ABSTRACT The purpose of the matching interdiction problem in the weighted graph G is to find a subset of vertices VR * such that the weight of the maximum matching in the graph]\ [ *RVG is minimized. According to the maximum matching in G, an approximate solution, denoted by R, for this problem is presented. Suppose that)(Gv is the weight of the maximum matching in G. In this paper, we consider dendrimers as graphs such that the weights of edges are the bond lengths. We obtain the maximum matching in some types of dendrimers. Then, we compute the value of]))\[()((]))\[()( ( * RVGvGvRVGvGv for them. It is shown that this ratio in these classes of dendrimers is equal to the maximum value
A new approximation algorithm for maximum weighted matching in general edge-weighted graphs is prese...
AbstractPractical questions arising from (for instance) biological applications can often be express...
We consider the problem of designing efficient algorithms for computing certain matchings in a bipar...
AbstractWe introduce two interdiction problems involving matchings, one dealing with edge removals a...
. A new approximation algorithm for maximum weighted matching in general edge-weighted graphs is pre...
We revisit the classical maximum weight matching problem in general graphs with nonnegative integral...
Given a weighted simple graph, the minimum weighted maximal matching (MWMM) problem is the problem o...
Abstract. In this paper, we present fast and fully distributed algorithms for matching in weighted t...
In a graph G a matching is a set of edges in which no two edges have a common endpoint. An induced m...
Given a weighted simple graph, the minimum weighted maximal matching (MWMM) problem is the problem o...
Given a graph G = (V; E) and a real weight for each vertex of G, the vertex-weight of a matching is ...
Given a set of nodes and edges between them, what’s the maximum of number of disjoint edges? This pr...
The problem of computing a matching of maximum weight in a given edge-weighted graph is not known to...
Matching is a set of edges in a graph which each of the edge does not share a common vertex. Maximum...
International audiencePractical questions arising from (for instance) biological applications can of...
A new approximation algorithm for maximum weighted matching in general edge-weighted graphs is prese...
AbstractPractical questions arising from (for instance) biological applications can often be express...
We consider the problem of designing efficient algorithms for computing certain matchings in a bipar...
AbstractWe introduce two interdiction problems involving matchings, one dealing with edge removals a...
. A new approximation algorithm for maximum weighted matching in general edge-weighted graphs is pre...
We revisit the classical maximum weight matching problem in general graphs with nonnegative integral...
Given a weighted simple graph, the minimum weighted maximal matching (MWMM) problem is the problem o...
Abstract. In this paper, we present fast and fully distributed algorithms for matching in weighted t...
In a graph G a matching is a set of edges in which no two edges have a common endpoint. An induced m...
Given a weighted simple graph, the minimum weighted maximal matching (MWMM) problem is the problem o...
Given a graph G = (V; E) and a real weight for each vertex of G, the vertex-weight of a matching is ...
Given a set of nodes and edges between them, what’s the maximum of number of disjoint edges? This pr...
The problem of computing a matching of maximum weight in a given edge-weighted graph is not known to...
Matching is a set of edges in a graph which each of the edge does not share a common vertex. Maximum...
International audiencePractical questions arising from (for instance) biological applications can of...
A new approximation algorithm for maximum weighted matching in general edge-weighted graphs is prese...
AbstractPractical questions arising from (for instance) biological applications can often be express...
We consider the problem of designing efficient algorithms for computing certain matchings in a bipar...