Title
A Shape-Based Visual Interface for Text Retrieval
Abstract
Visual data mining requires a tightly coupled visual interface with underlying information retrieval and analysis engines. To be useful, these techniques must augment human exploration and discovery beyond existing methods. Since the focus of data mining is to provide humans with supporting tools to think and explore, human perceptual issues are an important component of effective visual interfaces for such systems.In this article we describe a shape-based visual interface for information retrieval and interactive exploration. Our exploratory system uses procedurally generated shapes coupled with an underlying text retrieval engine. Traditional text-based queries and summarization are enhanced with a visual interface based on 3D shapes (glyphs). Our interface allows visualizing multidimensional relationships among documents and perceiving more information than with conventional text-based interfaces. It promotes information overview and "drill-down" in support of analysis. Before describing our visual interface and application, we introduce information retrieval within the context of data mining and provide a brief over-view of procedural shape generation. We then describe our current system and give a few relevant examples. Finally, we offer some ideas for future enhancements and direction.
Year
DOI
Venue
1999
10.1109/38.788797
IEEE Computer Graphics and Applications
Keywords
Field
DocType
data mining,effective visual interface,information retrieval,conventional text-based interface,shape-based visual interface,visual interface,visual data mining,underlying information retrieval,information overview,text retrieval,underlying text retrieval engine,graphical user interfaces,data visualisation
Glyph,Automatic summarization,Data visualization,Human–computer information retrieval,Information retrieval,Computer science,Exploit,Graphical user interface,Document retrieval,Visual Word
Journal
Volume
Issue
ISSN
19
5
0272-1716
Citations 
PageRank 
References 
8
0.89
7
Authors
3
Name
Order
Citations
PageRank
Randall M Rohrer1736.01
John L. Sibert2878178.40
David S. Ebert32056232.34