AbstractThis paper studies how to compute radially layered drawings of graphs by taking into account additional geometric constraints which correspond to typical aesthetic and semantic requirements for the visualization. The following requirements are considered: vertex centrality, edge crossings, curve complexity, and radial distribution of the vertices. Trade-offs among these requirements are discussed and different linear-time drawing algorithms are presented
AbstractMany graph drawing problems are NP-complete. Most of the problems described in this exposito...
In radial drawings of hierarchical graphs the vertices are placed on concentric circles rather than ...
A graph drawing algorithm produces a layout of a graph in two- or three-dimensional space that shoul...
AbstractThis paper studies how to compute radially layered drawings of graphs by taking into account...
This paper studies how to compute radial drawings of graphs by taking into account additional geome...
Our world is full of networks. The linking relationships might be quite abstract, such as friendship...
AbstractThe visualization of conceptual structures is a key component of support tools for complex a...
Small Screens and Large Graphs: Area-Efficient Drawings of Planar Combinatorial Structures Fabrizio ...
Abstract. We describe a unified framework of aesthetic criteria and complexity measures for drawing ...
We describe a unified framework of aesthetic criteria and complexity measures for drawing planar gra...
A radial drawing is a representation of a graph in which the vertices lie on concentric circles of f...
AbstractSeveral data presentation problems involve drawing graphs so that they are easy to read and ...
A graph is an abstract mathematical representation of a set of objects, called vertices, together wi...
In this paper we propose improvements to the 3D radial layouts that make it possible to visualize ce...
Orthogonal drawings, i.e., embeddings of graphs into grids, are a classic topic in Graph Drawing. Of...
AbstractMany graph drawing problems are NP-complete. Most of the problems described in this exposito...
In radial drawings of hierarchical graphs the vertices are placed on concentric circles rather than ...
A graph drawing algorithm produces a layout of a graph in two- or three-dimensional space that shoul...
AbstractThis paper studies how to compute radially layered drawings of graphs by taking into account...
This paper studies how to compute radial drawings of graphs by taking into account additional geome...
Our world is full of networks. The linking relationships might be quite abstract, such as friendship...
AbstractThe visualization of conceptual structures is a key component of support tools for complex a...
Small Screens and Large Graphs: Area-Efficient Drawings of Planar Combinatorial Structures Fabrizio ...
Abstract. We describe a unified framework of aesthetic criteria and complexity measures for drawing ...
We describe a unified framework of aesthetic criteria and complexity measures for drawing planar gra...
A radial drawing is a representation of a graph in which the vertices lie on concentric circles of f...
AbstractSeveral data presentation problems involve drawing graphs so that they are easy to read and ...
A graph is an abstract mathematical representation of a set of objects, called vertices, together wi...
In this paper we propose improvements to the 3D radial layouts that make it possible to visualize ce...
Orthogonal drawings, i.e., embeddings of graphs into grids, are a classic topic in Graph Drawing. Of...
AbstractMany graph drawing problems are NP-complete. Most of the problems described in this exposito...
In radial drawings of hierarchical graphs the vertices are placed on concentric circles rather than ...
A graph drawing algorithm produces a layout of a graph in two- or three-dimensional space that shoul...