Modern mobile devices allow a rich set of multi-finger interactions that combine modes into a
single fluid act, for example, one finger for panning blending into a two-finger pinch gesture …

Most studies on tilt based interaction can be classified as point-designs that demonstrate the
utility of wrist-tilt as an input medium; tilt parameters are tailored to suit the specific …

Users often struggle to enter text accurately on touchscreen keyboards. To address this, we
present a flexible decoder for touchscreen text entry that combines probabilistic touch …

A pressure sensing based single-handed interaction model is presented in this paper.
Unlike traditional desktop GUI model, mobile UI model has not been established yet. For …

We conducted a series of user studies to understand and clarify the fundamental
characteristics of pressure in user interfaces for mobile devices. We seek to provide insight …

Motivated by the need to support those managing chronic pain, we report on the iterative
design, development, and evaluation of Keppi, a novel pressure-based tangible user …

Despite many successes in desktop applications, little work has looked at the use of
pressure input on mobile devices and the different issues associated with mobile …

Exploring information content on mobile devices can be tedious and time consuming. We
present Around-Device Binning, or AD-Binning, a novel mobile user interface that allows …

We present ForceBoard, a pressure-based input technique that enables text entry by subtle
finger motion. To enter text, users apply pressure to control a multi-letter-wide sliding cursor …

Picking values from long ordered lists, such as when setting a date or time, is a common task
on smartphones. However, the system pickers and tables used for this require significant …