Envision a world where inconspicuous and unobtrusive display surfaces act as general digital interfaces which transmit both words and pictures as well as machine-compatible data. They also encode relative orientation and positioning. Any display can be a transmitter and any phone can be a receiver. Further, data can be rendered invisibly on the screen.
VRCodes present the design, implementation and evaluation of a novel visible light-based communications architecture based on undetectable, embedded codes in a picture that are easily resolved by an inexpensive camera. The software-defined interface creates an interactive system in which any aspect of the signal processing can be dynamically modified to fit the changing hardware peripherals and well as the demands of desired human interaction.
This design of a visual environment that is rich in information for both people and their devices overcomes many of the limitations imposed by radio frequency (RF) interfaces. It is scalable, directional, and potentially high capacity. We demonstrate it through NewsFlash, a multi-screen set of images where each user's phone is an informational magnifying glass that reads codes arranged around the images.
Newsflash shows a large display of screens which can be used in a public environment. Users can point their phone at a screen to get more data from the frontpages in front of them.
Women's History Month Celebrating Women in Tech... Cowboom (2015)
Creating invisible QR codes that can be read by ordinary digital cameras with E14 Fund... Beta Boston (2014)
5 Cool Things at MIT ... GigaOm (2013)
VR (Video Response) Codes ... IdentifEYE
Computer Vision for Consumers ... Blog 360i (2013)
Most Creative People 2013: Grace Woo ... Fast Company
QR to VR: The smartcode rebooted ... Wired UK (2012)
QR Code Meet Your Replacement the VR Code ... Strategically Communicating
MIT Media Lab Newsflash Hands On ... Engadget (2012)
Visible Pixels as a Network Interface ... Exhibit at the MIT Museum's "Ways We See" exhibit (2011)