Flipping the touch screen paradigm on its ear, a group from Autodesk Research, the University of Toronto, and the University of Alberta have created a new method and apparatus for user interaction. Dubbed Magic Finger, the system consists of a micro NanEye RGB camera, an optical mouse sensor, and an LED attached to the index finger with hook and loop. It’s all very beta at the moment, but such a device, if developed further, could turn any flat surface into a touch interface. [via Gizmag]



Pingback: Bryce Beamer » Blog Archive » Finger-Mounted Touch Sensor
Pingback: Finger-mounted Device Creates Its Own Touch Interface | Steve Troletti Photography and Environmental News
Interesting demo. Some practical use cases, some not so much….but any exploration is valuable in my opinion. My only critique is that the “acting” is terrible and really distracts from the focus of the video….after while you become more driven by the forced nature of the “natural conversations” than the scenarios they are trying to demonstrate. Sorry…..being able to successfully demonstrate a technology is as important as the technology itself. An amateur video is going to negatively impact the overall understanding and believability of the tech.
While it is true that the folks in the above video are not the Gap-clad models of, say, the Google Glass demo, I think they do an exceptional job demonstrating the device. They’re demonstrating technology, not marketing it.
Pingback: Finger-Mounted Sensor & Camera: You Got the Touch | Rival Animus
Pingback: [Tablets] Das Touch-Interface für überall | TechFieber | Smart Tech News. Hot Gadgets.
I visited the Awaiba website looking for pricing/availability information about the NanEye camera but didn’t find anything. They offer an evaluation kit. How did you get your NanEye camera and how expensive was it? Thanks for any information.
check out this clip.My favorite show at15 http://www.youtube.com/watch?v=4I7821V7NP0
Pingback: Touch-Technologie für überall | 11tech
Pingback: De computermuis van de toekomst
I guess I have to ask. How is this different from hacking an optical mouse to a longer focal length for the lazer to bounce back?
// What's Trending
Raspberry Pi Design Contest
Dad Builds Son an Iron Man Arc Reactor
Teardrop Camper Trailer
Seventeen Sneaky Secret Hides
What to do with an 800 Lb Eucalyptus Slab
10 Things to Connect to Your Raspberry Pi
80-Ruxpin Art Installation
3D Printed Kinetic iPhone Cases
// What's Shared
A better way to slice a pumpkin
DIY Nerf Darts
100 Dollar Store Organization Ideas for Craft Rooms and Beyond
In the Maker Shed: Minty Boost USB Charger
Mad’s Mouse House
Lace Princess Crowns
I Have a (Puzzling) Dream
Play the Rings of a Tree Trunk Like a Record
// Most Commented
Plastic Bags into Plastic Blocks: Revisited
10 Hot New Boards to Watch
Why the Maker Movement is Here to Stay
MAKE Asks: Roadside Hacks
Ten Tips for Hand Saws and Blades
DIY Hacks & How To’s: Convert From Battery Power to AC
How To Make Your Own Laundry Detergent
What to do with an 800 Lb Eucalyptus Slab
Trending Topics
Get our Newsletters
About Maker Media
Subscribe
to MAKE!
Get the print and digital versions when you subscribe