We consider k-factorizations of the complete graph that are 1-rotational under an assigned group G, namely that admit G as an automorphism group acting sharply transitively on all but one vertex. After proving that the k-factors of such a factorization are pairwise isomorphic, we focus our attention to the special case k=2, a case in which we prove the involutions of G necessarily form a unique conjugacy class. We completely characterize, in particular, the 2-factorizations that are 1-rotational under a dihedral group. Finally, we get infinite new classes of prviously unknown solutions to the Oberwolfach problem via some direct and recursive constructions
We consider 2-factorizations of complete graphs which possess an automorphism group fixing k\ge 0 ve...
In this paper, we consider factorizations of complete graph K-v into cycles and 1-factors. We will f...
AbstractLet S2n be the symmetric group of degree 2n. We give a strong indication to prove the existe...
We consider k-factorizations of the complete graph that are 1-rotational under an assigned group G, ...
We consider k-factorizations of the complete graph that are 1-rotational under an assigned group G, ...
An automorphism group G of a 1-factorization of the complete multipartite graph K_m×n consists of pe...
We consider one-factorizations of K_2n possessing an automorphism group acting regularly (sharply ...
A Hamiltonian cycle system of the complete graph on v vertices (briefly, a HCS(v)) is 1-rotational ...
A Hamiltonian cycle system of K_v (briefly, a HCS(v)) is 1-rotational under a (necessarily binary) ...
A survey on the state of art on the problem of constructing one-factorizations of complete graph whi...
For which groups G of even order 2n does a 1-factorization of the complete graph on 2n veritces exis...
In this paper I shall try to review some results which were obtained in the area of factorizations a...
We consider one–factorizations of complete graphs which possess an automorphism group fixing k ≥ 0 v...
In this paper, we consider factorizations of complete graph $K_v$ into cycles and $1$--factors. We w...
Let S_2n be the symmetric group of degree 2n. We give a strong indication to prove the existence of ...
We consider 2-factorizations of complete graphs which possess an automorphism group fixing k\ge 0 ve...
In this paper, we consider factorizations of complete graph K-v into cycles and 1-factors. We will f...
AbstractLet S2n be the symmetric group of degree 2n. We give a strong indication to prove the existe...
We consider k-factorizations of the complete graph that are 1-rotational under an assigned group G, ...
We consider k-factorizations of the complete graph that are 1-rotational under an assigned group G, ...
An automorphism group G of a 1-factorization of the complete multipartite graph K_m×n consists of pe...
We consider one-factorizations of K_2n possessing an automorphism group acting regularly (sharply ...
A Hamiltonian cycle system of the complete graph on v vertices (briefly, a HCS(v)) is 1-rotational ...
A Hamiltonian cycle system of K_v (briefly, a HCS(v)) is 1-rotational under a (necessarily binary) ...
A survey on the state of art on the problem of constructing one-factorizations of complete graph whi...
For which groups G of even order 2n does a 1-factorization of the complete graph on 2n veritces exis...
In this paper I shall try to review some results which were obtained in the area of factorizations a...
We consider one–factorizations of complete graphs which possess an automorphism group fixing k ≥ 0 v...
In this paper, we consider factorizations of complete graph $K_v$ into cycles and $1$--factors. We w...
Let S_2n be the symmetric group of degree 2n. We give a strong indication to prove the existence of ...
We consider 2-factorizations of complete graphs which possess an automorphism group fixing k\ge 0 ve...
In this paper, we consider factorizations of complete graph K-v into cycles and 1-factors. We will f...
AbstractLet S2n be the symmetric group of degree 2n. We give a strong indication to prove the existe...