A joystick text entry method for game controllers and mobile phones would be valuable, since these devices often have joysticks but no conventional keyboards. But prevalent joystick text entry methods are slow because they are selection-based. EdgeWrite, a new joystick text entry method, is not based on selection but on gestures from a unistroke alphabet. Our experiment shows that this new method is faster, leaves fewer errors, and is more satisfying than date stamp and selection keyboard (two prevalent selection-based methods) for novices after minimal practice. For more practiced users, our results show that EdgeWrite is at least 1.5 times faster than selection keyboard, and 2.4 times faster than date stamp
We present a major extension to our previous work on Trackball EdgeWrite—a unistroke text entry meth...
We present a new gestural text entry method for trackballs. The method uses the mouse cursor and rel...
With the increasing demand for smaller more mobile devices (e.g., PDAs, pen tablets, etc.), manufact...
A joystick text entry method for game controllers and mobile phones would be valuable, since these d...
A joystick text entry method for game controllers and mobile phones would be valuable, since these d...
are hit, not on the stroke path, so wiggle and jitter do not deter high recognition rates. Segmentat...
A gestural text entry method for mobile is presented. Unlike most mobile phone text entry methods, w...
EdgeWrite is a new unistroke text entry method for handheld devices designed to provide high accurac...
We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple co...
We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple co...
Abstract. This paper presents EasyWrite, a new text-entry method for mobile devices developed to all...
This paper describes the author’s dissertation research on designing, implementing, and evaluating t...
Ultra-small smart devices, such as smart watches, have become increasingly popular in recent years. ...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
This article introduces a new soft keyboard, named Tap and Slide, specifically designed for mobile d...
We present a major extension to our previous work on Trackball EdgeWrite—a unistroke text entry meth...
We present a new gestural text entry method for trackballs. The method uses the mouse cursor and rel...
With the increasing demand for smaller more mobile devices (e.g., PDAs, pen tablets, etc.), manufact...
A joystick text entry method for game controllers and mobile phones would be valuable, since these d...
A joystick text entry method for game controllers and mobile phones would be valuable, since these d...
are hit, not on the stroke path, so wiggle and jitter do not deter high recognition rates. Segmentat...
A gestural text entry method for mobile is presented. Unlike most mobile phone text entry methods, w...
EdgeWrite is a new unistroke text entry method for handheld devices designed to provide high accurac...
We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple co...
We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple co...
Abstract. This paper presents EasyWrite, a new text-entry method for mobile devices developed to all...
This paper describes the author’s dissertation research on designing, implementing, and evaluating t...
Ultra-small smart devices, such as smart watches, have become increasingly popular in recent years. ...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
This article introduces a new soft keyboard, named Tap and Slide, specifically designed for mobile d...
We present a major extension to our previous work on Trackball EdgeWrite—a unistroke text entry meth...
We present a new gestural text entry method for trackballs. The method uses the mouse cursor and rel...
With the increasing demand for smaller more mobile devices (e.g., PDAs, pen tablets, etc.), manufact...