Submission Index Page
InfoVis 2003 Contest: Visualization and Pair Wise Comparison of Trees
Treemap, Radial Tree and 3D Tree Visualizations
     
Nihar Sheth
School of Informatics
Indiana University, Bloomington
nisheth@indiana.edu
Katy Borner, Jason Baumgartner & Ketan Mane
School of Library and Information Science
Indiana University, Bloomington
{katy, jlbaumga, kmane} @indiana.edu
Eric Wernert
Computer Science Department
Indiana University, Bloomington
ewernert@cs.indiana.edu
Primary Contact: Nihar Sheth  
This web page accompanies our submission to the InfoVis 2003 Contest.
   
 2 Page Paper Summary:
Click Thimbnails for larger images
   
Task I : PHYLOGENIES
 
 
Figure 1: 3D Viewer
 
 
 
Figure 2: Dual Radial Tree Viewer
Task Description:
Support the interactive comparison of two phylogenetic trees.
 
Tools Used:
3D Viewer
 
This tool was developed by the Advanced Visualization Lab (AVL), Indiana University and is primarily used to search, visualize and study the alignment of multiple trees.
 
Video Clip: (388 MB) 
   
 
 
Dual Radial Tree Viewer:
 
The tool is an in-house implementation of the information visualization laboratory , Indiana University, Bloomington. The software is an extended version of the radial tree browser that was developed as a part of the Information Visualization Software Repository (IV repository).
 
Video Clip: (69 MB)
     
Task II : CLASSIFICATIONS
 
 
Figure 3: Radial Tree Viewer
 
Task Description:
Display the hierarchical structure of a large classification hierarchy. Support search and browsing functionality.
 
Tool Used:
Radial Tree Viewer:
 
This tool is an extended version of the Radial Tree Browser. The original version was developed by Jason Baumgartner and Nihar Sheth and is an integral part of the Information Visualization Software Repository (IV repository) at Indiana University.
  Video Clip: (54 MB)
   
Task III : FILE SYSTEM AND USAGE LOGS
 
 
Figure 4: Treemap
 
Task Description:
Visualize differences among file directory logs.
 
Tool Used:
Treemap:
 
This tool was developed at HCIL, University of Maryland, College Park and adopted for the analysis.
  Video Clip: (54 MB)