·1. Environmental Media Project
Graduate School of Media and Governance, Keio University, Tokyo, Japan.
1999-current
·2. Virtual Explorer
University of California, San Diego, CA.
1998
·3. VRML Projects
Telepresence Research, Inc., San Francisco, CA.
1996
·4. Virtual Brewery Adventure
Telepresence Research, Inc., San Francisco, CA.
1994
·5. Menagerie
Telepresence Research, Inc., San Francisco, CA.
1993
·6. Telepresence Mobile Robot
Telepresence Research, Inc., San Francisco, CA.
1991
·7. NASA VIEWlab
NASA Ames Research Center, Mountain View CA.
1985-90
·8. Viewpoint Dependent Imaging
Architecture Machine Group, MIT, Cambridge, MA.
1981
·9. Stereoscopic Workstation
Architecture Machine Group, MIT, Cambridge, MA.
1981
·10. Dancing Images
Architecture Machine Group, MIT, Cambridge, MA.
1981
·11. Stereoscopic Design Theater
Fiat/Lancia Design, Turin, Italy.
1979
·12. Stereoscopic Art Works
Center for Advanced Visual Studies, MIT, Cambridge, MA.
1974-76
Viewpoint Dependent Imaging
Architecture Machine Group, MIT, Cambridge, MA
1981

An interactive stereoscopic display configuration that provides binocular parallax, motion parallax, and motion perspective depth cues by determining the viewer's head position with a magnetic tracker. The correct viewpoint for the current head position is selected and displayed in realtime from an optical videodisc holding over 5000 different viewpoints of a scene.

  Viewpoint Dependent Imaging - SPIE '82.pdf

  Viewpoint dependent imaging demo
Quicktime movie (39.1MB)

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