(The following topics include but are not limited to)
Track 1: Neuroscience
Analysis of neural circuit structure and function
Synaptic plasticity and learning and memory mechanisms
Neurodevelopment and mechanisms of degenerative diseases
Functions of glial cells and neural regulation
Neural coding mechanisms of cognitive processes
Neurological basis of emotions and decision-making
Neural mechanisms of sleep and consciousness
Intelligent neural rehabilitation engineering
Neuroethics and governance
Neural interaction in the metaverse
Comparative study of cross-species neural mechanisms
Neural information processing and computational modeling
Neural regulation and technical intervention
Neural basis of social cognition
Track 2: Brain-Computer Interfaces
High-precision neural signal acquisition technology
Neural signal decoding and encoding algorithms
Non-invasive brain-computer interface systems
Implantable brain-computer interfaces and microelectrodes
Multimodal brain-computer interface fusion
Feedback and learning mechanisms of brain-computer interfaces
Applications of motion rehabilitation brain-computer interfaces
Communication and control brain-computer interfaces
Performance optimization of brain-computer interface systems
Clinical validation of brain-computer interfaces
Ethics and safety of brain-computer interfaces
Track 3: Cognitive Computing
Brain-like computing architectures and chips
Neural networks and deep learning
Cognitive reasoning and knowledge representation
Multi-agent collaborative computing
Cognitive decision support systems
Human-machine collaborative cognitive enhancement
Verification of cognitive computing models
Optimization of cognitive load and efficiency
Context-aware computing
Cognitive security and privacy protection
Edge cognitive computing
Cognitive computing applications ......