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
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...
This thesis consists of two parts where the first one represents theoretical results in the field of...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
AbstractA digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pa...
AbstractA tournament is an orientation of a complete graph and a multipartite or c-partite tournamen...
AbstractLet G be a graph of order n. A graph G is called pancyclic if it contains a cycle of length ...
AbstractA graph is called v-pancyclic if it contains a cycle of length l containing a given vertex v...
AbstractA semicomplete multipartite digraph is obtained by replacing each edge of a complete multipa...
AbstractIf x is a vertex of a digraph D, then we denote by d+(x) and d−(x) the outdegree and the ind...
A digraph obtained by replacing each edge of a complete p-partite graph by an arc or a pair of mutua...
A digraph D is called semicomplete if for each pair of distinct vertices u, v {dollar}\\in{dollar} V...
AbstractA graph G with vertex set V(G) and edge set E(G) is pancyclic if it contains cycles of all l...
This book is focused on pancyclic and bipancyclic graphs and is geared toward researchers and gradua...
AbstractLet G = (V,A) be a digraph of order n. Digraph G is said to be arc-k-cyclic if each arc of G...
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...
This thesis consists of two parts where the first one represents theoretical results in the field of...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
AbstractA digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pa...
AbstractA tournament is an orientation of a complete graph and a multipartite or c-partite tournamen...
AbstractLet G be a graph of order n. A graph G is called pancyclic if it contains a cycle of length ...
AbstractA graph is called v-pancyclic if it contains a cycle of length l containing a given vertex v...
AbstractA semicomplete multipartite digraph is obtained by replacing each edge of a complete multipa...
AbstractIf x is a vertex of a digraph D, then we denote by d+(x) and d−(x) the outdegree and the ind...
A digraph obtained by replacing each edge of a complete p-partite graph by an arc or a pair of mutua...
A digraph D is called semicomplete if for each pair of distinct vertices u, v {dollar}\\in{dollar} V...
AbstractA graph G with vertex set V(G) and edge set E(G) is pancyclic if it contains cycles of all l...
This book is focused on pancyclic and bipancyclic graphs and is geared toward researchers and gradua...
AbstractLet G = (V,A) be a digraph of order n. Digraph G is said to be arc-k-cyclic if each arc of G...
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...
This thesis consists of two parts where the first one represents theoretical results in the field of...