2000 Proceedings 2000 Photos Other years... 2024 2023 2022 2021 2020 2019 2018 2017 2016 2015 2014 2013 2012 2011 2010 2009 2008 2007 2006 2005 2004 2003 2002 2001 2000 1999 1998 1997 1996

This year, for the first time, most of the images in this page are stereoscopic - signified by a glasses icon in the corner. See the information at the bottom of this page for instructions on how to view these images in 3D.

Vivian Walworth from Rowland Institute for Science displayed some of their latest Stereojet transparencies. Pictured: Vivian Walworth.

San Francisco Imaging Services displayed a wide selection of transparency- and reflection-mode Stereojet images. Pictured: Lowell Noble has a closer look.

C.-H. Tsai and Neil Stringer were available to discuss their poster papers "Fabrication of a large F-number lenticular plate and its use as a small-angle flat-top diffuser in autostereoscopic display screens" [3957-17] and "Using enhanced disparity information under telepresence [3957-43]" (respectively).

Graham Woodgate of Sharp Labs Europe demonstrated their parallax-barrier-based autostereoscopic display, which provides a special alignment strip at the bottom of the image to allow the viewer to easily align him or herself to the correct viewing zone.

Bryan Costales and Marcia Flynt of SL3D Inc. demonstrated their stereoscopic microscope using the single lens 3D approach and a range of SL3D 35mm slides.

Dynamic Digital Depth demonstrated their field-sequential demultiplexer and Curtin University demonstrated the DV120 3D video standards converter.

David Mark from Mark Resources demonstrated a selection of stereoscopic prints in lenticular, anaglyph, and parallax-barrier format.

Boris Starosta demonstrated a wide selection of anaglyph stereoscopic prints ranging from wholly computer generated, to 2D to 3D conversions, to photographic images shot in 3D.

Toshiki Gunji from Ibaraki University demonstrated the "Scope Cache" system to David Drascic, illustrating how the problem of time lag between the measurement of a viewer's head position and the subsequent display of images on a computer screen can be reduced by advanced algorithms.

Oliver Schmidt from Vision Drei demonstrated their field-sequential 3D frame-doubler.

Dresden University of Technology demonstrated their eye position detection system for use in Autostereoscopic display systems.

Susumu Nakajima from Tokyo University (Tokyo, Japan) showed an integral photography based autostereoscopic display as an example of the use of stereoscopic technology for surgical planning. Pictured: (left) Susumu Nakajima, (right) Michael Weissman holds an integral photograph.

The hallway outside the conference hosted a holography display in support of the Holography conference.

All photographs © 2000 Andrew Woods.