Visualization of meteorological data using an interactive flight

König, Matthias; Lenz, Christian; Domik, Gitta

doi:10.1109/cgi.1998.694292

Cited by 1 publication

(1 citation statement)

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“…The need for GeoVis [Koenig et al 1998] was based on a corporation with geologists who wanted complex threedimensional real-time visualizations of their time-variant data sets. GeoVis was implemented on SGI workstation in C++, Open Inventor 2.0, Iris Viewkit, and Motif 2.0 and featured the visualization of terrain, surfaces, and 3d glyphs from the underlying data set (see Figure 2 (left side)).…”

Section: Geovis and Eskimomentioning

confidence: 99%

Collaboration by illustration

Goetz

Eßmann

Hampel

2006

Proceedings of the Eleventh International Conference on 3D Web Technology

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Figure 1: Visualization object embedded in Java-based Whiteboard of CSCW system. AbstractGraphical representation of complex data sets is an important method for supporting scientific collaboration. Following this idea, we developed a novel Web3D-based visualization framework that supports synchronous as well as asynchronous cooperation, even of spatially separated scientist. Our openVisaar framework is based on open-source technology and combines innovative techniques from the area of computer-generated visualization with modern achievements of CSCW (Computer Supported Cooperative Work). Therefore, we extended OpenSG with the functionality for supporting cooperative and remote features. OpenSG is a portable scene graph system to create real-time graphics applications. openVisaar is designed to accompany state-of-the-art CSCW systems in the collaboration process by embedding the visualization features into the cooperation environment. For this purpose openVisaar provides a rich set of interfaces. By combining both worlds -visualization and CSCW -users of our system get an up-to-date all-in-one solution for collaborating with real world data.

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Section: Geovis and Eskimomentioning

confidence: 99%