lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Smartwatches' small screens lead to low interaction efficiency and difficult target selection.Direction: Haptics, Input Performance, and Perceptual Design
Wearable Micro-Gesture and Pose Tracking
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22 items
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Users in privacy-sensitive settings struggle to perform real-time 3D gesture tracking with cameras.UIST '24Demo of EITPose: Wearable and Practical Electrical Impedance Tomography for Continuous Hand Pose Estimation
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Existing gesture tracking devices are bulky and expensive, preventing convenient continuous gesture tracking.UbiComp '24Ring-a-Pose: A Ring for Continuous Hand Pose Tracking
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Existing gesture tracking technologies have high power consumption, are invasive, or lack comfort.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Smartwatch screens are too small to enable convenient finger-based interaction.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Users currently cannot achieve precise, mobile, and portable arm motion tracking with existing smartwatches.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Users struggle to input text efficiently and privately in space-constrained scenarios.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Existing full-body motion capture systems are expensive and complex, unaffordable for ordinary users.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Users cannot smoothly use voice interaction devices in noisy or privacy-sensitive environments.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Users cannot efficiently track hands and environment in mobile scenarios and may also expose privacy.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Existing gesture tracking methods are susceptible to occlusion and privacy leakage, making use difficult in complex environments.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Most pose tracking solutions in mobile scenarios require multiple devices and raise serious privacy concerns.UbiComp '22BodyTrak: Inferring Full-body Poses from Body Silhouettes Using a Miniature Camera on a Wristband
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Existing micro-posture recognition devices are bulky, not portable, and difficult to use in daily life.UbiComp '22EFRing: Enabling Thumb-to-Index-Finger Microgesture Interaction through Electric Field Sensing Using Single Smart Ring
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Users with upper limb impairments struggle to complete gesture interactions on wearable devices.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Smart wristbands cannot flexibly support user-customized complex gestures, making personalized interaction efficiency difficult to improve.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Smartwatch input is limited by small screens and the "fat finger" problem, affecting interaction functionality.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Smart gloves are costly and do not support personalized sensor layout optimization.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Designers lack tools and resources to quickly design smart ring gesture interaction schemes.lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Existing hand tracking methods are limited by environmental conditions and difficult to use portably.UbiComp '21WR-Hand: Wearable Armband Can Track User’s Hand
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Current smart glasses use complex algorithms or costly technology for gesture detection, limiting user adoption.UbiComp '21Prototyping Smart Eyewear with Capacitive Sensing for Facial and Head Gesture Detection
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Smartwatches lack natural and convenient text input methods in mobile scenarios.UbiComp '21ViFin: Continuous Micro Finger Writing Using Passive Vibrations on Commodity Smartwatches
lightbulbPractical problemWearable Micro-Gesture and Pose Tracking
Everyday devices cannot easily detect subtle touches and gestures.Related papers
CHI 2025
Cross, Dwell, or Pinch: Designing and Evaluating Around-Device Selection Methods for Unmodified Smartwatches
Jiwan Kim, Jiwan Son, Ian Oakley
CHI 2024
EchoWrist: Continuous Hand Pose Tracking and Hand-Object Interaction Recognition Using Low-Power Active Acoustic Sensing On a Wristband
Chi-Jung Lee, Ruidong Zhang, Devansh Agarwal
UIST 2023
Robust Finger Interactions with COTS Smartwatches via Unsupervised Siamese Adaptation
Wenqiang Chen, Ziqi Wang, Pengrui Quan
UIST 2023
SmartPoser: Arm Pose Estimation With a Smartphone and Smartwatch Using UWB and IMU Data
Nathan DeVrio, Vimal Mollyn, Chris Harrison
UbiComp 2023
DRG-Keyboard: Enabling Subtle Gesture Typing on the Fingertip with Dual IMU Rings
Chen Liang, Chi Hsia, Chun Yu
CHI 2023
IMUPoser: Full-Body Pose Estimation using IMUs in Phones, Watches, and Earbuds
Vimal Mollyn, Riku Arakawa, Mayank Goel
CHI 2023
LipLearner: Customizable Silent Speech Interactions on Mobile Devices
Zixiong Su, Shitao Fang, Jun Rekimoto
UIST 2022
DiscoBand: Multiview Depth-Sensing Smartwatch Strap for Hand, Arm and Environment Tracking
Nathan DeVrio, Chris Harrison
UIST 2022
EtherPose: Continuous Hand Pose Tracking with Wrist-Worn Antenna Impedance Characteristic Sensing
Daehwa Kim, Chris Harrison
CHI 2022
Understanding Gesture Input Articulation with Upper-Body Wearables for Users with Upper-Body Motor Impairments
Radu-Daniel Vatavu, Ovidiu-Ciprian Ungurean
CHI 2022
Enabling Hand Gesture Customization on Wrist-Worn Devices
Xuhai Xu, Jun Gong, Carolina Brum
CHI 2022
SonarID: Using Sonar to Identify Fingers on a Smartwatch
Jiwan Kim, Ian Oakley
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