Graphs provide a visual means for examining relation data and force-directed methods are often used to lay out graphs for viewing. Making sense of a dynamic graph as it evolves over time is challenging, and previous force-directed methods were designed for static graphs. In this paper, we present an incremental version of a multilevel multi-pole layout method with a refinement scheme incorporated, which enables us to visualize online dynamic networks while maintaining a mental map of the graph structure. We demonstrate the effectiveness of our method and compare it to previous methods using several network data sets
Abstract. We propose a heuristic for maintaining dynamic hierarchical graph layouts. The heuristic i...
© 2015 IEEE. Visualizing dynamic graphs are challenging due to the difficulty to preserving a cohere...
Most graph layout algorithms strive to present an uncluttered view of the graphthat reflects the str...
The visualization of networks as graphs composed of nodes and vertices benefits many fields of scien...
We propose a visualization approach for large dynamic graph structures with high degree variation an...
In this paper we present a set of extension techniques to stabilize interactive dynamic graph layout...
We adapt multilevel, force-directed graph layout techniques to visualizing dynamic graphs in which v...
In this paper we present a set of extension techniques to stabilize interactive dynamic graph layout...
This thesis addresses the issue of efficient dynamic graph drawing for large scale connected graphs ...
Abstract—The analysis of large dynamic networks poses a challenge in many fields, ranging from large...
Many developments have recently been made in mining dy-namic networks; however, effective visualizat...
Abstract The visualization of dynamic graphs is a challenging task owing to the various properties o...
The design of automatic layout algorithms for single graphs is a well established field, and some re...
One challenge in node-link diagrams is how to efficiently provide a node placement or layout that wi...
The design of automatic layout algorithms for single graphs is a well established field, and some re...
Abstract. We propose a heuristic for maintaining dynamic hierarchical graph layouts. The heuristic i...
© 2015 IEEE. Visualizing dynamic graphs are challenging due to the difficulty to preserving a cohere...
Most graph layout algorithms strive to present an uncluttered view of the graphthat reflects the str...
The visualization of networks as graphs composed of nodes and vertices benefits many fields of scien...
We propose a visualization approach for large dynamic graph structures with high degree variation an...
In this paper we present a set of extension techniques to stabilize interactive dynamic graph layout...
We adapt multilevel, force-directed graph layout techniques to visualizing dynamic graphs in which v...
In this paper we present a set of extension techniques to stabilize interactive dynamic graph layout...
This thesis addresses the issue of efficient dynamic graph drawing for large scale connected graphs ...
Abstract—The analysis of large dynamic networks poses a challenge in many fields, ranging from large...
Many developments have recently been made in mining dy-namic networks; however, effective visualizat...
Abstract The visualization of dynamic graphs is a challenging task owing to the various properties o...
The design of automatic layout algorithms for single graphs is a well established field, and some re...
One challenge in node-link diagrams is how to efficiently provide a node placement or layout that wi...
The design of automatic layout algorithms for single graphs is a well established field, and some re...
Abstract. We propose a heuristic for maintaining dynamic hierarchical graph layouts. The heuristic i...
© 2015 IEEE. Visualizing dynamic graphs are challenging due to the difficulty to preserving a cohere...
Most graph layout algorithms strive to present an uncluttered view of the graphthat reflects the str...