We study the computational complexity of two well-known graph transversal problems, namely Subset Feedback Vertex Set and Subset Odd Cycle Transversal, by restricting the input to H-free graphs, that is, to graphs that do not contain some fixed graph H as an induced subgraph. By combining known and new results, we determine the computational complexity of both problems on H-free graphs for every graph H except when H=sP1+P4 for some s≥1 . As part of our approach, we introduce the Subset Vertex Cover problem and prove that it is polynomial-time solvable for (sP1+P4) -free graphs for every s≥1
For the Odd Cycle Transversal problem, the task is to nd a small set S of vertices in a graph that ...
In the Feedback Vertex Set problem, we aim to find a small set $S$ of vertices in a graph intersecti...
For the Odd Cycle Transversal problem, the task is to find a small set S of vertices in a graph that...
We study the computational complexity of two well-known graph transversal problems, namely Subset Fe...
Within the broad field of Discrete Mathematics and Theoretical Computer Science, the theory of graph...
A graph is H-free if it contains no induced subgraph isomorphic to H. We prove new complexity result...
We prove new complexity results for Feedback Vertex Set and Even Cycle Transversal on H-free graphs,...
We consider a natural generalization of Vertex Cover: the Subset Vertex Cover problem, which is to d...
In the FEEDBACK VERTEX SET problem, we aim to find a small set S of vertices in a graph intersecting...
We compare the minimum size of a vertex cover, feedback vertex set and odd cycle transversal of a g...
We perform a systematic study in the computational complexity of the connected variant of three rela...
We prove new complexity results for Feedback Vertex Set and Even Cycle Transversal on H-free graphs...
We compare the minimum size of a vertex cover, feedback vertex set and odd cycle transversal of a gr...
The NP-complete problem Feedback Vertex Set is to decide if it is possible, for a given integer k ≥...
A graph is H-free if it contains no induced subgraph isomorphic to H. We prove new complexity result...
For the Odd Cycle Transversal problem, the task is to nd a small set S of vertices in a graph that ...
In the Feedback Vertex Set problem, we aim to find a small set $S$ of vertices in a graph intersecti...
For the Odd Cycle Transversal problem, the task is to find a small set S of vertices in a graph that...
We study the computational complexity of two well-known graph transversal problems, namely Subset Fe...
Within the broad field of Discrete Mathematics and Theoretical Computer Science, the theory of graph...
A graph is H-free if it contains no induced subgraph isomorphic to H. We prove new complexity result...
We prove new complexity results for Feedback Vertex Set and Even Cycle Transversal on H-free graphs,...
We consider a natural generalization of Vertex Cover: the Subset Vertex Cover problem, which is to d...
In the FEEDBACK VERTEX SET problem, we aim to find a small set S of vertices in a graph intersecting...
We compare the minimum size of a vertex cover, feedback vertex set and odd cycle transversal of a g...
We perform a systematic study in the computational complexity of the connected variant of three rela...
We prove new complexity results for Feedback Vertex Set and Even Cycle Transversal on H-free graphs...
We compare the minimum size of a vertex cover, feedback vertex set and odd cycle transversal of a gr...
The NP-complete problem Feedback Vertex Set is to decide if it is possible, for a given integer k ≥...
A graph is H-free if it contains no induced subgraph isomorphic to H. We prove new complexity result...
For the Odd Cycle Transversal problem, the task is to nd a small set S of vertices in a graph that ...
In the Feedback Vertex Set problem, we aim to find a small set $S$ of vertices in a graph intersecti...
For the Odd Cycle Transversal problem, the task is to find a small set S of vertices in a graph that...