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 semicomplete multipartite digraph. L. Volkmann conjectured that lh2cm1, where l (c, respectively) is the number of vertices in a longest path (longest cycle) of a strong semicomplete multipartite digraph. The bound on l is sharp. We settle this conjecture in affirmative
AbstractA digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
We consider the problem (MSSS) of finding the minimum number of arcs in a spanning strongly connecte...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
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 digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
AbstractA digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
AbstractA digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
We consider the problem (MSSS) of finding the minimum number of arcs in a spanning strongly connecte...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
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 digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
AbstractA digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
AbstractA digraph obtained by replacing each edge of a complete n-partite graph by an arc or a pair ...
A digraph obtained by replacing each edge of a complete multipartite graph by an arc or a pair of mu...
We consider the problem (MSSS) of finding the minimum number of arcs in a spanning strongly connecte...