Researchers around the world are now working to create holographic video displays. Hiroshi Yoshikawa has been working on holovideo research since the early days.
At Stanford University, the Holography and Optical Data Storage Group is exploring a number of electro-optic principles that relate to 3-D imaging and holography.
Practical Holography VIII
from 1994: SPIE abstracts
Practical Holography VII
from 1993: SPIE abstracts
Holographic International
from 1992: SPIE abstracts
Practical Holography VI
from 1992: SPIE abstracts
Practical Holography V
from 1991: SPIE abstracts
Display Systems: High-Resolution and Large Screen Displays and Helmet,
Head-Up, and Head-Down Displays
from 1993: SPIE abstracts
Many of the above are on the SPIE Server.
The Optics and Laser Group at Adelaide University (Australia) is looking at CGH holographic imaging.
Computer Generated Holography and Micro-Optics Fabrication at Heriot-Watt University, Edinburgh, U.K.
The MIT holovideo approach is based on the Scophony television display geometry. This approach is used for commercial high-end projectors. A recent patent claims some improvements, but also demonstrates once again that the the Scophony inventors were way ahead of their time.
Electronic Imaging has included work related to holovideo.
The History and Sociology of Holography - Dr Sean Johnston, University of Glasgow
Annotated Scientific Visualization Weblet Bibliography
Silicon Graphics, NCSA and EVL to Create Supercomputing Environment of the Future
Please send me e-mail if you have a link to Web pages related to holovideo or computer-generated holography.