In this demo, we show that it is possible to enhance touch interaction on unmodified smartwatch to support continuous pressure touch, twist and pan gestures, by only analyzing the real-time data of Inertial Measurement Unit (IMU). Our evaluation results show that the three proposed input interfaces are accurate, noise-resistant, easy to use and can be deployed to a variety of smartwatches. We then showcase the potential of this work with seven example applications. During the demo session, users can try the prototype.Postprin
Smart-watches provide users with access to many applications on smartphones direct from their wrists...
Smartwatches are emerging as an increasingly popular platform for longitudinal in situ data collecti...
Researchers are proposing many approaches to overcome the usability problem of a smartwatch owing to...
The screen size of a smartwatch provides limited space to enable expressive multi-touch input, resul...
In this demo, we show that it is possible to enhance touch interaction on unmodified smartwatch to s...
Smartwatches promise to bring enhanced convenience to common communication, creation and information...
Smartwatches present a unique touch input context: small, fixed to one wrist and approachable from a...
Smartwatches are characterized by their small size designed for wearability, discretion, and mobile ...
Smartwatches are emerging device category that feature highly limited input and display surfaces. We...
We present a technique for detecting gestures on the edge of an unmodified smartwatch. We demonstrat...
CHI EA '14 Conference on Human Factors in Computing Systems, 26 April - 1 May 2014, Toronto CanadaTh...
Touchscreen interaction has become a fundamental means of controlling mobile phones and smartwatches...
Smartwatches have recently seen a surge in popularity, and the new technology presents a number of i...
We introduce Orbits, a novel gaze interaction technique that enables hands-free input on smart watch...
Smartwatches have recently seen a surge in popularity, and the new technology presents a number of i...
Smart-watches provide users with access to many applications on smartphones direct from their wrists...
Smartwatches are emerging as an increasingly popular platform for longitudinal in situ data collecti...
Researchers are proposing many approaches to overcome the usability problem of a smartwatch owing to...
The screen size of a smartwatch provides limited space to enable expressive multi-touch input, resul...
In this demo, we show that it is possible to enhance touch interaction on unmodified smartwatch to s...
Smartwatches promise to bring enhanced convenience to common communication, creation and information...
Smartwatches present a unique touch input context: small, fixed to one wrist and approachable from a...
Smartwatches are characterized by their small size designed for wearability, discretion, and mobile ...
Smartwatches are emerging device category that feature highly limited input and display surfaces. We...
We present a technique for detecting gestures on the edge of an unmodified smartwatch. We demonstrat...
CHI EA '14 Conference on Human Factors in Computing Systems, 26 April - 1 May 2014, Toronto CanadaTh...
Touchscreen interaction has become a fundamental means of controlling mobile phones and smartwatches...
Smartwatches have recently seen a surge in popularity, and the new technology presents a number of i...
We introduce Orbits, a novel gaze interaction technique that enables hands-free input on smart watch...
Smartwatches have recently seen a surge in popularity, and the new technology presents a number of i...
Smart-watches provide users with access to many applications on smartphones direct from their wrists...
Smartwatches are emerging as an increasingly popular platform for longitudinal in situ data collecti...
Researchers are proposing many approaches to overcome the usability problem of a smartwatch owing to...