Shenzhen, Guangdong 518055
China
Chinese Academy of Sciences (CAS) - Shenzhen Institute of Advanced Technology
self-powered, wearable electronic devices, body physiological status monitoring, neural stimulation, exercise endurance performance
gait recognition, Temporal BiLSTM, Spatial Transformer, Graph Neural
Surface Electromyography, Gramian Angular Fields, Multiscale feature fusion, Lower limb movement recognition
Stretchable Patterned Patch, Motion Sensor, Multimodal/level Monitoring, Stretchable Electronics, Digital Sports
Ground reaction forces, Joint angles, Lower limb mechanics, Marker trajectory, Transformer
High-density electromyography, Spatial feature extraction, Pattern recognition, Myoelectric control
Self-Powered, Brain-Machine Interfaces, Acoustic Enegy Harvesting, Blood Pressure Regulation, Transdemal Drug Delivery
sEMG denoising, ECG interference, ECG template-based time-frequency masking, Stockwell Transform
Data driven, Heterogeneous interface, Flexible 3D motion sensor, Wearable communicator, Human finger electronics