We present fingerIO, a novel fine-grained finger tracking solution for around-device
interaction. FingerIO does not require instrumenting the finger with sensors and works even …

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

This paper explores the possibility of extending the input and interactions beyond the small
screen of the mobile device onto ad hoc adjacent surfaces, eg, a wooden tabletop with …

In recent years, a series of research experiments have been conducted on WiFi-based
gesture recognition. However, current recognition systems are still facing the challenge of …

Enabling computing systems to understand user interactions with everyday surfaces and
objects can drive a wide range of applications. However, existing vibration-based sensors …

Soft robotic modules have potential use for therapeutic and educational purposes. To do so,
they need to be safe, soft, smart, and customizable to serve individuals' different preferences …

We present MAF, a novel acoustic sensing approach that leverages the commodity
hardware in bone conduction earphones for hand-to-face gesture interactions. Briefly, by …

An important aspect in Human–Robot Interaction is responding to different kinds of touch
stimuli. To date, several technologies have been explored to determine how a touch is …

Many human activities are tactile. Recognizing how a person touches an object or a surface
surrounding them is an active area of research and it has generated keen interest within the …

Nowadays, there is an increasing trend towards automated driving. This is supported by
both driver assistance systems getting more and more available and powerful, and research …