The MaxCut problem seeks to partition the vertices of a graph into two sets such that the weight of the edges joining those sets is maximized. The MaxCut problem has been of continued research interest and has developed an extensive literature. After reviewing of a small portion of that literature, this article discusses an approach to the solution of this problem based on a branch and bound algorithm composed with a divide and conquer preprocessing phase. Preliminary results are given and several directions for further research are outlined
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
International audienceLet G=(V,E) be an undirected connected graph. Let W be a subset of V, distinct...
International audienceLet G=(V,E) be an undirected connected graph. Let W be a subset of V, distinct...
In this paper we compare, from a practical point of view, approximation algorithms for the problem M...
Given a graph with non-negative edge weights, the MAXCUT problem is to partition the set of vertice...
We consider the problem of partitioning the vertices of a weighted graph into two sets of sizes that...
We present a method for finding exact solutions of Max-Cut, the prob-lem of finding a cut of maximum...
[[abstract]]The real-weight maximum cut of a planar graph is considered. Given an undirected planar ...
The max-cut problem is an NP-hard combinatorial optimization problem defined on undirected weighted ...
The complexity of the SIMPLE MAXCUT problem is investigated for several special classes of graphs. I...
AbstractWe consider the problem of partitioning the vertices of a weighted graph into two sets of si...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
International audienceLet G=(V,E) be an undirected connected graph. Let W be a subset of V, distinct...
International audienceLet G=(V,E) be an undirected connected graph. Let W be a subset of V, distinct...
In this paper we compare, from a practical point of view, approximation algorithms for the problem M...
Given a graph with non-negative edge weights, the MAXCUT problem is to partition the set of vertice...
We consider the problem of partitioning the vertices of a weighted graph into two sets of sizes that...
We present a method for finding exact solutions of Max-Cut, the prob-lem of finding a cut of maximum...
[[abstract]]The real-weight maximum cut of a planar graph is considered. Given an undirected planar ...
The max-cut problem is an NP-hard combinatorial optimization problem defined on undirected weighted ...
The complexity of the SIMPLE MAXCUT problem is investigated for several special classes of graphs. I...
AbstractWe consider the problem of partitioning the vertices of a weighted graph into two sets of si...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
We consider an extended version of the classical Max-k-Cut problem in which we additionally require ...
International audienceLet G=(V,E) be an undirected connected graph. Let W be a subset of V, distinct...
International audienceLet G=(V,E) be an undirected connected graph. Let W be a subset of V, distinct...