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The team developed a pathway to use Samsung’s stretchable electronics technology as a peripheral for Augmented Reality. The device gives users the capability to enter text and control an operating system using subtle and discrete hand motions.
[/vc_column_text][vc_column_text]Team: Michael Oudenhoven, Ashis Ghosh, Purva Juvekar
Advisors: Prof. Alice Agogino| Prof. Euiyoung Kim[/vc_column_text][vc_row_inner][vc_column_inner width=”2/3″][vc_column_text]By utilizing human-centered design principles, our team has developed a pathway to the widespread use of Samsung’s stretchable electronic technology as a peripheral for augmented reality (AR). Our device gives users the capability to enter text and control an AR operating system privately, using subtle and discrete hand motions.
- Text Entry Scheme
Through testing and research our team developed a novel text entry scheme specifically for our device. The scheme divides the alphabet into 5 blocks of letters each mapping to one of your fingers. To select a letter you simply bend your finger to select a block and then bend your finger again to select a specific letter inside that block. - Stretchable Electronics
At 15 microns thick, Samsung’s stretchable electronics technology is thinner than a strand of human hair. Acting as a non-invasive second skin, the technology has a variety of sensing and connectivity applications to create on the body IoT devices.
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