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Imagine being able to fit such a tablet into your pocket and not having to worry about reducing the size of the display.  It may soon be possible thanks to researcher Juergen Steimle. Working with faculty at MIT's media lab they have developed multiple tablets that work a bit differently than their traditional counterparts.

 

 

The technology, dubbed FoldMe, works by using infrared cameras overhead to track movement and position of the  tablet surface. The software interface is projected on to the surfaces, using two full high definition projectors to project the image onto the "tablet." Angle of the hinges within the tablet allowing the display to convert from a flat panel display, to a two panel display as if held like reading a book, or if folded completely over a smaller display.

 

 

Hand gestures can be read using infrared markers on the finger nails to give it the touch screen feel most people are used to. The hinges also create new controls that can be used within applications. Since the cameras read the angle of the fold, the angle can be used to control information that normally an on-screen dial would control.

 

 

It appears that this may not work well outside, or off the tablet projection grid. However, this may usher in a new level of connectivity for the boardroom. Later this month, Steimle will present his work at the TEI conference in Canada.

 

 

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xlr8_tablet.png

XLR8 via LucidLogix @ CES 2012

 

LucidLogix showed off the company’s new GPU virtualization technology (code named XLR8) that boasts performance increases in embedded chips such as AMD’s Fusion, NVIDIA’s Tegra line and Intel’s Ivy Bridge among others. Lucid’s XLR8 (taken from their Virtu MVP software) and ups the CPU-rendering frame rates in games and other apps without bogging down the GPU. Think of it like overclocking the CPU in pre-rendering tasks while leaving the GPU portion to maintain the game without slowing down.

 

According To Lucid, applications can see up to a 200% increase in improvement without a massive drain on the mobile device’s battery! That’s like taking a low-end APU and supercharging it into a high-end mobile gaming powerhouse. The software can do this by disabling un-needed background tasks and implements unique multi-threading to help off-load the GPU’s redundant tasks. In other word, XLR8 is running the device in an application specific mode. The XLR8 system is still undergoing compatibility tests for most major mobile devices but could be out anytime this year.

 

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