AbstractIn the context of the degree/diameter problem for directed graphs, it is known that the number of vertices of a strongly connected bipartite digraph satisfies a Moore-like bound in terms of its diameter k and the maximum outdegrees (d1,d2) of its partite sets of vertices. In this work, we define a family of dense digraphs, the diameter of which is not more than 1, comparable with that of the Moore bipartite digraph of the same order and maximum degree. Furthermore, some of its properties are given, such as the connectivity, spectrum and so on
<pre>The degree/diameter problem for directed graphs is the problem of determining the largest possi...
Mixed graphs can be seen as digraphs that have both arcs and edges (or digons, that is, two opposite...
A well-known fundamental problem in extremal graph theory is the degree/diameter problem, which is t...
AbstractIn the context of the degree/diameter problem for directed graphs, it is known that the numb...
AbstractA (d, D, D′, s)-digraph is a directed graph with diameter D and maximum out-degree d such th...
AbstractThis paper studies the relation between the connectivity and other parameters of a bipartite...
AbstractWe derive some Moore-like bounds for multipartite digraphs, which extend those of bipartite ...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
© 2017. This manuscript version is made available under the CC-BY-NC-ND 4.0 license http://creativec...
The degree/diameter problem for directed graphs is the problem of determining the largest possible o...
We show that the line digraph technique, when iterated, provides dense digraphs, that is, with asymp...
<pre>The degree/diameter problem for directed graphs is the problem of determining the largest possi...
Mixed graphs can be seen as digraphs that have both arcs and edges (or digons, that is, two opposite...
A well-known fundamental problem in extremal graph theory is the degree/diameter problem, which is t...
AbstractIn the context of the degree/diameter problem for directed graphs, it is known that the numb...
AbstractA (d, D, D′, s)-digraph is a directed graph with diameter D and maximum out-degree d such th...
AbstractThis paper studies the relation between the connectivity and other parameters of a bipartite...
AbstractWe derive some Moore-like bounds for multipartite digraphs, which extend those of bipartite ...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
The degree/diameter problem is to determine the largest graphs or digraphs of given maximum degree a...
© 2017. This manuscript version is made available under the CC-BY-NC-ND 4.0 license http://creativec...
The degree/diameter problem for directed graphs is the problem of determining the largest possible o...
We show that the line digraph technique, when iterated, provides dense digraphs, that is, with asymp...
<pre>The degree/diameter problem for directed graphs is the problem of determining the largest possi...
Mixed graphs can be seen as digraphs that have both arcs and edges (or digons, that is, two opposite...
A well-known fundamental problem in extremal graph theory is the degree/diameter problem, which is t...