News
Analytical eye: Viewing through the data jungle Every day vast amounts of information flood into business databases. To achieve their corporate objectives, companies try to evaluate information relevant to their activities as effectively as possible.
In the day-to-day working environment they use business intelligence programs to collect, evaluate and present data.
But many of the current analytical methods can only display information statically, as lists or reports. Visualization techniques help to present the information in a form that can be more easily understood.
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About VisMaster
VisMaster is a European Coordination Action Project focused on the
research discipline of Visual Analytics: One of the most important challenges of the
emerging Information Age is to effectively utilise the immense wealth of information
and data acquired, computed and stored by modern information systems. On the one hand,
the appropriate use of available information volumes offers large potential to realize
technological progress and business success.
Featured Articles
Environmental simulation models are created to understand environmental processes and to analyse future scenarios. To asses the quality of simulation ...
Lundblad P, Jern M: Geovisual Analytics applied to a Swedish Road Warning Prediction System, reviewed paper in proceedings, GI4DM Conference ...
EuroVAST 2010 co-located with EuroVis 2010 Bordeaux, France – June 8, 2010 http://www.eurovast.org/ EuroVAST 2010 is the first international symposium on visual analytics science ...
In the Media
Visual Analytics is also a topic in German television. Check out the video.
EuroVAST
EuroVAST 2010 is the first international symposium on visual analytics science and technology held in Europe. The goal of the symposium is to promote and advance the combination and integration of visualization and analytics methods for the purpose of problem solving in a variety of application domains. [...]
Conferences
Volume graphics deals with the analysis, synthesis and presentation of volumetric phenomena, both static and time-varying. Specifically, it includes topics, both volumetric and point-based, related to the acquisition, reconstruction and transformation of volume data as well as feature analysis, information extraction and rendering. Research papers are solicited that present original, unpublished results concerning all aspects of volume graphics and point-based graphics. We especially invite research contributions that report computational techniques.
