An auditory display is a replacement for a visual display using nothing but sound. It may be binaural, most certainly is a Sonification interface, and is exceedingly difficult, but not impossible to achieve. Crude auditory display interfaces are employed for individuals who cannot use a visual display interface under normal circumstances.
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We finally understand enough about the way sound signals are processed into electrical signals, to go one better than the cochlea implant. We can tap directly into the auditory nerve itself.
There are several potential ways this display is working. One of the simplest and most plausible is a colour e-paper display behind a completely transparent display medium. The e-paper handles the picture, 'refreshing' the colour display to a matt black when the layer in front, the graphical display is activated. As soon as that deactivates, the 'oil' is re-drawn. Simple, elegant, and still far beyond us.
The original intent of the designers of the scent collar was to create an entirely virtual environment controlled, personal scent experience to augment the visual and auditory sensory immersion. It is worn round the neck, and has a number of scent cartridges attached to it.
Researchers from the Technion Institute of Technology in Israel have crafted a wearable augmented reality immersion apparatus designed to provide patients suffering from balance disorders with supplemental auditory and visual information to restore normal gait.
VRD or Virtual Retinal Display is an offshoot of HMD display technology, which, instead of placing a pair of display screens in front of the eyes, actually projects an image directly onto the human retina with low-energy lasers or LCDs.
On September 8th 2009, Obscura Digital installed the first display of its kind, at the Hard Rock cafe in Las Vegas, US. This display is a dynamically resizing, dynamically multi-user, multitouch display wall.
A quote about a holo-display in a rosewood cube, casts an accurate picture of how display technology can be worked into everyday things, to make it a part of life.
The Perspecta display system was released by Actuality Systems in May 2005. Its intended purpose is as a 3D volumetric display capable of projecting a virtual object right in front of you.
The SportVue heads-up display for motorcycles and other motion sports is designed to augment the rider?s vision with a continuing display of computerised data about the terrain, weather warnings, their speed, and exact location on the course, without taking their eye off the path ahead.
Industry news from 07-02-2005. On Wednesday, 2nd of February, Icuiti announced the introduction of the M920 Heads up Display System (HUD). This device offers a healthy resolution for a heads up display, with none ofthe weight, or overheating issues of previous displays.
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Motherhood is associated with the acquisition of a host of new behaviors that must be driven, at least in part, by alterations in brain function. Now, new research published by Cell Press in the October 20 issue of the journal Neuron provid...
Is sound only sound if someone hears it? Apparently not. Silent videos that merely imply sound - such as of someone playing a musical instrument - still get processed by auditory regions of the brain.
Kaspar Meyer at the Univ...
Researchers from Sungkyunkwan University in Korea and the University of Nevada have developed a flexible tactile display that can wrap around the fingertip, palm, or arm.
The key material in the display is an electroactive po...
Intel corporation is applying for a patent for flexible display technology based on a pair of flexible sheets which sandwich some magnetic display elements between them.
These magnetic display elements would have a varying de...
California Institute of Technology researchers have found that the brain doesn't lose one sensory ability (sound movement, in this case) when it rewires an area for use by another sense (visual movement, in this case).