Skin is a promising interaction medium and has been widely explored for mobile, and
expressive interaction. Recent research in HCI has seen the development of Epidermal …

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 …

Ubiquitous computing requires robust and sustainable sensing techniques to detect users
for explicit and implicit inputs. Existing solutions with cameras can be privacy-invasive …

We present ShArc, a precision, geometric measurement technique for building multi-
bend/shape sensors. ShArc sensors are made from flexible strips that can be dynamically …

Weiser inspired us by forcing us to think differently about the size and usage patterns of
computers. This vision of computational materials is similarly motivated. Indeed, inspiration …

iWood is interactive plywood that can sense vibration based on triboelectric effect. As a
material, iWood survives common woodworking operations, such as sawing, screwing, and …

This work presents PITAS, a thin-sheet robotic material composed of a reversible phase
transition actuating layer and a heating/sensing layer. The synthetic sheet material enables …

Motion capture technologies reconstruct human movements and have wide-ranging
applications. Mainstream research on motion capture can be divided into vision-based …

In recent years, rapid advancements have developed in multifunctional and wearable
electronics, which call for more lightweight, flexible energy sources. However, traditional …

Embedding technology into day-to-day wearables and creating smart devices such as
smartwatches and smart-glasses has been a growing area of interest. In this paper, we …