helpResearch questionHuman Pose and Skeleton Sensing
How can reduced sensor accuracy in motion capture under loose clothing be addressed?Direction: Sensing, Recognition, and Security
Human Pose and Skeleton Sensing
Stats are based on currently indexed question data; missing sources remain visible.
63
items
16
sources
2025
latest
All questions
63 items
helpResearch questionHuman Pose and Skeleton Sensing
Can multimodal sensor fusion improve motion-capture accuracy with loose clothing?helpResearch questionHuman Pose and Skeleton Sensing
How can sensor displacement be adjusted in real time to improve joint-tracking precision?lightbulbPractical problemHuman Pose and Skeleton Sensing
Users experience excessive joint-tracking error in motion-capture devices when wearing loose clothing.helpResearch questionHuman Pose and Skeleton Sensing
How can high-density pressure-sensitive sensors enable 3D sitting posture reconstruction and classification?UbiComp '24Intelligent Seat: Tactile Signal-Based 3D Sitting Pose Inference
helpResearch questionHuman Pose and Skeleton Sensing
What privacy and performance advantages does tactile-signal-based sitting monitoring offer over traditional vision and wearable methods?UbiComp '24Intelligent Seat: Tactile Signal-Based 3D Sitting Pose Inference
helpResearch questionHuman Pose and Skeleton Sensing
How do sensor placement and data processing methods affect accuracy in sitting posture classification and 3D pose reconstruction?UbiComp '24Intelligent Seat: Tactile Signal-Based 3D Sitting Pose Inference
lightbulbPractical problemHuman Pose and Skeleton Sensing
Sedentary behavior causes health problems, but privacy and comfort make traditional methods unsatisfactory.UbiComp '24Intelligent Seat: Tactile Signal-Based 3D Sitting Pose Inference
helpResearch questionHuman Pose and Skeleton Sensing
How can integrating multi-person spatial context in monocular fisheye video improve 2D-to-3D human pose lifting accuracy?UbiComp '24A Monocular Fisheye Video-Based 2D to 3D Pose Lift Technique with Multiperson Spatial Context Integration
helpResearch questionHuman Pose and Skeleton Sensing
How can body proportion distortion caused by lens distortion in fisheye video be corrected to improve pose estimation?UbiComp '24A Monocular Fisheye Video-Based 2D to 3D Pose Lift Technique with Multiperson Spatial Context Integration
helpResearch questionHuman Pose and Skeleton Sensing
Can Transformer-based spatiotemporal modeling significantly improve human pose lifting in complex scenes?UbiComp '24A Monocular Fisheye Video-Based 2D to 3D Pose Lift Technique with Multiperson Spatial Context Integration
lightbulbPractical problemHuman Pose and Skeleton Sensing
Precise 3D human pose recovery is difficult in fisheye video due to distortion and multi-person motion interference.UbiComp '24A Monocular Fisheye Video-Based 2D to 3D Pose Lift Technique with Multiperson Spatial Context Integration
helpResearch questionHuman Pose and Skeleton Sensing
How can human-robot collaboration (HRC) technology reduce muscle fatigue in cultural heritage restoration?CSCW '23Robotic Systems in Heritage Protection: An Anti-Fatigue Human-Robot Collaboration Exploration for Heritage Painting and Calligraphy Restoration
helpResearch questionHuman Pose and Skeleton Sensing
How effective is real-time muscle load assessment based on surface EMG signals in cultural heritage restoration?CSCW '23Robotic Systems in Heritage Protection: An Anti-Fatigue Human-Robot Collaboration Exploration for Heritage Painting and Calligraphy Restoration
helpResearch questionHuman Pose and Skeleton Sensing
Which support points and support mechanisms most effectively reduce muscle fatigue in restoration work?CSCW '23Robotic Systems in Heritage Protection: An Anti-Fatigue Human-Robot Collaboration Exploration for Heritage Painting and Calligraphy Restoration
lightbulbPractical problemHuman Pose and Skeleton Sensing
Cultural heritage restorers experience muscle fatigue from prolonged fixed postures, affecting efficiency and health.CSCW '23Robotic Systems in Heritage Protection: An Anti-Fatigue Human-Robot Collaboration Exploration for Heritage Painting and Calligraphy Restoration
helpResearch questionHuman Pose and Skeleton Sensing
How can soft sensors achieve accurate human joint angle tracking under large displacement?UbiComp '23DisPad: Flexible On-Body Displacement of Fabric Sensors for Robust Joint-Motion Tracking
helpResearch questionHuman Pose and Skeleton Sensing
Can transfer learning and fuzzy entropy ranking improve prediction accuracy in multi-user, multi-action scenarios?UbiComp '23DisPad: Flexible On-Body Displacement of Fabric Sensors for Robust Joint-Motion Tracking
lightbulbPractical problemHuman Pose and Skeleton Sensing
When users wear flexible sensing devices, displacement causes inaccurate monitoring of joint movements.UbiComp '23DisPad: Flexible On-Body Displacement of Fabric Sensors for Robust Joint-Motion Tracking
helpResearch questionHuman Pose and Skeleton Sensing
How can customized textile sensors enable high-precision real-time monitoring of scapular and shoulder joint angles?UbiComp '23A Tailored Textile Sensor-based Wrap for Shoulder Complex Angles Monitoring
helpResearch questionHuman Pose and Skeleton Sensing
How does the CTEN model (combining Transformer and LSTM) optimize mapping of textile sensor signals to predict shoulder motion angles?UbiComp '23A Tailored Textile Sensor-based Wrap for Shoulder Complex Angles Monitoring
helpResearch questionHuman Pose and Skeleton Sensing
Which design factors can improve wearing comfort and patients' everyday use experience of monitoring devices?UbiComp '23A Tailored Textile Sensor-based Wrap for Shoulder Complex Angles Monitoring
lightbulbPractical problemHuman Pose and Skeleton Sensing
Monitoring complex shoulder movements is difficult; traditional devices are inaccurate and uncomfortable to wear.UbiComp '23A Tailored Textile Sensor-based Wrap for Shoulder Complex Angles Monitoring
helpResearch questionHuman Pose and Skeleton Sensing
What limitations do traditional visual observation methods have in bird flight monitoring?UbiComp '23A Wireless Integrated System with Hybrid Embedded Sensing for the Continuous Monitoring of Bird Flight
helpResearch questionHuman Pose and Skeleton Sensing
How can fusing bimodal sensor data improve precise recognition of bird flight postures?UbiComp '23A Wireless Integrated System with Hybrid Embedded Sensing for the Continuous Monitoring of Bird Flight
helpResearch questionHuman Pose and Skeleton Sensing
Can portable wireless embedded monitoring systems enable continuous bird flight data collection?UbiComp '23A Wireless Integrated System with Hybrid Embedded Sensing for the Continuous Monitoring of Bird Flight
lightbulbPractical problemHuman Pose and Skeleton Sensing
Observing bird flight behavior is affected by lighting and occlusion, making data collection discontinuous.UbiComp '23A Wireless Integrated System with Hybrid Embedded Sensing for the Continuous Monitoring of Bird Flight
helpResearch questionHuman Pose and Skeleton Sensing
How can electrical muscle stimulation (EMS) automatically correct poor lifting postures?helpResearch questionHuman Pose and Skeleton Sensing
How do IMU sensors detect and identify poor postures during lifting?helpResearch questionHuman Pose and Skeleton Sensing
How does EMS feedback for correcting dynamic postures compare with traditional methods?lightbulbPractical problemHuman Pose and Skeleton Sensing
Poor lifting postures in manual handling work cause chronic back pain or musculoskeletal injuries.helpResearch questionHuman Pose and Skeleton Sensing
How can open support tools for ear-worn devices (e.g., headphones) be designed to optimize development and training of motion models and filtering algorithms?UbiComp '22Auritus: An Open-Source Optimization Toolkit for Training and Development of Human Movement Models and Filters Using Earables
helpResearch questionHuman Pose and Skeleton Sensing
On resource-constrained ear-worn devices, how can model accuracy be balanced with storage and computational requirements?UbiComp '22Auritus: An Open-Source Optimization Toolkit for Training and Development of Human Movement Models and Filters Using Earables
helpResearch questionHuman Pose and Skeleton Sensing
How can head pose detection and activity classification model performance on ear-worn devices be improved through hardware-embedded optimization techniques?UbiComp '22Auritus: An Open-Source Optimization Toolkit for Training and Development of Human Movement Models and Filters Using Earables
lightbulbPractical problemHuman Pose and Skeleton Sensing
Ear-worn devices lack optimized development tools, and many user scenarios and applications remain underexplored.UbiComp '22Auritus: An Open-Source Optimization Toolkit for Training and Development of Human Movement Models and Filters Using Earables
helpResearch questionHuman Pose and Skeleton Sensing
Can tongue postures serve as a new non-invasive, hands-free interaction modality in head-mounted displays?UbiComp '22Tongue Gestures for Hands-Free Interaction in Head Worn Displays
helpResearch questionHuman Pose and Skeleton Sensing
How can eight tongue postures be designed and recognized using sensors in existing commercial head-mounted devices?UbiComp '22Tongue Gestures for Hands-Free Interaction in Head Worn Displays
helpResearch questionHuman Pose and Skeleton Sensing
How do tongue-posture interactions compare with existing hands-free interaction technologies in privacy and usability?UbiComp '22Tongue Gestures for Hands-Free Interaction in Head Worn Displays
lightbulbPractical problemHuman Pose and Skeleton Sensing
Users with motor impairments or those with occupied hands lack convenient hands-free interaction methods.UbiComp '22Tongue Gestures for Hands-Free Interaction in Head Worn Displays
helpResearch questionHuman Pose and Skeleton Sensing
How can vulnerability be treated as a positive ethical stance in Soma design processes?helpResearch questionHuman Pose and Skeleton Sensing
How is vulnerability manifested and transformed in design for interaction and technological engagement?helpResearch questionHuman Pose and Skeleton Sensing
How can design strategies cultivate design teams' sensitivity to vulnerability?lightbulbPractical problemHuman Pose and Skeleton Sensing
Designers struggle to efficiently explore design practices that use vulnerability to inspire innovation while addressing ethical concerns.helpResearch questionHuman Pose and Skeleton Sensing
How can shared autonomy optimize six-degree-of-freedom (DoF) object pose estimation?helpResearch questionHuman Pose and Skeleton Sensing
How can HCI reduce users' cognitive load and improve pose registration efficiency?helpResearch questionHuman Pose and Skeleton Sensing
How do particle search methods (Monte Carlo Localization) perform in pose optimization?lightbulbPractical problemHuman Pose and Skeleton Sensing
Object pose estimation in complex environments is laborious and inefficient.helpResearch questionHuman Pose and Skeleton Sensing
How can multi-sensor fusion improve the accuracy and scalability of autonomous checkout systems in retail stores?UbiComp '21ISACS: In-Store Autonomous Checkout System for Retail
helpResearch questionHuman Pose and Skeleton Sensing
How can instant receipt generation optimize customer experience while maintaining high accuracy in multi-person shopping scenarios?UbiComp '21ISACS: In-Store Autonomous Checkout System for Retail
helpResearch questionHuman Pose and Skeleton Sensing
How do 3D pose estimation and gravity sensors work together in autonomous checkout systems to solve product matching problems?UbiComp '21ISACS: In-Store Autonomous Checkout System for Retail
Related papers
CHI 2025
FIP: Endowing Robust Motion Capture on Daily Garment by Fusing Flex and Inertial Sensors
Ruonan Zheng, Jiawei Fang, Yuan Yao
CHI 2023
Automatic Improper Loading Posture Detection and Correction Utilizing Electrical Muscle Stimulation
Ravi Kiran Kattoju, Ryan Ghamandi, Eugene Matthew Taranta
CHI 2022
Vulnerability as an ethical stance in soma design processes
Kristina Popova, Rachael Garrett, Claudia Núñez-Pacheco
IUI 2021
Human-in-the-loop Pose Estimation via Shared Autonomy
Zhefan Ye, Jean Y Song, Zhiqiang Sui
CHI 2021
TiltChair: Manipulative Posture Guidance by Actively Inclining the Seat of an Office Chair
Kazuyuki Fujita, Aoi Suzuki, Kazuki Takashima
CHI 2021
Pose-on-the-Go: Approximating User Pose with Smartphone Sensor Fusion and Inverse Kinematics
Karan Ahuja, Sven Mayer, Mayank Goel
Adjacent categories
Sensing, Recognition, and Security
Gesture and Pose Sensing Model Performance and Accuracy
148 items
Sensing, Recognition, and Security
Wearable Health Devices and Everyday Sensing
147 items
Sensing, Recognition, and Security
Speech, Face, and Body Pose Input
141 items
Sensing, Recognition, and Security
Biometric Authentication and Secure Identification
124 items
Sensing, Recognition, and Security
HAR Model Robustness, Generalization, and Data Augmentation
115 items
Sensing, Recognition, and Security
Wearable Health, Activity, and Behavior Monitoring
96 items
Sensing, Recognition, and Security
IMU Inertial Sensing
88 items
Sensing, Recognition, and Security
Mobile Touch and Micro-Gesture Input
87 items