Archambault Daniel, Munzner Tamara, Auber David
Department of Computer Science, University of British Columbia, Vancouver BC, Canada.
IEEE Trans Vis Comput Graph. 2008 Jul-Aug;14(4):900-13. doi: 10.1109/TVCG.2008.34.
Several previous systems allow users to interactively explore a large input graph through cuts of a superimposed hierarchy. This hierarchy is often created using clustering algorithms or topological features present in the graph. However, many graphs have domain-specific attributes associated with the nodes and edges, which could be used to create many possible hierarchies providing unique views of the input graph. GrouseFlocks is a system for the exploration of this graph hierarchy space. By allowing users to see several different possible hierarchies on the same graph, the system helps users investigate graph hierarchy space instead of a single fixed hierarchy. GrouseFlocks provides a simple set of operations so that users can create and modify their graph hierarchies based on selections. These selections can be made manually or based on patterns in the attribute data provided with the graph. It provides feedback to the user within seconds, allowing interactive exploration of this space.
先前的几个系统允许用户通过叠加层次结构的切割来交互式地探索大型输入图。这种层次结构通常使用图中存在的聚类算法或拓扑特征来创建。然而,许多图具有与节点和边相关联的特定领域属性,这些属性可用于创建许多可能的层次结构,从而提供输入图的独特视图。GrouseFlocks是一个用于探索此图层次结构空间的系统。通过允许用户在同一图上查看几种不同的可能层次结构,该系统帮助用户研究图层次结构空间,而不是单个固定的层次结构。GrouseFlocks提供了一组简单的操作,以便用户可以根据选择创建和修改他们的图层次结构。这些选择可以手动进行,也可以基于图所提供的属性数据中的模式进行。它会在几秒钟内向用户提供反馈,允许对这个空间进行交互式探索。