A graph is a cycle of cliques, if its set of vertices can be partitioned into clusters, such that each cluster is a clique and the cliques form a cycle. Then there is a partition of the set of edges into inner edges of the cliques and interconnection edges between the clusters. Cycles of cliques are special instance of two-level clustered graphs. Such graphs are drawn by a two phase method: draw the top level graph and then browse into the clusters. In general, it is NP-hard whether or not a graph is a two-level clustered graph of a particular type, e.g. a clique or a planar graph or a triangle of cliques. However, it is efficiently solvable whether or nor a graph is a path of cliques or is a large cycle of cliques
A complete set of a graph G is a subset of V inducing a complete subgraph. A clique is a maximal com...
AbstractSeveral new tools are presented for determining the number of cliques needed to (edge-)parti...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...
In this paper we study the clustered graphs whose underlying graph is a cycle. This is a simple fam...
In this paper we study the clustered graphs whose underlying graph is a cycle. This is a simple fam...
In this paper we study the clustered graphs whose underlying graph is a cycle. This is a simple fami...
In this paper we study simple families of clustered graphs that are highly unconnected. We start by ...
In this paper we study simple families of clustered graphs that are highly unconnected. We start by ...
This project is for students interested in applying algebra and computa-tion to an important problem...
A graph is a tree of paths (cycles), if its vertex set can be partitioned into clusters, such that e...
This thesis examines the devices employed by various algorithms to search for maximal complete subgr...
This thesis examines the devices employed by various algorithms to search for maximal complete subgr...
In this paper we study simple families of clustered graphs that are highly non connected. We start b...
In this paper we study simple families of clustered graphs that are highly non connected. We start b...
This article describes two evolutionary methods for dividing a graph into densely connected structur...
A complete set of a graph G is a subset of V inducing a complete subgraph. A clique is a maximal com...
AbstractSeveral new tools are presented for determining the number of cliques needed to (edge-)parti...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...
In this paper we study the clustered graphs whose underlying graph is a cycle. This is a simple fam...
In this paper we study the clustered graphs whose underlying graph is a cycle. This is a simple fam...
In this paper we study the clustered graphs whose underlying graph is a cycle. This is a simple fami...
In this paper we study simple families of clustered graphs that are highly unconnected. We start by ...
In this paper we study simple families of clustered graphs that are highly unconnected. We start by ...
This project is for students interested in applying algebra and computa-tion to an important problem...
A graph is a tree of paths (cycles), if its vertex set can be partitioned into clusters, such that e...
This thesis examines the devices employed by various algorithms to search for maximal complete subgr...
This thesis examines the devices employed by various algorithms to search for maximal complete subgr...
In this paper we study simple families of clustered graphs that are highly non connected. We start b...
In this paper we study simple families of clustered graphs that are highly non connected. We start b...
This article describes two evolutionary methods for dividing a graph into densely connected structur...
A complete set of a graph G is a subset of V inducing a complete subgraph. A clique is a maximal com...
AbstractSeveral new tools are presented for determining the number of cliques needed to (edge-)parti...
AbstractIt is shown in this note that it can be recognized in polynomial time whether the vertex set...