Touchscreens have been studied and developed for a long time to provide user-friendly and
intuitive interfaces on displays. This paper describes the touchscreen technologies in four …

Touchscreens are the most successful input method for smartphones. Despite their flexibility,
touch input is limited to the location of taps and gestures. We present PalmTouch, an …

We present Pose-on-the-Go, a full-body pose estimation system that uses sensors already
found in today's smartphones. This stands in contrast to prior systems, which require worn or …

Smartphones are the most successful mobile devices and offer intuitive interaction through
touchscreens. Current devices treat all fingers equally and only sense touch contacts on the …

Today's touchscreen devices commonly detect the coordinates of user input through
capacitive sensing. Yet, these coordinates are the mere 2D manifestations of the more …

Touchscreens enable intuitive mobile interaction. However, touch input is limited to 2D touch
locations which makes it challenging to provide shortcuts and secondary actions similar to …

Tangibles on capacitive touchscreens are a promising approach to overcome the limited
expressiveness of touch input. While research has suggested many approaches to detect …

Several studies have explored the estimation of finger pose/angle to enhance the
expressiveness of touchscreens. However, the accuracy of previous algorithms is limited by …

In this paper, we proposed Squeez'In, a technique on smartphones that enabled private
authentication by holding and squeezing the phone with a unique pattern. We first explored …

While mobile devices have become essential for social communication and have paved the
way for work on the go, their interactive capabilities are still limited to simple touch input. A …