to define a rule t...
AbstractThe minimum spanning tree problem is a classical and well-known combinatorial optimization p...
Given an undirected graph with nonnegative costs on the edges, the routing cost of any of its spanni...
A minimum cost spanning tree problem analyzes how to efficiently connect a group of individuals to a...
Given an undirected graph with nonnegative costs on the edges, the routing cost of any of its spanni...
We consider minimum cost spanning tree problems with multiple sources. We propose a cost allocation ...
The aim of this paper is to introduce and axiomatically characterize the P-value as a rule to solve ...
The minimum-cost spanning tree game is a special class of cooperative games defined on a graph with ...
Minimum-cost spanning tree problems are well-known problems in the operations research literature. S...
A review of continuous cost sharing solutions for the minimum cost spanning tree problem is proposed...
Minimum cost spanning extension problems are generalizations of minimum cost spanning tree problems ...
A minimum cost spanning tree problem analyzes the way to efficiently connect individuals to a source...
In this paper we consider spanning tree problems, where n players want to be connected to a source a...
Abstract: In this paper two cost sharing solutions for minimum cost spanning tree problems are intro...
In this paper two cost sharing solutions for minimum cost spanning tree problems are introduced, the...
AbstractBoruvka’s algorithm, which computes a minimum cost spanning tree, is used to define a rule t...
AbstractThe minimum spanning tree problem is a classical and well-known combinatorial optimization p...
Given an undirected graph with nonnegative costs on the edges, the routing cost of any of its spanni...
A minimum cost spanning tree problem analyzes how to efficiently connect a group of individuals to a...
Given an undirected graph with nonnegative costs on the edges, the routing cost of any of its spanni...
We consider minimum cost spanning tree problems with multiple sources. We propose a cost allocation ...
The aim of this paper is to introduce and axiomatically characterize the P-value as a rule to solve ...
The minimum-cost spanning tree game is a special class of cooperative games defined on a graph with ...
Minimum-cost spanning tree problems are well-known problems in the operations research literature. S...
A review of continuous cost sharing solutions for the minimum cost spanning tree problem is proposed...
Minimum cost spanning extension problems are generalizations of minimum cost spanning tree problems ...
A minimum cost spanning tree problem analyzes the way to efficiently connect individuals to a source...