AbstractWe define a simple bipartite graph to be biclaw-free if it contains no induced subgraph isomorphic to H, where H can be obtained from two copies of K1, 3 by adding an edge between the two vertices of degree 3. We show that every connected bipartite biclaw-free graph with minimum degree δ⩾6 has connectivity at least δ−2 and that every connected balanced bipartite biclaw-free graph with minimum degree δ⩾9 and order n⩽6δ− 14 is hamiltonian
Hamiltonian graph theory has been widely studied as one of the most important problems in graph theo...
AbstractWe say a graph G is minimal with respect to a property Q if there exists no proper induced s...
AbstractLet G be a 2-connected claw-free graph on n vertices. Let σk(G) be the minimum degree sum am...
AbstractWe define a simple bipartite graph to be biclaw-free if it contains no induced subgraph isom...
AbstractFlandrin et al. (to appear) define a simple bipartite graph to be biclaw-free if it contains...
AbstractMatthews and Sumner have proved in [12] that if G is a 2-connected claw-free graph of order ...
AbstractUsing Ryjáček's closure, we prove that any 3-connected claw-free graph of order ν and minimu...
AbstractA graph is claw-free if it contains no induced subgraph isomorphic to a K1,3. This paper stu...
AbstractWe apply the following result of Amar (1991) to balanced bipartite graphs satisfying the deg...
grantor: University of TorontoA graph 'G' is called claw-free if it does not contain a cop...
AbstractA known result by the author in 1991 is that every 3-connected claw-free graph on at most 6δ...
AbstractKuipers and Veldman conjectured that any 3-connected claw-free graph with order ν and minimu...
AbstractThe bipartite independence number αBIP of a bipartite graph G is the maximum order of a bala...
A graph G is k-Hamilton-connected (k-hamiltonian) if G−X is Hamilton-connected (hamiltonian) for eve...
Abstract. We show that every 3-connected claw-free graph which contains no induced copy of P11 is ha...
Hamiltonian graph theory has been widely studied as one of the most important problems in graph theo...
AbstractWe say a graph G is minimal with respect to a property Q if there exists no proper induced s...
AbstractLet G be a 2-connected claw-free graph on n vertices. Let σk(G) be the minimum degree sum am...
AbstractWe define a simple bipartite graph to be biclaw-free if it contains no induced subgraph isom...
AbstractFlandrin et al. (to appear) define a simple bipartite graph to be biclaw-free if it contains...
AbstractMatthews and Sumner have proved in [12] that if G is a 2-connected claw-free graph of order ...
AbstractUsing Ryjáček's closure, we prove that any 3-connected claw-free graph of order ν and minimu...
AbstractA graph is claw-free if it contains no induced subgraph isomorphic to a K1,3. This paper stu...
AbstractWe apply the following result of Amar (1991) to balanced bipartite graphs satisfying the deg...
grantor: University of TorontoA graph 'G' is called claw-free if it does not contain a cop...
AbstractA known result by the author in 1991 is that every 3-connected claw-free graph on at most 6δ...
AbstractKuipers and Veldman conjectured that any 3-connected claw-free graph with order ν and minimu...
AbstractThe bipartite independence number αBIP of a bipartite graph G is the maximum order of a bala...
A graph G is k-Hamilton-connected (k-hamiltonian) if G−X is Hamilton-connected (hamiltonian) for eve...
Abstract. We show that every 3-connected claw-free graph which contains no induced copy of P11 is ha...
Hamiltonian graph theory has been widely studied as one of the most important problems in graph theo...
AbstractWe say a graph G is minimal with respect to a property Q if there exists no proper induced s...
AbstractLet G be a 2-connected claw-free graph on n vertices. Let σk(G) be the minimum degree sum am...