(Include but not limited to)
Track 1: Biomedical Signal Processing and Neuroengineering
Biomedical signal acquisition, processing, and feature extraction (EEG, EMG, ECG, fNIRS, etc.)
Multimodal physiological signal fusion analysis and intelligent decoding
Neural signal decoding, encoding, and neural regulation technologies
Brain-Computer Interface (BCI) and neural interface devices
Neurospiking and neurorehabilitation engineering
Neurocomputing and brain-inspired intelligence
Neural prostheses and neurorehabilitation engineering
Cognitive neuroscience and brain function imaging
Neural stimulation and neural repair technologies in neuroengineering
Biological signal modeling and simulation
Implantable neural electronics and flexible neural electrodes
Neuroergonomics and human-machine neural interaction
Privacy protection and security in neural signals
Track 2: Intelligent Medicine and Clinical Decision Support Systems
Artificial intelligence-assisted clinical decision support systems
Applications of large language models (LLMs) in medicine and health management
Digital twin-driven personalized medicine and disease simulation
Medical image analysis and computer-aided diagnosis
Medical image segmentation, registration, and 3D reconstruction
Multimodal medical data fusion and cross-modal reasoning
Precision medicine and optimization of personalized treatment plans
Wearable medical devices and remote health monitoring
Intelligent surgical navigation and robot-assisted surgery
Medical Internet of Things and smart hospital systems
Federated learning and privacy-protected medical data collaboration
Interpretable AI and trustworthy medical decision systems
Medical big data governance, standardization, and interoperability
Causal inference and uncertainty quantification in clinical decision-making
Track 3: Cross-application of Biomedical Engineering and Intelligent Medicine
Biomedical sensors and flexible wearable electronics
Microfluidic chips and lab-on-chip
Biomedical photoacoustic imaging and optical diagnosis technologies
Rehabilitation robots, exoskeletons, and intelligent assistive devices
Applications of brain-computer interfaces in motor rehabilitation and neurological rehabilitation
Smart prostheses and neural prosthetic systems
Digital therapeutics and intelligent health management systems
Applications of virtual reality/enhanced reality in medical and rehabilitation training
Medical robots and autonomous assistance systems
Edge intelligence and embedded systems in biomedical signal processing
Remote medical care, mobile health, and smart health care systems
Ethics, regulations, and clinical transformation paths of biomedical AI
AI methods in drug discovery and bioinformatics
......