AbstractA simple polynomial-time algorithm is presented which computes independent sets of guaranteed size in connected triangle-free noncubic graphs with maximum degree 3. Let n and m denote the number of vertices and edges, respectively, and let c = m/n denote the edge density where c < 3/2. The algorithm establishes new lower bounds on the independence ratio of these graphs for 1 < c < 3/2
AbstractWei discovered that the independence number of a graph G is at least Σv(1 + d(v))−1. It is p...
For a connected and non-complete graph, a new lower bound on its independence number is proved. It i...
Recently, Davies, Jenssen, Perkins, and Roberts gave a very nice proof of the result (due, in variou...
AbstractStaton proved that every triangle-free graph on n vertices with maximum degree 3 has an inde...
Staton proved that every triangle-free graph on n vertices with maximum degree three has an independ...
AbstractIn 1979, Staton proved that every triangle-free graph G with maximum degree at most three ha...
AbstractStaton proved that every triangle-free graph on n vertices with maximum degree 3 has an inde...
AbstractStaton proved that every 3-regular triangle-free graph has independence ratio at least 5/14 ...
We prove that every triangle-free planar graph on n vertices with maximum degree three has an indepe...
AbstractA graph is subcubic if its maximum degree is at most 3. The bipartite density of a graph G i...
AbstractIn 1979, Staton proved that every triangle-free graph G with maximum degree at most three ha...
We prove several best-possible lower bounds in terms of the order and the average degree for the ind...
The maximum independent set problem is NP-complete even when restricted to planar graphs, cubic plan...
The maximum independent set problem is NP-complete even when restricted to planar graphs, cubic plan...
AbstractWe prove that a K4-free graph G of order n, size m and maximum degree at most three has an i...
AbstractWei discovered that the independence number of a graph G is at least Σv(1 + d(v))−1. It is p...
For a connected and non-complete graph, a new lower bound on its independence number is proved. It i...
Recently, Davies, Jenssen, Perkins, and Roberts gave a very nice proof of the result (due, in variou...
AbstractStaton proved that every triangle-free graph on n vertices with maximum degree 3 has an inde...
Staton proved that every triangle-free graph on n vertices with maximum degree three has an independ...
AbstractIn 1979, Staton proved that every triangle-free graph G with maximum degree at most three ha...
AbstractStaton proved that every triangle-free graph on n vertices with maximum degree 3 has an inde...
AbstractStaton proved that every 3-regular triangle-free graph has independence ratio at least 5/14 ...
We prove that every triangle-free planar graph on n vertices with maximum degree three has an indepe...
AbstractA graph is subcubic if its maximum degree is at most 3. The bipartite density of a graph G i...
AbstractIn 1979, Staton proved that every triangle-free graph G with maximum degree at most three ha...
We prove several best-possible lower bounds in terms of the order and the average degree for the ind...
The maximum independent set problem is NP-complete even when restricted to planar graphs, cubic plan...
The maximum independent set problem is NP-complete even when restricted to planar graphs, cubic plan...
AbstractWe prove that a K4-free graph G of order n, size m and maximum degree at most three has an i...
AbstractWei discovered that the independence number of a graph G is at least Σv(1 + d(v))−1. It is p...
For a connected and non-complete graph, a new lower bound on its independence number is proved. It i...
Recently, Davies, Jenssen, Perkins, and Roberts gave a very nice proof of the result (due, in variou...