AbstractA graph containment problem is to decide whether one graph can be modified into some other graph by using a number of specified graph operations. We consider edge deletions, edge contractions, vertex deletions and vertex dissolutions as possible graph operations permitted. By allowing any combination of these four operations we capture the following ten problems: testing on (induced) minors, (induced) topological minors, (induced) subgraphs, (induced) spanning subgraphs, dissolutions and contractions. A split graph is a graph whose vertex set can be partitioned into a clique and an independent set. Our results combined with existing results settle the parameterized complexity of all ten problems for split graphs
AbstractWe define a new form of graph decomposition, based on forbidding a fixed bipartite graph fro...
The Induced Minor Containment problem takes as input two graphs G and H, and asks whether G has H as...
AbstractThe Induced Minor Containment problem takes as input two graphs G and H, and asks whether G ...
A graph containment problem is to decide whether one graph can be modified into some other graph by ...
A graph containment problem is to decide whether one graph can be modified into some other graph by ...
A graph containment problem is to decide whether one graph called the host graph can be modified int...
We consider undirected finite graphs that have no loops and no multiple edges. A graph is denoted G ...
We consider undirected finite graphs that have no loops and no multiple edges. A graph is denoted G...
A graph containment problem is that of deciding whether one graph called the host graph can be modif...
The Contractibility problem takes as input two graphs G and H, and the task is to decide whether H c...
AbstractThe Induced Minor Containment problem takes as input two graphs G and H, and asks whether G ...
The problems Contractibility and Induced Minor are to test whether a graph G contains a graph H as a...
We introduce a characterization for split graphs by using edge contraction. Then, we use it to prove...
AbstractThe main topics of this article are split graphs, their degree sequences, and the place of t...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...
AbstractWe define a new form of graph decomposition, based on forbidding a fixed bipartite graph fro...
The Induced Minor Containment problem takes as input two graphs G and H, and asks whether G has H as...
AbstractThe Induced Minor Containment problem takes as input two graphs G and H, and asks whether G ...
A graph containment problem is to decide whether one graph can be modified into some other graph by ...
A graph containment problem is to decide whether one graph can be modified into some other graph by ...
A graph containment problem is to decide whether one graph called the host graph can be modified int...
We consider undirected finite graphs that have no loops and no multiple edges. A graph is denoted G ...
We consider undirected finite graphs that have no loops and no multiple edges. A graph is denoted G...
A graph containment problem is that of deciding whether one graph called the host graph can be modif...
The Contractibility problem takes as input two graphs G and H, and the task is to decide whether H c...
AbstractThe Induced Minor Containment problem takes as input two graphs G and H, and asks whether G ...
The problems Contractibility and Induced Minor are to test whether a graph G contains a graph H as a...
We introduce a characterization for split graphs by using edge contraction. Then, we use it to prove...
AbstractThe main topics of this article are split graphs, their degree sequences, and the place of t...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...
AbstractWe define a new form of graph decomposition, based on forbidding a fixed bipartite graph fro...
The Induced Minor Containment problem takes as input two graphs G and H, and asks whether G has H as...
AbstractThe Induced Minor Containment problem takes as input two graphs G and H, and asks whether G ...