We present an 8-dimensional (8D) display that allows glasses-free viewing of 3D imagery, whist capturing and reacting to incident environmental and user controlled light sources. We demonstrate two interactive possibilities enabled by our lens-array-based hardware prototype, and realtime GPU-accelerated software pipeline. Additionally, we describe a path to deploying such displays in the future, using current Sensor-in-Pixel (SIP) LCD panels, which physically collocate sensing and display elements
Millions of people worldwide need glasses or contact lenses to see or read properly. We introduce a ...
See-through near-eye displays with the form factor and field of view of eyeglasses are a natural cho...
Human beings devote 50% of the brain to process visual content[1]. In today's world, the information...
magine a display that behaves like a window. Glancing through it, viewers perceive a virtual 3D scen...
Traditional flat screen displays present 2D images. 3D and 4D displays have been proposed making u...
We present a 3D light-sensitive display. The display is capa- ble of presenting simple opaque 3D sur...
We transform an LCD into a display that supports both 2D multi-touch and unencumbered 3D gestures. O...
With the invention of integral imaging and parallax barriers in the beginning of the 20th century, g...
Light field displays offer glasses-free 3D visualization, which means that multiple individuals may ...
Ivan Sutherland described an ``Ultimate Display" as a true ``window" that connects the computer-gene...
We present a glasses-free 3D display design with the potential to provide viewers with nearly correc...
Figure 1: A) An array of point light sources, called pinlights, fill the eye’s image plane when defo...
We live in a digital age. As more of our interactions are mediated by computers, their visual displa...
We live in a digital age. As more of our interactions are mediated by computers, their visual displa...
Glasses-free automultiscopic displays are on the verge of becoming a standard technology in consumer...
Millions of people worldwide need glasses or contact lenses to see or read properly. We introduce a ...
See-through near-eye displays with the form factor and field of view of eyeglasses are a natural cho...
Human beings devote 50% of the brain to process visual content[1]. In today's world, the information...
magine a display that behaves like a window. Glancing through it, viewers perceive a virtual 3D scen...
Traditional flat screen displays present 2D images. 3D and 4D displays have been proposed making u...
We present a 3D light-sensitive display. The display is capa- ble of presenting simple opaque 3D sur...
We transform an LCD into a display that supports both 2D multi-touch and unencumbered 3D gestures. O...
With the invention of integral imaging and parallax barriers in the beginning of the 20th century, g...
Light field displays offer glasses-free 3D visualization, which means that multiple individuals may ...
Ivan Sutherland described an ``Ultimate Display" as a true ``window" that connects the computer-gene...
We present a glasses-free 3D display design with the potential to provide viewers with nearly correc...
Figure 1: A) An array of point light sources, called pinlights, fill the eye’s image plane when defo...
We live in a digital age. As more of our interactions are mediated by computers, their visual displa...
We live in a digital age. As more of our interactions are mediated by computers, their visual displa...
Glasses-free automultiscopic displays are on the verge of becoming a standard technology in consumer...
Millions of people worldwide need glasses or contact lenses to see or read properly. We introduce a ...
See-through near-eye displays with the form factor and field of view of eyeglasses are a natural cho...
Human beings devote 50% of the brain to process visual content[1]. In today's world, the information...