The representations of microgestures are essentials for researchers presenting their results
through academic papers and system designers proposing tutorials to novice users …

We propose Skinergy for self-powered on-skin input sensing, a step towards prolonged on-
skin device usages. In contrast to prior on-skin gesture interaction sensors, Skinergy's …

The key assumption attributed to on-body touch input is that the skin being touched provides
natural tactile feedback. In this paper, we for the first time systematically explore augmenting …

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 …

Gesture recognition is critical in the field of Human-Computer Interaction, especially in
healthcare, rehabilitation, sign language translation, etc. Conventionally, the gesture …

Human hair opens up new opportunities for embodied interactions that build on its unique
physical affordances and location on the body. As hair has high socio-cultural significance …

Wearable devices, such as smartwatches and head-mounted devices (HMD), demand new
input devices for a natural, subtle, and easy-to-use way to input commands and text. In this …

In the active field of hand microgestures, microgesture descriptions are typically expressed
informally and are accompanied by images, leading to ambiguities and contradictions. An …

Typing while wearing a standalone Head Mounted Display (HMD)---systems without
external input devices or sensors to support text entry---is hard. To address this issue, prior …

This paper aims to organize research from Association for Computing Machinery Special
Interest Group on Computer–Human Interaction (ACM SIGCHI) associated conferences that …