(Including but not limited to the following topics)
Track 1: Composite Medical Engineering
Neurorehabilitation Engineering and Clinical Engineering
Brain-computer interface
Wearable devices and biomedical sensors
Biomedical signal processing
Image-guided interventional surgery
Remote consultation, mobile healthcare and Internet of Things technology
Medical image processing
Image reconstruction and retrieval
Biomedical optics
Terahertz biomedical science
Bioinformatics algorithms, models, software and tools
Medical Big Data and Machine Learning
Track 2: Clinical Rehabilitation
Rehabilitation Medicine and Physical Therapy
Rehabilitation Therapy
Neurorehabilitation, spinal and bone and joint rehabilitation
Child rehabilitation, cardiopulmonary rehabilitation
Speech and Swallowing Therapy
Musculoskeletal therapy
Rehabilitation engineering, rehabilitation psychology
Community rehabilitation
Basic Rehabilitation
Rehabilitation and Disability Studies (the core and pillar of the disciplinary system)
Clinical rehabilitation assessment and clinical rehabilitation therapy
Track 3: Psychology
Computational social neuroscience
Social behavior models in neuropsychiatric disorders
Artificial intelligence and big data analysis for public health and social well-being
Wearable devices in the healthcare field and IoT-based social perception
The cyber-physical social system of personalized medicine
Emotion recognition and emotion computing in the social context
Complex network analysis of neurophysiological and social data
Neuroscience
School psychology, emergency psychology, genetic psychology
Child Development Science
Health affairs and services
Clinical cognitive neuroscience
Career development education