An induced matching of a graph G is a matching having no two edges joined by an edge. An efficient edge dominating set of G is an induced matching M such that every other edge of G is adjacent to some edge in M. We relate maximum induced matchings and efficient edge dominating sets, showing that efficient edge dominating sets are maximum induced matchings, and that maximum induced matchings on regular graphs with efficient edge dominating sets are efficient edge dominating sets. A necessary condition for the existence of efficient edge dominating sets in terms of spectra of graphs is established. We also prove that, for arbitrary fixed p 3, deciding on the existence of efficient edge dominating sets on p-regular graphs is NP-complet
A matching M is a dominating induced matching of a graph if every edge is either in M or has a commo...
An induced matching M in a graph G is dominating if every edge not in M shares exactly one vertex wi...
AbstractA matching in a graph is a set of edges no two of which share a common vertex. A matching M ...
AbstractAn induced matching of a graph G is a matching having no two edges joined by an edge. An eff...
An induced matching of a graph G is a matching having no two edges joined by an edge. An efficient e...
AbstractAn induced matching of a graph G is a matching having no two edges joined by an edge. An eff...
We study the problem of determining whether or not a graph G has an induced matching that dominates ...
AbstractThe dominating induced matching problem, also known as efficient edge domination, is the pro...
Say that an edge of a graph G dominates itself and every other edge sharing a vertex of it. An edge ...
The dominating induced matching problem, also known as efficient edge domination, is the problem of ...
The DOMINATING INDUCED MATCHING problem, also known as EFFICIENT EDGE DOMINATION, is the problem of ...
AbstractThe dominating induced matching problem, also known as efficient edge domination, is the pro...
The dominating induced matching problem, also known as efficient edge domination, is the problem of ...
The paper begins with a new characterization of (k,τ)-regular sets. Then, using this result as well...
We study the problem of determining whether a graph G has an induced matching that dominates every e...
A matching M is a dominating induced matching of a graph if every edge is either in M or has a commo...
An induced matching M in a graph G is dominating if every edge not in M shares exactly one vertex wi...
AbstractA matching in a graph is a set of edges no two of which share a common vertex. A matching M ...
AbstractAn induced matching of a graph G is a matching having no two edges joined by an edge. An eff...
An induced matching of a graph G is a matching having no two edges joined by an edge. An efficient e...
AbstractAn induced matching of a graph G is a matching having no two edges joined by an edge. An eff...
We study the problem of determining whether or not a graph G has an induced matching that dominates ...
AbstractThe dominating induced matching problem, also known as efficient edge domination, is the pro...
Say that an edge of a graph G dominates itself and every other edge sharing a vertex of it. An edge ...
The dominating induced matching problem, also known as efficient edge domination, is the problem of ...
The DOMINATING INDUCED MATCHING problem, also known as EFFICIENT EDGE DOMINATION, is the problem of ...
AbstractThe dominating induced matching problem, also known as efficient edge domination, is the pro...
The dominating induced matching problem, also known as efficient edge domination, is the problem of ...
The paper begins with a new characterization of (k,τ)-regular sets. Then, using this result as well...
We study the problem of determining whether a graph G has an induced matching that dominates every e...
A matching M is a dominating induced matching of a graph if every edge is either in M or has a commo...
An induced matching M in a graph G is dominating if every edge not in M shares exactly one vertex wi...
AbstractA matching in a graph is a set of edges no two of which share a common vertex. A matching M ...