Earables have emerged as a unique platform for ubiquitous computing by augmenting ear-
worn devices with state-of-the-art sensing. This new platform has spurred a wealth of new …

For more than two decades, capacitive sensing has played a prominent role in human-
computer interaction research. Capacitive sensing has become ubiquitous on mobile …

The skin offers exciting possibilities for human--computer interaction by enabling new types
of input and feedback. We survey 42 research papers on interfaces that allow users to give …

Thumb-to-fingers interfaces augment touch widgets on fingers, which are manipulated by
the thumb. Such interfaces are ideal for one-handed eyes-free input since touch widgets on …

We present a jaw, face, or head movement (face-related movement) recognition system
called CanalSense. It recognizes face-related movements using barometers embedded in …

Interacting with a smartphone using touch input and speech output is challenging for visually
impaired people in mobile and public scenarios, where only one hand may be available for …

Smart glasses for wearable augmented reality (AR) are widely used in various applications,
such as training and task assistance. However, as the field of view (FOV) in the current AR …

We present FaceSight, a computer vision-based hand-to-face gesture sensing technique for
AR glasses. FaceSight fixes an infrared camera onto the bridge of AR glasses to provide …

Via Research through Design (RtD), we explore the potential of headphones as a general-
purpose input device for both foreground motion-gestures as well as background sensing of …

The earlobe is a well-known location for wearing jewelry, but might also be promising for
electronic output, such as presenting notifications. This work elaborates the pros and cons of …