The Shape of Shakespeare: Visualizing Text using Implicit Surfaces
R. Rohrer, J. Sibert, and D. Ebert. INFOVIS '98: Proceedings of the 1998 IEEE Symposium on Information Visualization, page 121--129. Washington, DC, USA, IEEE Computer Society, (1998)
Abstract
Information visualization focuses on the use of visual means for exploring non-visual information. While free-form text is a rich, common source of information, visualization of text is a challenging problem since text is inherently non-spatial. This paper explores the use of implicit surface models for visualizing text. We describe several techniques for text visualization that aid in understanding document content and document relationships. A simple method is defined for mapping document content to shape. By comparing the shapes of multiple documents, global content similarities and differences may be noted. In addition, we describe a visual clustering method in which documents are arranged in 3D based upon similarity scoring. Documents deemed closely related blend together as a single connected shape. Hence, a document corpus becomes a collection of shapes that reflect inter-document relationships. These techniques provide methods to visualize individual documents as well as corpus meta-data. We then combine the two techniques to produce transparent clusters enclosing individual document shapes. This provides a way to visualize both local and global contextual information. Finally, we elaborate on several potential applications of these methods.
%0 Conference Paper
%1 Rohrer1998
%A Rohrer, Randall M.
%A Sibert, John L.
%A Ebert, David S.
%B INFOVIS '98: Proceedings of the 1998 IEEE Symposium on Information Visualization
%C Washington, DC, USA
%D 1998
%I IEEE Computer Society
%K
%P 121--129
%T The Shape of Shakespeare: Visualizing Text using Implicit Surfaces
%X Information visualization focuses on the use of visual means for exploring non-visual information. While free-form text is a rich, common source of information, visualization of text is a challenging problem since text is inherently non-spatial. This paper explores the use of implicit surface models for visualizing text. We describe several techniques for text visualization that aid in understanding document content and document relationships. A simple method is defined for mapping document content to shape. By comparing the shapes of multiple documents, global content similarities and differences may be noted. In addition, we describe a visual clustering method in which documents are arranged in 3D based upon similarity scoring. Documents deemed closely related blend together as a single connected shape. Hence, a document corpus becomes a collection of shapes that reflect inter-document relationships. These techniques provide methods to visualize individual documents as well as corpus meta-data. We then combine the two techniques to produce transparent clusters enclosing individual document shapes. This provides a way to visualize both local and global contextual information. Finally, we elaborate on several potential applications of these methods.
%@ 0-8186-9093-3
@inproceedings{Rohrer1998,
abstract = {Information visualization focuses on the use of visual means for exploring non-visual information. While free-form text is a rich, common source of information, visualization of text is a challenging problem since text is inherently non-spatial. This paper explores the use of implicit surface models for visualizing text. We describe several techniques for text visualization that aid in understanding document content and document relationships. A simple method is defined for mapping document content to shape. By comparing the shapes of multiple documents, global content similarities and differences may be noted. In addition, we describe a visual clustering method in which documents are arranged in 3D based upon similarity scoring. Documents deemed closely related blend together as a single connected shape. Hence, a document corpus becomes a collection of shapes that reflect inter-document relationships. These techniques provide methods to visualize individual documents as well as corpus meta-data. We then combine the two techniques to produce transparent clusters enclosing individual document shapes. This provides a way to visualize both local and global contextual information. Finally, we elaborate on several potential applications of these methods.},
added-at = {2012-07-13T11:59:17.000+0200},
address = {Washington, DC, USA},
author = {Rohrer, Randall M. and Sibert, John L. and Ebert, David S.},
biburl = {https://www.bibsonomy.org/bibtex/21fb49b5547a4f3ffe6e08a2dd7575c01/jabreftest},
booktitle = {INFOVIS '98: Proceedings of the 1998 IEEE Symposium on Information Visualization},
file = {Rohrer1998.pdf:1998/Rohrer1998.pdf:PDF},
groups = {public},
interhash = {a5fe68c977167b0f4319a28b7579269e},
intrahash = {1fb49b5547a4f3ffe6e08a2dd7575c01},
isbn = {0-8186-9093-3},
keywords = {},
location = {North Carolina},
pages = {121--129},
publisher = {IEEE Computer Society},
timestamp = {2012-07-13T11:59:17.000+0200},
title = {The Shape of Shakespeare: Visualizing Text using Implicit Surfaces},
username = {jabreftest},
year = 1998
}