Digital digits: A comprehensive survey of finger augmentation devices
Finger augmentation devices, those that are worn and operated by fingers, are a rapidly
growing field in the human--computer interaction domain. This field is rooted in ancient …
growing field in the human--computer interaction domain. This field is rooted in ancient …
vARitouch: Back of the Finger Device for Adding Variable Compliance to Rigid Objects
We present vARitouch, a back-of-the-finger wearable that can modify the perceived tactile
material properties of the uninstrumented world around us: vARitouch can modulate the …
material properties of the uninstrumented world around us: vARitouch can modulate the …
Nail+ sensing fingernail deformation to detect finger force touch interactions on rigid surfaces
MC Hsiu, C Wang, DY Huang, JW Lin, YC Lin… - Proceedings of the 18th …, 2016 - dl.acm.org
Force sensing has been widely used for bringing the touch from binary to multiple states,
creating new abilities on surface interactions. However, prior proposed force sensing …
creating new abilities on surface interactions. However, prior proposed force sensing …
Fringer: A Finger-Worn Passive Device Enabling Computer Vision Based Force Sensing Using Moiré Fringes
Despite the importance of utilizing forces when interacting with objects, sensing force
interactions without active force sensors is challenging. We introduce Fringer, a finger …
interactions without active force sensors is challenging. We introduce Fringer, a finger …
[書籍][B] Heirloom Wearables: A Hybrid Approach to the Design of Embodied Wearable Technologies
C Dierk - 2020 - search.proquest.com
Device miniaturization and new materials have enabled wearable technology to be
integrated more seamlessly with the body, leveraging form factors such as clothing, jewelry …
integrated more seamlessly with the body, leveraging form factors such as clothing, jewelry …
Sound-of-Tap** user interface technology with medium identification
Touch screen technologies have become the mainstream of input interfaces for mobile
devices. However, due to the small size screens, it is difficult to offer more than two inputs at …
devices. However, due to the small size screens, it is difficult to offer more than two inputs at …
Digital digits: designing assistive finger augmentation devices
R Shilkrot - 2015 - dspace.mit.edu
Wearable computers are becoming a widespread reality. Driven by a quest for sensorial
ultrability (ultra-ability) and control of our environment and bodies, we search for ever more …
ultrability (ultra-ability) and control of our environment and bodies, we search for ever more …
PseudoSensor: Emulation of input modality by repurposing sensors on mobile devices
In recent years, conventional mobile devices have contained various sensors for touch, light,
proximity, acceleration, direction, and spatial orientation to enable expressive interaction …
proximity, acceleration, direction, and spatial orientation to enable expressive interaction …
Around-device interaction for exploring large information spaces on mobile devices
MK Hasan - 2013 - mspace.lib.umanitoba.ca
The standard approach for browsing information on mobile devices includes touchscreen
gestures such as pinch and flick. These gestures often require minute operations such as …
gestures such as pinch and flick. These gestures often require minute operations such as …