A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mutually opposite arcs with the same end vertices is called a complete multipartite graph. Such a digraph D is called ordinary if for any pair X, Y of its partite sets the set of arcs with both end vertices in X Y coincides with X × Y = {(x, y): xX, yY} or Y × X or X × Y Y × X. We characterize all the pancyclic and vertex pancyclic ordinary complete multipartite graphs. Our charcterizations admit polynomial time algorithms
AbstractWe show that a strongly connected digraph with n vertices and minimum degree ⩾ n is pancycli...
AbstractA tournament is an orientation of a complete graph, and in general a multipartite or c-parti...
AbstractAn arc going out from a vertex x in a digraph is called an out-arc of x. Yao et al. [Discret...
AbstractA digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pa...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
AbstractA tournament is an orientation of a complete graph and a multipartite or c-partite tournamen...
summary:If $x$ is a vertex of a digraph $D$, then we denote by $d^+(x)$ and $d^-(x)$ the outdegre...
AbstractA multipartite tournament is an orientation of a complete multipartite graph. A tournament i...
AbstractA semicomplete multipartite digraph is obtained by replacing each edge of a complete multipa...
AbstractWe prove that a strong digraph of order n and such that, for each pair of non adjacent verti...
AbstractA graph G with vertex set V(G) and edge set E(G) is pancyclic if it contains cycles of all l...
AbstractIf x is a vertex of a digraph D, then we denote by d+(x) and d−(x) the outdegree and the ind...
AbstractA strongly connected digraphGwithnvertices satisfying the condition that the sum of degrees ...
AbstractAn outpath of a vertex x (an arc xy, respectively) in a digraph is a directed path starting ...
AbstractA tournament is an orientation of a complete graph, and in general a multipartite or c-parti...
AbstractWe show that a strongly connected digraph with n vertices and minimum degree ⩾ n is pancycli...
AbstractA tournament is an orientation of a complete graph, and in general a multipartite or c-parti...
AbstractAn arc going out from a vertex x in a digraph is called an out-arc of x. Yao et al. [Discret...
AbstractA digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pa...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
AbstractA tournament is an orientation of a complete graph and a multipartite or c-partite tournamen...
summary:If $x$ is a vertex of a digraph $D$, then we denote by $d^+(x)$ and $d^-(x)$ the outdegre...
AbstractA multipartite tournament is an orientation of a complete multipartite graph. A tournament i...
AbstractA semicomplete multipartite digraph is obtained by replacing each edge of a complete multipa...
AbstractWe prove that a strong digraph of order n and such that, for each pair of non adjacent verti...
AbstractA graph G with vertex set V(G) and edge set E(G) is pancyclic if it contains cycles of all l...
AbstractIf x is a vertex of a digraph D, then we denote by d+(x) and d−(x) the outdegree and the ind...
AbstractA strongly connected digraphGwithnvertices satisfying the condition that the sum of degrees ...
AbstractAn outpath of a vertex x (an arc xy, respectively) in a digraph is a directed path starting ...
AbstractA tournament is an orientation of a complete graph, and in general a multipartite or c-parti...
AbstractWe show that a strongly connected digraph with n vertices and minimum degree ⩾ n is pancycli...
AbstractA tournament is an orientation of a complete graph, and in general a multipartite or c-parti...
AbstractAn arc going out from a vertex x in a digraph is called an out-arc of x. Yao et al. [Discret...