An independent set of a graph is a set of vertices without edges between them. Every planar graph has an independent set of size at least 14 n and there are planar graphs for which any independent set has size at most 14 n. In this paper similar bounds are provided for the problem of bounded-degree independent set, i.e., an independent set where additionally all vertices have degree less than a pre-specified bound D. Our upper and lower bounds match (up to a small constant) for D ≤ 16
Abstract. We first show that the independent set problem on edge-clique graphs of cographs can be so...
Let i(G) be the number of independent sets in a graph G. We show that if G has maximum degree at mos...
Finding maximum independent sets in graphs with bounded maximum degree is a well-studied NP-complete...
AbstractLet α∗ denote the maximum number of independent vertices all of which have the same degree. ...
We prove that every triangle-free planar graph on n vertices with maximum degree three has an indepe...
AbstractA subset of the vertices of a graph is independent if no two vertices in the subset are adja...
Every triangle-free planar graph on n vertices has an independent set of size at least (n + 1)/3, an...
We consider numbers and sizes of independent sets in graphs with minimum degree at least $d$, when t...
By the famous four color theorem, every planar graph admits an independent set that contains at leas...
Abstract. We consider the number of vertex independent sets i(G). In general, the problem of determi...
We study the computational complexity of finding a maximum independent set of vertices in a planar g...
The maximum independent set problem is NP-complete even when restricted to planar graphs, cubic plan...
The maximum independent set problem is known to be NP-hard in the class of planar graphs. In the pre...
We consider the number of vertex independent sets i(G)In general, the problem of determining the val...
The independent set problem is a well-known NP-complete problem, which is NP- complete even for plan...
Abstract. We first show that the independent set problem on edge-clique graphs of cographs can be so...
Let i(G) be the number of independent sets in a graph G. We show that if G has maximum degree at mos...
Finding maximum independent sets in graphs with bounded maximum degree is a well-studied NP-complete...
AbstractLet α∗ denote the maximum number of independent vertices all of which have the same degree. ...
We prove that every triangle-free planar graph on n vertices with maximum degree three has an indepe...
AbstractA subset of the vertices of a graph is independent if no two vertices in the subset are adja...
Every triangle-free planar graph on n vertices has an independent set of size at least (n + 1)/3, an...
We consider numbers and sizes of independent sets in graphs with minimum degree at least $d$, when t...
By the famous four color theorem, every planar graph admits an independent set that contains at leas...
Abstract. We consider the number of vertex independent sets i(G). In general, the problem of determi...
We study the computational complexity of finding a maximum independent set of vertices in a planar g...
The maximum independent set problem is NP-complete even when restricted to planar graphs, cubic plan...
The maximum independent set problem is known to be NP-hard in the class of planar graphs. In the pre...
We consider the number of vertex independent sets i(G)In general, the problem of determining the val...
The independent set problem is a well-known NP-complete problem, which is NP- complete even for plan...
Abstract. We first show that the independent set problem on edge-clique graphs of cographs can be so...
Let i(G) be the number of independent sets in a graph G. We show that if G has maximum degree at mos...
Finding maximum independent sets in graphs with bounded maximum degree is a well-studied NP-complete...