AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set of a finite undirected graph can be partitioned into one or two independent sets and one or two cliques. Such graphs generalize bipartite and split graphs and the result also shows that it can be recognized in polynomial time whether a graph can be partitioned into two split graphs.A time bound O(n3) is given for the recognition of graphs which can be partitioned into two independent sets and one clique (one independent set and two cliques, resp.), and a time bound O(n4) is given for the recognition of graphs which can be partitioned into two independent sets and two cliques
A graph is a split graph if its vertices can be partitioned into a clique and a stable set. A graph ...
A graph is said to be (k, l) if itsif its vertex set can be partitioned into k independent sets and ...
We continue research into a well-studied family of problems that ask if the vertices of a graph can ...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...
We consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-graph if its...
AbstractWe consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-grap...
AbstractWe consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-grap...
We consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-graph if its...
AbstractIn the paper we prove that, for a fixed k, the problem of deciding whether a graph admits a ...
We consider the recognition problem for two graph classes that generalize split and unipolar graphs,...
AbstractWe define a family of graphs, called the clique separable graphs, characterized by the fact ...
AbstractIn this paper partition problems into k independent sets or cliques of bounded size k′ are a...
A complete set of a graph G is a subset of vertices inducing a complete subgraph. A clique is a maxi...
A graph G=(V,E) is partitionable if there exists a partition {A,B} of V such that A induces a disjoi...
A graph is a split graph if its vertices can be partitioned into a clique and a stable set. A graph ...
A graph is a split graph if its vertices can be partitioned into a clique and a stable set. A graph ...
A graph is said to be (k, l) if itsif its vertex set can be partitioned into k independent sets and ...
We continue research into a well-studied family of problems that ask if the vertices of a graph can ...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...
We consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-graph if its...
AbstractWe consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-grap...
AbstractWe consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-grap...
We consider the following generalization of split graphs: A graph is said to be a (k,ℓ)-graph if its...
AbstractIn the paper we prove that, for a fixed k, the problem of deciding whether a graph admits a ...
We consider the recognition problem for two graph classes that generalize split and unipolar graphs,...
AbstractWe define a family of graphs, called the clique separable graphs, characterized by the fact ...
AbstractIn this paper partition problems into k independent sets or cliques of bounded size k′ are a...
A complete set of a graph G is a subset of vertices inducing a complete subgraph. A clique is a maxi...
A graph G=(V,E) is partitionable if there exists a partition {A,B} of V such that A induces a disjoi...
A graph is a split graph if its vertices can be partitioned into a clique and a stable set. A graph ...
A graph is a split graph if its vertices can be partitioned into a clique and a stable set. A graph ...
A graph is said to be (k, l) if itsif its vertex set can be partitioned into k independent sets and ...
We continue research into a well-studied family of problems that ask if the vertices of a graph can ...