LGES: A Large Graph Embedding System

Weihua Zhou, Jingwei Huang
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Abstract

Many convenient graph drawing tools have been developed to visualize the relational information among the large massive data sets. This paper presents a new system for drawing large undirected graphs in the two-dimensional and three-dimensional space, called LGES. It employs a fast novel algorithm to beautify the layouts, which adopts the multi-level method as the framework of the algorithm, and uses the improved force-directed algorithm to refine the single-level layouts. Experiments prove its high performance and nice results. It takes around 5 seconds to draw 10,000 vertex graphs in the two- dimensional space and around 40 seconds in the three- dimensional space. Moreover, the independent components provided by the LGES system are attractive for its further development and application.
LGES:一个大型图嵌入系统
许多方便的图形绘制工具已经开发出来,用于可视化大型海量数据集之间的关系信息。本文提出了一种在二维和三维空间中绘制大型无向图的新系统,称为LGES。采用一种快速的新颖算法对布局进行美化,该算法采用多级方法作为算法框架,并采用改进的力导向算法对单层布局进行细化。实验证明了该方法的高性能和良好的效果。在二维空间中绘制1万个顶点图大约需要5秒,在三维空间中大约需要40秒。此外,LGES系统所提供的独立组件对其进一步开发和应用具有吸引力。
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