Cito: An Actuated Smartwatch for Extended Interactions
Jun Gong, Lan Li, Daniel Vogel and Xing-Dong Yang ACM Conference on Human Factors in Computing Systems (CHI), 2017 [PDF] [Video]
Exploiting the full potential of smartwatches requires useful and usable input and output. This is challenging considering the small form factor and wearable context. Existing research has primarily focused on smartwatch input with little work on output. We propose extending smartwatch output by physically actuating a watch face in five ways: rotating on its normal axis, hinging on side, rising vertically, translating along the forearm, and orbiting around the wristband. These movements can be used for a variety of new interactions. For example, when a user has dirty hands (e.g. gardening), the watch face can translate outside of a shirt sleeve to make it visible when a notification arrives. When a user is carrying something heavy, the watch face can orbit to a visible part of the watch band. When a user shows a picture on their watch to someone else, the face can hinge towards the other person to provide a better viewing angle.
This is our proof-of-concept prototype using off-the-shelf electronic components.
|Orbit-Rotate Module||Hinge-Translate Module|
|Rise Module||Top Side|
For more details, please check our video and paper.
Selected Press Coverage
Discovery Channel (Canada): Cito on Daily Planet
EurekAlert: Dartmouth-led team develops smartwatch with all the moves
WAREABLE: Dartmouth researchers develop a smartwatch that can move on your wrist
The Dartmouth && ACM TechNews SIGCHI Edition (June 2017): Q&A with Ph.D. student and smartwatch designer Jun Gong