helpResearch questionPhysiological Signal-Based Adaptive Interaction
Which physiological signal features are most important for fine-grained discrimination of stress types?UbiComp '21In Search of Harmful Stress
Sensing, Recognition, and Security / Physiological Signal-Based Adaptive Interaction
Which physiological signal features are most important for fine-grained discrimination of stress types?
Similar questions
helpResearch questionPhysiological Signal-Based Adaptive Interaction
How can three-dimensional relative force (including normal pressure and tangential shear force) applied by fingers to touchscreens be estimated from two-frame capacitive images?helpResearch questionPhysiological Signal-Based Adaptive Interaction
How does jointly estimating normal pressure and shear force improve the accuracy of touch force estimation?helpResearch questionPhysiological Signal-Based Adaptive Interaction
Can high-precision touch force input with simplified hardware be achieved using only widely available capacitive sensors?helpResearch questionPhysiological Signal-Based Adaptive Interaction
How can integrating video, gesture, and pressure data improve teaching of complex skills such as massage in remote instruction?helpResearch questionPhysiological Signal-Based Adaptive Interaction
Can virtual teaching assistants based on GPT-4 provide effective feedback by analyzing student data in real time to improve learning efficiency?helpResearch questionPhysiological Signal-Based Adaptive Interaction
How do multimodal remote teaching systems compare with traditional video teaching in effectiveness and student satisfaction?Related papers
IUI 2025
3D Touch Force Estimation from Capacitive Images
Jinyang Yu, Chentao Li, Jianjiang Feng
CHI 2025
Designing LLM-Powered Multimodal Instructions to Support Rich Hands-on Skills Remote Learning: A Case Study with Massage Instructors and Learners
Chutian Jiang, Yinan FAN, Junan Xie
CHI 2024
Loopsense: low-scale, unobtrusive, and minimally invasive knitted force sensors for multi-modal input, enabled by selective loop-meshing
Roland Aigner, Mira Alida Haberfellner, Michael Haller
CHI 2024
On Stress: Combining Human Factors and Biosignals to Inform the Placement and Design of a Skin-like Stress Sensor
Yasser Khan, Matthew Louis Mauriello, Parsa Nowruzi
CHI 2024
Momentary Stressor Logging and Reflective Visualizations: Implications for Stress Management with Wearables
Sameer Neupane, Mithun Saha, Nasir Ali
UIST 2023
PressurePick: Muscle Tension Estimation for Guitar Players Using Unobtrusive Pressure Sensing
Andreas Rene Fender, Derek Alexander Witzig, Max Möbus
UIST 2022
spaceR: Knitting Ready-Made, Tactile, and Highly Responsive Spacer-Fabric Force Sensors for Continuous Input
Roland Aigner, Mira Alida Haberfellner, Michael Haller
CHI 2021
Data Engagement Reconsidered: A Study of Automatic Stress TrackingTechnology in Use
Xianghua(Sharon) Ding, Shuhan Wei, Xinning Gui
CHI 2021
Project Tasca : Enabling Touch and Contextual Interactions with a Pocket-based Textile Sensor
Te-Yen Wu, Zheer Xu, Xing-Dong Yang
CHI 2021
Health Data in Fertility Care: An Ecological Perspective
Mayara Costa Figueiredo, Yunan Chen