PIN and pattern lock are difficult to accurately enter on small watch screens, and are
vulnerable against guessing attacks. To address these problems, this paper proposes a …

We present BezelGlide, a novel suite of bezel interaction techniques, designed to minimize
screen occlusion and 'fat finger'effects, when interacting with common graphs on …

While smartwatches are widely adopted these days, their input and output space remains
fairly limited by their screen size. We present StrapDisplays-interactive watchbands with …

This work seeks to design and evaluate haptic feedback for sequential gestural inputs,
where mid-air hand gestures are used to express system commands. Nine haptic patterns …

Light is an important means of information representation and feedback in Human–
Computer Interaction (HCI), and light-emitting interaction elements are omni-present. We …

We present EdgeSelect, a linear target selection interaction technique that utilizes a small
portion of the smartwatch display, explicitly designed to mitigate the 'fat finger'and screen …

A common problem of touch-based smartwatch interaction is the occlusion of the display.
Although some models provide solutions like the Apple" digital crown" or the Samsung …

Momentary switches are important building blocks to prototype novel physical user
interfaces and enable tactile, explicit and eyes-free interactions. Unfortunately, typical …

This research work presents" MA-Edge", a novel multi-level mid-air hand gesture (s)-based
target selection and interaction technique for large display screens utilizing the screen …

In this thesis, I will investigate the optimization of a small display while presenting graphic
data such as line charts. Due to the small screen of smartwatches presenting the data could …