Add to ORKGA directed graph is a way to encode information about directional relationships among objects. The complete directed graph on n objects is the directed graph with arrows pointing in both directions for each pair of objects. In this project we are interested in decomposing complete directed graphs into pairs of smaller directed graphs. In particular, we choose to focus on directed graphs pairs. A directed graph pair is two directed graphs that together form a smaller complete directed graph
We initiate the program of extending to higher-rank graphs (k-graphs) the geometric classification o...
Special issue: Graph DecompositionsA complementation operation on a vertex of a digraph changes all ...
This development provides a formalization of directed graphs, sup-porting (labelled) multi-edges and...
A Complete Directed Graph is a graph in which every vertex has an in and out degree connecting every...
Firstly, a graph G consists of a vertex set V (G), and an edge set E (G) of endpoints which relate t...
A correspondence between decompositions of complete directed graphs with loops into collections of c...
A graph consists of a set V of vertices (or nodes) and a set E of edges (or links) that connect some...
AbstractWe generalize the class of split graphs to the directed case and show that these split digra...
Motivated by very recent work on 2-connectivity in directed graphs, we revisit the problem of comput...
It has been shown [3] that any bipartite graph $K_{a,b}$, where a, b are even integers, can be decom...
AbstractWe introduce the notion of semidecomposability of a graph, which is a generalization of deco...
A graph is a mathematical structure consisting of a set of objects called vertices and a set of 2-el...
We look at the recently developed concept of graphons first discussed by Lovász and Szegedy in 2004....
Graphs are mathematical abstractions that are useful for solvingmany types of problems in computer s...
We survey some recent results on 2-edge and 2-vertex connectivity problems in directed graphs. Despi...
We initiate the program of extending to higher-rank graphs (k-graphs) the geometric classification o...
Special issue: Graph DecompositionsA complementation operation on a vertex of a digraph changes all ...
This development provides a formalization of directed graphs, sup-porting (labelled) multi-edges and...
A Complete Directed Graph is a graph in which every vertex has an in and out degree connecting every...
Firstly, a graph G consists of a vertex set V (G), and an edge set E (G) of endpoints which relate t...
A correspondence between decompositions of complete directed graphs with loops into collections of c...
A graph consists of a set V of vertices (or nodes) and a set E of edges (or links) that connect some...
AbstractWe generalize the class of split graphs to the directed case and show that these split digra...
Motivated by very recent work on 2-connectivity in directed graphs, we revisit the problem of comput...
It has been shown [3] that any bipartite graph $K_{a,b}$, where a, b are even integers, can be decom...
AbstractWe introduce the notion of semidecomposability of a graph, which is a generalization of deco...
A graph is a mathematical structure consisting of a set of objects called vertices and a set of 2-el...
We look at the recently developed concept of graphons first discussed by Lovász and Szegedy in 2004....
Graphs are mathematical abstractions that are useful for solvingmany types of problems in computer s...
We survey some recent results on 2-edge and 2-vertex connectivity problems in directed graphs. Despi...
We initiate the program of extending to higher-rank graphs (k-graphs) the geometric classification o...
Special issue: Graph DecompositionsA complementation operation on a vertex of a digraph changes all ...
This development provides a formalization of directed graphs, sup-porting (labelled) multi-edges and...