AbstractA graph G is locally s-regular if for any two s-arcs of G having the same head there exists a unique automorphism of G mapping the first of these s-arcs to the second. This is a natural generalization of the concept of an s-regular graph. We extend the results of [2] concerning s-regular graphs to this wider class. We also describe an example of a locally 7-regular cubic graph which is not 7-regular
AbstractLet G be a connected regular graph of valence p + 1 where p is an odd prime. Let A be a subg...
An automorphism group of a graph is said to be s-regular if it acts regularly on the set of s-arcs i...
An automorphism group of a graph is said to be s-regular if it acts regularly on the set of s-arcs i...
AbstractA graph G is locally s-regular if for any two s-arcs of G having the same head there exists ...
summary:A graph $G$ is called locally $s$-regular if the neighbourhood of each vertex of $G$ induces...
summary:A graph $G$ is called locally $s$-regular if the neighbourhood of each vertex of $G$ induces...
AbstractThis paper is a continuation of [1] and we shall use the same terminology. The main result o...
AbstractA graph is s-regular if its automorphism group acts regularly on the set of its s-arcs. In t...
AbstractA graph is s-regular if its automorphism group acts regularly on the set of s-arcs. An infin...
AbstractA graph is s-regular if its automorphism group acts regularly on the set of its s-arcs. In t...
A graph is s-regular if its automorphism group acts regularly on the set of s-arcs. In this paper, b...
summary:A graph $G$ is called locally $s$-regular if the neighbourhood of each vertex of $G$ induces...
AbstractA graph is called locally s-regular if the stabilizer of an arbitrary vertex e acts regularl...
A graph is s-regular if its automorphism group acts regularly on the set of its s-arcs. Malnic et al...
W.T. Tutte showed that if G is an arc transitive connected cubic graph then the automorphism group o...
AbstractLet G be a connected regular graph of valence p + 1 where p is an odd prime. Let A be a subg...
An automorphism group of a graph is said to be s-regular if it acts regularly on the set of s-arcs i...
An automorphism group of a graph is said to be s-regular if it acts regularly on the set of s-arcs i...
AbstractA graph G is locally s-regular if for any two s-arcs of G having the same head there exists ...
summary:A graph $G$ is called locally $s$-regular if the neighbourhood of each vertex of $G$ induces...
summary:A graph $G$ is called locally $s$-regular if the neighbourhood of each vertex of $G$ induces...
AbstractThis paper is a continuation of [1] and we shall use the same terminology. The main result o...
AbstractA graph is s-regular if its automorphism group acts regularly on the set of its s-arcs. In t...
AbstractA graph is s-regular if its automorphism group acts regularly on the set of s-arcs. An infin...
AbstractA graph is s-regular if its automorphism group acts regularly on the set of its s-arcs. In t...
A graph is s-regular if its automorphism group acts regularly on the set of s-arcs. In this paper, b...
summary:A graph $G$ is called locally $s$-regular if the neighbourhood of each vertex of $G$ induces...
AbstractA graph is called locally s-regular if the stabilizer of an arbitrary vertex e acts regularl...
A graph is s-regular if its automorphism group acts regularly on the set of its s-arcs. Malnic et al...
W.T. Tutte showed that if G is an arc transitive connected cubic graph then the automorphism group o...
AbstractLet G be a connected regular graph of valence p + 1 where p is an odd prime. Let A be a subg...
An automorphism group of a graph is said to be s-regular if it acts regularly on the set of s-arcs i...
An automorphism group of a graph is said to be s-regular if it acts regularly on the set of s-arcs i...