We examine gestures performed with a class of input devices with distinctive quality
properties in the wearables landscape, which we call “index-Finger Augmentation …

Providing electrical power is essential for nearly all interactive technologies, yet it often
remains an afterthought. Some designs handwave power altogether as an “exercise for …

Skin-based electronics are an emerging genre of interactive technologies. In this paper, we
leverage the natural uses of lotions and propose them as mediators for driving novel, low …

FabricatINK explores the personal fabrication of irregularly-shaped low-power displays
using electronic ink (E ink). E ink is a programmable bicolour material used in traditional …

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 …

As the landscape of wearable devices continues to expand, power remains a major issue for
adoption, usability, and miniaturization. Users are faced with an increasing number of …

Technology has become increasingly pervasive in the creative and experimental
environment of the avant-garde fashion runway, particularly in relation to its garments …

Eyelid stickers are thin strips that temporarily create a crease when attached to the eyelid.
The direct contact with the crease that increases and decreases the pressure on the eyelid …

Touches between the fingers of an unencumbered hand represent a ready-to-use, eyes-free
and expressive input space suitable for interacting with wearable devices such as smart …

In this work, we present SkinnyPower, a technology for Intra-Body Power Transfer (IBPT) that
wirelessly transfers power through human skin to operate batteryless wearable sensors. We …