Click on the DOI link to access the article (may not be free).This study examines text input performance on a smartwatch using tap and trace input methods on a standard QWERTY keyboard (Swype(TM)). Participants were either experts or novices to the tracing technique on their smartphone. No users had experience typing on a smartwatch. Participants were able to type at speeds comparable to, or exceeding, those reported in the literature for smartphones and small screen devices. Both novices and tracing experts typed faster overall using the trace input method than the tap method and experts typed the fastest using trace (37WPM). Word error rates were also comparable to those reported for smartphone text input. These results suggest that using...
Although smart-watches let users receive many forms of communication, there is usually no direct way...
The results of an experimental study on handwriting on smartwatches are described in this study. Th...
Text entry on smartphones is far slower and more error-prone than on traditional desktop keyboards, ...
This study examines text input performance on a smartwatch using tap and trace input methods on a st...
Click on the DOI link to access the article (may not be free).The use of smartwatches is increasing ...
The use of smartwatches is increasing exponentially as a consumer interest. Currently, smartwatches ...
Smartwatches are quickly becoming a popular complement to smartphones for notifications and activity...
Presented to the 12th Annual Symposium on Graduate Research and Scholarly Projects (GRASP) held at ...
A smaller screen of smartwatches compare to conventional mobile devices such as PDAs and smart-phone...
AbstractIn the present day context of wearable computing, smartwatches augment our mobile experience...
Design of text entry on small screen devices, e.g. smartwatches, faces two related challenges: tradi...
We present a novel text entry method for smartwatches named BubbleBoard. It is based on a soft keybo...
Smart-watches provide users with access to many applications on smartphones direct from their wrists...
We present a study aimed at comparing different circular layouts for entering text on smartwatches. ...
We study the performance and user experience of two popular mainstream mobile text entry methods: Th...
Although smart-watches let users receive many forms of communication, there is usually no direct way...
The results of an experimental study on handwriting on smartwatches are described in this study. Th...
Text entry on smartphones is far slower and more error-prone than on traditional desktop keyboards, ...
This study examines text input performance on a smartwatch using tap and trace input methods on a st...
Click on the DOI link to access the article (may not be free).The use of smartwatches is increasing ...
The use of smartwatches is increasing exponentially as a consumer interest. Currently, smartwatches ...
Smartwatches are quickly becoming a popular complement to smartphones for notifications and activity...
Presented to the 12th Annual Symposium on Graduate Research and Scholarly Projects (GRASP) held at ...
A smaller screen of smartwatches compare to conventional mobile devices such as PDAs and smart-phone...
AbstractIn the present day context of wearable computing, smartwatches augment our mobile experience...
Design of text entry on small screen devices, e.g. smartwatches, faces two related challenges: tradi...
We present a novel text entry method for smartwatches named BubbleBoard. It is based on a soft keybo...
Smart-watches provide users with access to many applications on smartphones direct from their wrists...
We present a study aimed at comparing different circular layouts for entering text on smartwatches. ...
We study the performance and user experience of two popular mainstream mobile text entry methods: Th...
Although smart-watches let users receive many forms of communication, there is usually no direct way...
The results of an experimental study on handwriting on smartwatches are described in this study. Th...
Text entry on smartphones is far slower and more error-prone than on traditional desktop keyboards, ...