Research Areas: Information Visualization

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The focus is on the development of new algorithms that map multi-dimensional, time-varying information to lower-dimensional spaces. The combination of rank-reducing operations and interactive exploration is being explored in the context of a next generation, massively tiled, display system, called [[Research Projects: HIPerWall | HIPerWall]]. [[Research Projects: HIPerWall | HIPerWall]] operates at the perception threshold of the human eye and provides researchers with an unprecedented amount of visual information.
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The focus is on the development of new algorithms that map multi-dimensional, time-varying information to lower-dimensional spaces. The combination of rank-reducing operations and interactive exploration is being explored in the context of a next generation, massively tiled, display system, called [[Research Projects: HIPerSpace | HIPerSpace] and [[Research Projects: HIPerWall | HIPerWall]]. The systems operate at the perception threshold of the human eye and provide researchers with an unprecedented amount of visual information.
  
 
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Latest revision as of 20:56, 16 September 2008

The focus is on the development of new algorithms that map multi-dimensional, time-varying information to lower-dimensional spaces. The combination of rank-reducing operations and interactive exploration is being explored in the context of a next generation, massively tiled, display system, called [[Research Projects: HIPerSpace | HIPerSpace] and HIPerWall. The systems operate at the perception threshold of the human eye and provide researchers with an unprecedented amount of visual information.


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