Table of Contents
Scientific Visualization in Immersive Environments
Acknowledgements
Roadmap
The Purpose of Computing is Insight, not Numbers ~ Richard Hamming
The Purpose of Computing is Insight, not Numbers cont.
Human-Computer Partnership
Displays Nowhere Near Limits of Human Visual System
Roadmap
The Emerging Data Crisis
Divergence of Peak Capacity of DOE ASCI & NSF PACI Capacity
Current ASCI Platforms and Problem Sizes
The Nature of the Problem
System is Unbalanced Today
Plan for Ameliorating this Problem
Roadmap
Raleigh-Taylor Instability LLNL
The Visible Female University of Utah
PowerWall Visualization Los Alamos National Lab
Roadmap
Impedance-matching Limitations of WIMP GUI’s
Post-WIMP UI’s
Immersive Virtual Reality
Brown’s Cave
Advantages of Virtual Reality
Human-scale Problems
Non-human-scale Problems
Why Use Immersive VR for Visualization?
Cave Scientific Visualization TCASCV, Brown University
STAR TAP and CAVERN EVL and ANL
Collaborative Virtual Director & Cave5D-NCSA / Old Dominion Univ.
New Approaches to Ubiquitous, Cheap VR
A Vision of Telecollaboration: A Normal Office, Enhanced
A Vision of Telecollaboration: Overlapped Projected Displays
A Vision of Telecollaboration: Seeing & Manipulating Objects
PPT Slide
Roadmap
Where are we?
Challenges in Core Graphics
Challenges in Core Graphics cont.
Challenges for Post-WIMP Interfaces
Challenges for Scientific (and Information) Visualization
Long term vision
PPT Slide
Line Integral Convolution (LIC)
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