In this paper, we propose and investigate a new text entry technique using micro thumb-tip
gestures. Our technique features a miniature QWERTY keyboard residing invisibly on the …

Despite the advent of touchscreens, ty** on physical keyboards remains most efficient for
entering text, because users can leverage all fingers across a full-size keyboard for …

We present WatchWriter, a finger operated keyboard that supports both touch and gesture
ty** with statistical decoding on a smartwatch. Just like on modern smartphones, users …

Fast and accurate access to keys for text entry remains an open question for miniature
screens. Existing works typically use a cumbersome two-step selection process, first to zero …

Text entry for smart eyewear is generally limited to speech-based input due to constraints of
the input channels. However, many smart eyewear devices are now including a side …

The growing interest in wearable devices has resulted in a wave of novel and improved text
entry techniques for smartwatches and other ultra-small devices. These techniques are not …

The physical constraints of smartwatches limit the range and complexity of tasks that can be
completed. Despite interface improvements on smartwatches, the promise of enabling …

The software keyboard is widely used on digital devices such as smartphones, computers,
and tablets. The software keyboard operates via touch, which is efficient, convenient, and …

We present a QWERTY-based text entry system, TypeAnywhere, for use in off-desktop
computing environments. Using a wearable device that can detect finger taps, users can …

Entering text is very challenging on smartwatches, especially on non-touch smartwatches
where virtual keyboards are unavailable. In this paper, we designed and implemented …