(Topics include but are not limited to)
New Technologies for Neural Signal Acquisition and Processing
Design of invasive/non-invasive brain computer interface system
Motion intention decoding and neural prosthetic control
Closed loop neural regulation and adaptive stimulation
Assessment and Promotion Methods of Neuroplasticity
Flexible/implantable neural electrodes and microdevices
Machine Learning Algorithms in Brain Computer Interface
Brain controlled exoskeleton and rehabilitation robot
Virtual Reality and Feedback in Neurorehabilitation
Functional electrical stimulation and brain computer fusion rehabilitation
Speech and Cognitive Neural Coding
Application of Neuroengineering in Spinal Cord Injury Repair
Post stroke motor function reconstruction techniques
Epilepsy prediction and closed-loop intervention system
New neural regulation of neurological and psychiatric disorders
Neural Information Encoding and Decoding Model
Security and Long term Stability of Brain Computer Interface Systems
The Application of Neuroengineering in the Assessment of Consciousness Disorders
Multimodal neuroimaging and brain network analysis
Home rehabilitation brain computer interface system
Active Learning and Adaptation in Brain Computer Interface
Ethics of Neuroengineering and Clinical Translational Pathways
Quantitative evaluation system for neurological rehabilitation effects
Invasive brain computer interface biocompatibility
Exploration of Standardization and Industrialization of Neural Engineering