It is shown that every connected, locally connected graph with the maximum vertex degree Δ(G)=5 and the minimum vertex degree δ(G)3 is fully cycle extendable. For Δ(G)4, all connected, locally connected graphs, including infinite ones, are explicitly described. The Hamilton Cycle problem for locally connected graphs with Δ(G)7 is shown to be NP-complet
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
AbstractA non-Hamiltonian cycle C in a graph G is extendable if there is a cycle C′ in G with V(C′) ...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
We consider the existence of Hamiltonian cycles for the locally connected graphs with a bounded vert...
We consider the existence of hamiltonian cycles for locally connected graphs with a bounded vertex ...
AbstractWe consider the existence of Hamiltonian cycles for the locally connected graphs with a boun...
Let be a property of a graph. A graph G is said to be locally , if the subgraph induced by the open...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
AbstractA non-Hamiltonian cycle C in a graph G is extendable if there is a cycle C′ in G with V(C′) ...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
We consider the existence of Hamiltonian cycles for the locally connected graphs with a bounded vert...
We consider the existence of hamiltonian cycles for locally connected graphs with a bounded vertex ...
AbstractWe consider the existence of Hamiltonian cycles for the locally connected graphs with a boun...
Let be a property of a graph. A graph G is said to be locally , if the subgraph induced by the open...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...
AbstractA non-Hamiltonian cycle C in a graph G is extendable if there is a cycle C′ in G with V(C′) ...
A Hamilton cycle in a graph is a cycle that passes through every vertex of the graph. A graph is cal...