Our research shows: Controlled Car Stereo 3-D display: We use a special optical flat lens (wedge) behind an LCD monitor into a thin beam of light in the eyes of every spectator extraction. followed by the use of a head tracker Kinect the user to display, and then the prototype can restrict the range of user control. The combination creates an image in 3-D without glasses or hold the viewer's head is driven into place. Controllable Multi-View Display: The sameoptical system in 3-D system, the wedge used behind an LCD is used to control two separate images, two separate people, rather than two separate eyes, as in the case of 3-D. Kinect with a head tracker, and are pursuing a number of spectators and television viewers to send every single image. So, two people can be viewed simultaneously research, but to see two different images. If two users change the positions moved to the same image on them constantly. Retro-Air-gestureDisplay: Sometimes it's best to check with gestures rather than buttons. With a reflective screen and a camera near the projector makes all objects cast a shadow, regardless of their color. This makes it easy to use machine vision algorithms for the gestures to control the top screen, the navigation can be used and many other useful applications. An announcement that you can see, with the optical wedge flat in camera mode, after a special transparent light-emitting organic light emitting diode display, we can...
Keywords: Steven, Bathiche, Microsoft, Research, cool, interactive, display
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