Gravi: Difference between revisions

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== References ==
== References ==
*Hao Ming C., Dayal Umeshwar, Cotting Daniel, Holenstein Thomas, Gross Markus. Accelerated force computation for physics-based information visualization. ''Proceedings of the symposium on Data visualisation 2003 VISSYM '03'', Eurographics Association, 2003.
*Hinum Klaus, Miksch Silvia, Aigner Wolfgang, Ohmann Susanne, Popow Christian, Pohl Margit, Rester Markus. Gravi++: Interactive Information Visualization to Explore Highly Structured Temporal Data. ''Workshop IDAMAP 2005 Intelligent Data Analysis in Medicine and Pharmacology'', Journal of Universal Computer Science 11, 2005.
*Hao Ming C., Garg Pankaj, Dayal Umeshwar, Machiraju Vijay, Cotting Daniel. Case studies: information visualization and user interaction: Visualization of large web access data sets. ''Proceedings of the symposium on Data Visualisation 2002 VISSYM '02'', Eurographics Association, 2002.
*Rester Markus, Pohl Margit, Hinum Klaus, Miksch Silvia, Ohmann Susanne, Popow Christian, Banovic Slaven. Assessing the Usability of an Interactive Information Visualization Method as the First Step of a Sustainable Evaluation. ''Usability Symposium: Empowering Software Quality: How can Usability Engineering reach these goals?'', Austrian Computer Society (OCG) 198, 2005.




[[Category: Techniques]]
[[Category: Techniques]]

Latest revision as of 13:43, 4 April 2006

Gravi++ is an interactive Information Visualization for highly structured temporal data. It consists out of two overview visualizations (a simple list based and a more advanced small multiples based one) and a spring based core.

Gravi++ was created in the in2vis Project to gain new insights in the human reasoning process.


Typical screenshot of Gravi++


References

  • Hinum Klaus, Miksch Silvia, Aigner Wolfgang, Ohmann Susanne, Popow Christian, Pohl Margit, Rester Markus. Gravi++: Interactive Information Visualization to Explore Highly Structured Temporal Data. Workshop IDAMAP 2005 Intelligent Data Analysis in Medicine and Pharmacology, Journal of Universal Computer Science 11, 2005.
  • Rester Markus, Pohl Margit, Hinum Klaus, Miksch Silvia, Ohmann Susanne, Popow Christian, Banovic Slaven. Assessing the Usability of an Interactive Information Visualization Method as the First Step of a Sustainable Evaluation. Usability Symposium: Empowering Software Quality: How can Usability Engineering reach these goals?, Austrian Computer Society (OCG) 198, 2005.
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