helpResearch questionGait, Fall, and Mobility Monitoring
Can relationships among different gait phases serve as pathological clues for brain diseases?Sensing, Recognition, and Security / Gait, Fall, and Mobility Monitoring
Can relationships among different gait phases serve as pathological clues for brain diseases?
Similar questions
helpResearch questionGait, Fall, and Mobility Monitoring
How can high-precision gait cycle segmentation be achieved from short gait sequences using ear-worn IMU?UbiComp '24GCCRR: A Short Sequence Gait Cycle Segmentation Method Based on Ear-Worn IMU
helpResearch questionGait, Fall, and Mobility Monitoring
How can the gait characteristic curve improve accuracy and robustness of gait cycle segmentation?UbiComp '24GCCRR: A Short Sequence Gait Cycle Segmentation Method Based on Ear-Worn IMU
helpResearch questionGait, Fall, and Mobility Monitoring
What advantages and challenges do ear-worn IMUs offer compared with leg-worn IMUs for home gait monitoring?UbiComp '24GCCRR: A Short Sequence Gait Cycle Segmentation Method Based on Ear-Worn IMU
helpResearch questionGait, Fall, and Mobility Monitoring
How can an uncalibrated, easy-to-wear system monitor joint loading and muscle strength during walking in knee osteoarthritis patients?UbiComp '24KneeGuard: A Calibration-free Wearable Monitoring System for Knee Osteoarthritis Gait Re-training via Effortless Wearing
helpResearch questionGait, Fall, and Mobility Monitoring
How can IMU (inertial measurement unit) and sEMG (surface electromyography) fusion accurately estimate knee biomechanical signals?UbiComp '24KneeGuard: A Calibration-free Wearable Monitoring System for Knee Osteoarthritis Gait Re-training via Effortless Wearing
helpResearch questionGait, Fall, and Mobility Monitoring
Can cross-modal attention mechanisms effectively improve accuracy of knee load and muscle strength estimation?UbiComp '24KneeGuard: A Calibration-free Wearable Monitoring System for Knee Osteoarthritis Gait Re-training via Effortless Wearing
Related papers
UbiComp 2024
RDGait: A mmWave Based Gait Recognition System for Complex Indoor Environments Using Single-chip Radar
Dequan Wang, Xinran Zhang, Kai Wang
UbiComp 2023
NeuralGait: Assessing Brain Health Using Your Smartphone
Huining Li, Huan Chen, Chenhan Xu
UbiComp 2023
LT-Fall: The Design and Implementation of a Life-threatening Fall Detection and Alarming System
Duo Zhang, Xusheng Zhang, Shengjie Li
CHI 2022
'Are They Doing Better In The Clinic Or At Home': Understanding Clinicians? Needs When Visualizing Wearable Sensor Data Used In Remote Gait Assessments For People With Multiple Sclerosis
Ayanna Seals, Giuseppina Pilloni, Jin Kim