We show that the maximum induced matching problem can be solved on hhd-free graphs in O(m2) time; hhd-free graphs generalize chordal graphs and the previous best bound was O(m3). hen, we consider a technique used by Brandstädt and Hoàng (2008) [4] to solve the problem on chordal graphs. Extending this, we show that for a subclass of hhd-free graphs that is more general than chordal graphs the problem can be solved in linear time. We also present examples to demonstrate the tightness of our results. Highlights Faster algorithm to find a largest induced matching in an hhd-free graph is given. For a superclass of chordal graphs, a linear time algorithm for the problem is given. Examples are presented to demonstrate the tightness of results
In this paper we consider the approximability of the maximum induced matching problem (MIM). We give...
AbstractIn this paper we consider the approximability of the maximum induced matching problem (MIM)....
In this paper we consider the approximability of the maximum induced matching problem (MIM). We give...
An induced matching in a graph is a set of edges such that no two edges in the set are joined by any...
In a graph G a matching is a set of edges in which no two edges have a common endpoint. An induced m...
AbstractAn induced matching in a graph G is a set of edges, no two of which meet a common node or ar...
AbstractAn induced matching M of a graph G is a set of pairwise nonadjacent edges such that no two e...
AbstractA matching in a graph is a set of edges no two of which share a common vertex. A matching M ...
AbstractAn induced matching in a graph G is a set of edges, no two of which meet a common vertex or ...
We describe O(n) time algorithms for finding the minimum weighted dominating induced matching of cho...
The maximum induced matching problem is known to be APX-hard in the class of bipartite graphs. Moreo...
An induced matching M of a graph G is a set of pairwise non-adjacent edges such that their end-verti...
The maximum induced matching problem is known to be APX-hard in the class of bipartite graphs. Moreo...
Given a graph G = (V; E) and a real weight for each vertex of G, the vertex-weight of a matching is ...
A matching in a graph G is a collection of non-intersecting edges. The matching is induced if no two...
In this paper we consider the approximability of the maximum induced matching problem (MIM). We give...
AbstractIn this paper we consider the approximability of the maximum induced matching problem (MIM)....
In this paper we consider the approximability of the maximum induced matching problem (MIM). We give...
An induced matching in a graph is a set of edges such that no two edges in the set are joined by any...
In a graph G a matching is a set of edges in which no two edges have a common endpoint. An induced m...
AbstractAn induced matching in a graph G is a set of edges, no two of which meet a common node or ar...
AbstractAn induced matching M of a graph G is a set of pairwise nonadjacent edges such that no two e...
AbstractA matching in a graph is a set of edges no two of which share a common vertex. A matching M ...
AbstractAn induced matching in a graph G is a set of edges, no two of which meet a common vertex or ...
We describe O(n) time algorithms for finding the minimum weighted dominating induced matching of cho...
The maximum induced matching problem is known to be APX-hard in the class of bipartite graphs. Moreo...
An induced matching M of a graph G is a set of pairwise non-adjacent edges such that their end-verti...
The maximum induced matching problem is known to be APX-hard in the class of bipartite graphs. Moreo...
Given a graph G = (V; E) and a real weight for each vertex of G, the vertex-weight of a matching is ...
A matching in a graph G is a collection of non-intersecting edges. The matching is induced if no two...
In this paper we consider the approximability of the maximum induced matching problem (MIM). We give...
AbstractIn this paper we consider the approximability of the maximum induced matching problem (MIM)....
In this paper we consider the approximability of the maximum induced matching problem (MIM). We give...