We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple computer input devices: styluses, touchpads, displacement and isometric joysticks, four keys or buttons, and trackballs. We argue that consistent, flexible, multi-device input is important to both accessibility and to ubiquitous computing. For accessibility, multi-device input means users can switch among devices, distributing strain and fatigue among different muscle groups. For ubiquity, it means users can “learn once, write anywhere, ” even as new devices emerge. By considering the accessibility and ubiquity of input techniques, we can design for both motor-impaired users and “situationally impaired ” able-bodied users who are on-the-go. We ...
Abstract. This paper presents EasyWrite, a new text-entry method for mobile devices developed to all...
The popularity of mobile devices with large screens is making single-handed interaction difficult. W...
© 2017 ACM. The popularity of mobile devices with large screens is making single-handed interaction ...
We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple co...
This paper describes the author’s dissertation research on designing, implementing, and evaluating t...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
EdgeWrite is a new unistroke text entry method for handheld devices designed to provide high accurac...
A gestural text entry method for mobile is presented. Unlike most mobile phone text entry methods, w...
People with motor impairments often cannot use a keyboard or a mouse. Our previous work showed that ...
International audienceWith the emergence of mobile computing devices such as Personal Digital Assist...
Multi-touch, which has been heralded as a revolution in human-computer interaction, provides feature...
Multi-touch, which has been heralded as a revolution in humancomputer interaction, provides features...
Multi-touch, which has been heralded as a revolution in humancomputer interaction, provides features...
We present a new gestural text entry method for trackballs. The method uses the mouse cursor and rel...
Abstract. This paper presents EasyWrite, a new text-entry method for mobile devices developed to all...
The popularity of mobile devices with large screens is making single-handed interaction difficult. W...
© 2017 ACM. The popularity of mobile devices with large screens is making single-handed interaction ...
We present various adaptations of the EdgeWrite unistroke text entry method that work on multiple co...
This paper describes the author’s dissertation research on designing, implementing, and evaluating t...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
EdgeWrite is a new unistroke text entry method for handheld devices designed to provide high accurac...
A gestural text entry method for mobile is presented. Unlike most mobile phone text entry methods, w...
People with motor impairments often cannot use a keyboard or a mouse. Our previous work showed that ...
International audienceWith the emergence of mobile computing devices such as Personal Digital Assist...
Multi-touch, which has been heralded as a revolution in human-computer interaction, provides feature...
Multi-touch, which has been heralded as a revolution in humancomputer interaction, provides features...
Multi-touch, which has been heralded as a revolution in humancomputer interaction, provides features...
We present a new gestural text entry method for trackballs. The method uses the mouse cursor and rel...
Abstract. This paper presents EasyWrite, a new text-entry method for mobile devices developed to all...
The popularity of mobile devices with large screens is making single-handed interaction difficult. W...
© 2017 ACM. The popularity of mobile devices with large screens is making single-handed interaction ...