We study the performance and user experience of two popular mainstream text entry
devices, desktop keyboards and touchscreen keyboards, for use in Virtual Reality (VR) …

This paper describes a two-phase study conducted to determine optimal target sizes for one-
handed thumb use of mobile handheld devices equipped with a touch-sensitive screen …

Text entry on smartphones is far slower and more error-prone than on traditional desktop
keyboards, despite sophisticated detection and auto-correct algorithms. To strengthen the …

The lack of tactile feedback on touch screens makes typing difficult, a challenge exacerbated
when situational impairments like walking vibration and divided attention arise in mobile …

Touchscreens became the dominant input device for smartphones. Users' touch behaviour
has been widely studied in lab studies with a relative low number of participants. In contrast …

The advent of wearables (eg, smartwatches, smartglasses, and digital jewelry) anticipates
the need for text entry methods on very small devices. We conduct fundamental research on …

Touch screen surfaces large enough for ten-finger input have become increasingly popular,
yet typing on touch screens pales in comparison to physical keyboards. We examine typing …

Although typing on touchscreens is slower than typing on physical keyboards, touchscreens
offer a critical potential advantage: they are software-based, and, as such, the keyboard …

Soft keyboards offer touch-capable mobile and tabletop devices many advantages such as
multiple language support and room for larger displays. On the other hand, because soft …

With the rise of current smartphones, virtual keyboards for touchscreens became the
dominant mobile text entry technique. We developed a typing game that records how users …