September 14, 2005 Constituting the very latest in stereoscopic 3D technology is the SD1710 from Planar Systems. Designed to address imaging applications in geospatial intelligence and photogrammetry ...

Eastman Kodak Company today previewed its next-generation Kodak 3D Stereo Display(TM) system, the industry's leading autostereoscopic display, at SIGGRAPH 2004 in Los Angeles. The new system - which ...

September 9, 2004Stereoscopic image technology has come along way since Frank Hurley took his remarkable images of Douglas Mawson's 1911 expedition to Antarctica on an early Eastman Kodak camera.

This rig is something of a museum or art installation, but the concept is so simple we thought it could easily inspire your next project. The two mirrors and two video sources make up a stereoscopic ...

Sharp Corporation announces the introduction into the Japanese market of the 15-inch LL-151D 3D LCD Color Monitor that provides a 3D (stereoscopic) display without the need for special glasses and ...

A new patent application from Apple details how to implement a 3-dimensional stereoscopic display. While 3d images have been around for years, Apple points out that computational power has advanced to ...

Our inborn 3D view of the world, created when the brain combines two images (one from each eye), helps a great deal when we’re catching a baseball, avoiding a herd of stampeding water buffalo, and ...

Apple is working on display technology that could bring a stereoscopic viewing experience to head-worn, mixed-reality devices like "Apple Glass." In a trio of patent applications published Thursday by ...

Gamers of a certain age will remember a period roughly 15 years ago when the industry collectively decided stereoscopic 3D was going to be the next big thing in gaming. From Nvidia’s “3D Vision” ...

As well, this paper Volumetric Hyper Reality, A Computer Graphics Holy Grail for the 21st Century? (1995) indicates some interesting research in "Hyper-Reality ...

Humans, unlike horses and birds, have two eyes that are located side-by-side in the front of their heads. Because of the eye separation (~6.5 cm) each of the two eyes sees a slightly different image ...