We propose a planarization algorithm for clustered graphs and experimentally test its efficiency and effectiveness. Further, we integrate our planarization strategy into a complete topology-shape-metrics algorithm for drawing clustered graphs in the orthogonal drawing convention
A clustered graph C=(G,T) consists of an undirected graph G and a rooted tree T in which the leaves ...
Abstract. We present a polynomial-time algorithm for c-planarity test-ing of clustered graphs with f...
Introduction Hierarchical graphs are directed graphs with layering structures. They appear in appli...
We propose a planarization algorithm for clustered graphs and experimentally test its efficiency and...
Planarity is an important concept in graph drawing. It is generally accepted that planar drawings ar...
Clustered graphs are graphs with recursive clustering structures over the vertices. For graphical re...
Clustered graphs are graphs with recursive clustering structures over the vertices. For graphical re...
A clustered graph has its vertices grouped into clusters in a hierarchical way via subset inclusion,...
A clustered graph is a graph augmented with a hierarchical inclusion structure over its vertices, an...
The clustered planarity problem (c-planarity) asks whether a hierarchically clustered graph admits a...
The clustered planarity problem (c-planarity) asks whether a hierarchically clustered graph admits a...
Abstract. In this paper we present a novel approach for cluster-based drawing of large planar graphs...
A clustered graph C=(G,T) consists of an undirected graph G and a rooted tree T in which the leaves ...
AbstractIn this paper we present a novel approach for cluster-based drawing of large planar graphs t...
In this paper we present a novel approach for cluster-based drawing of large planar graphs that main...
A clustered graph C=(G,T) consists of an undirected graph G and a rooted tree T in which the leaves ...
Abstract. We present a polynomial-time algorithm for c-planarity test-ing of clustered graphs with f...
Introduction Hierarchical graphs are directed graphs with layering structures. They appear in appli...
We propose a planarization algorithm for clustered graphs and experimentally test its efficiency and...
Planarity is an important concept in graph drawing. It is generally accepted that planar drawings ar...
Clustered graphs are graphs with recursive clustering structures over the vertices. For graphical re...
Clustered graphs are graphs with recursive clustering structures over the vertices. For graphical re...
A clustered graph has its vertices grouped into clusters in a hierarchical way via subset inclusion,...
A clustered graph is a graph augmented with a hierarchical inclusion structure over its vertices, an...
The clustered planarity problem (c-planarity) asks whether a hierarchically clustered graph admits a...
The clustered planarity problem (c-planarity) asks whether a hierarchically clustered graph admits a...
Abstract. In this paper we present a novel approach for cluster-based drawing of large planar graphs...
A clustered graph C=(G,T) consists of an undirected graph G and a rooted tree T in which the leaves ...
AbstractIn this paper we present a novel approach for cluster-based drawing of large planar graphs t...
In this paper we present a novel approach for cluster-based drawing of large planar graphs that main...
A clustered graph C=(G,T) consists of an undirected graph G and a rooted tree T in which the leaves ...
Abstract. We present a polynomial-time algorithm for c-planarity test-ing of clustered graphs with f...
Introduction Hierarchical graphs are directed graphs with layering structures. They appear in appli...
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