Automotive user interfaces constantly change due to increasing automation, novel features,
additional applications, and user demands. While in-vehicle interaction can utilize numerous …

Over the last decades, there have been numerous efforts in wearable computing research to
enable interactive textiles. Most work focus, however, on integrating sensors for planar touch …

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 …

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 …

Remote communication between people typically relies on audio and vision although
current mobile devices are increasingly based on detecting different touch gestures such as …

We introduce an interaction technique that increases the touch screen input vocabulary by
distinguishing a strong tap from a gentle tap without the use of additional hardware. We …

We present DeltaPen, a pen device that operates on passive surfaces without the need for
external tracking systems or active sensing surfaces. DeltaPen integrates two adjacent lens …

Typing on wearables while situationally impaired, such as while walking, is challenging.
However, while HCI research on wearable typing is diverse, existing work focuses on …

The small screens of smartwatches provide limited space for input tasks. Finger identification
is a promising technique to address this problem by associating different functions with …

This paper reports a new intramodal haptic illusion. This illusion involves a person pressing
on a rigid surface and perceiving that the surface is compliant, ie perceiving that the contact …