📚︎Track 1: Foundations of Computer Technology and Biomedical Science

Biomedical Computing Theory; 

Medical Informatics Foundations; 

Biomedical Modeling Methods; 

Computational Physiology; 

Biomedical System Analysis; 

Medical Data Representation; 

Biomedical Algorithm Design; 

Computer-Aided Medical Systems; 

Biomedical Engineering Methods.

📚︎Track 2: Biomedical Signal and Image Processing

Biomedical Signal Processing; 

Medical Image Processing; 

Medical Image Segmentation; 

Medical Image Recognition; 

Physiological Signal Analysis; 

ECG Signal Processing; 

EEG Signal Processing; 

Medical Image Reconstruction; 

Multimodal Medical Imaging.

📚︎Track 3: Bioinformatics and Computational Biology

Bioinformatics Methods; 

Genomic Data Analysis; 

Protein Structure Prediction; 

Sequence Analysis and Alignment; 

Systems Biology; 

Computational Drug Discovery; 

Molecular Modeling and Simulation; 

Biological Network Analysis; 

Single-Cell Data Analysis.

📚︎Track 4: Intelligent Healthcare and Clinical Decision Support

AI-Assisted Diagnosis; 

Clinical Decision Support; 

Intelligent Health Monitoring; 

Medical Knowledge Graphs; 

Electronic Health Record Analysis; 

Precision Medicine Technologies; 

Intelligent Rehabilitation Systems; 

Medical Robotics; 

Telemedicine Systems.

📚︎Track 5: Biomedical Data Security and Privacy

Medical Data Security; 

Medical Privacy Protection; 

Health Data Encryption; 

Medical Blockchain; 

Federated Learning in Healthcare; 

Medical Data Sharing; 

Medical Data Governance; 

Biometric Security; 

Trusted Computing in Healthcare.

📚︎Track 6: Emerging Technologies and Biomedical Applications

Wearable Medical Devices; 

Medical Internet of Things; 

Brain-Computer Interfaces; 

Neural Engineering Applications; 

Biosensor Technologies; 

Digital Health Technologies; 

Intelligent Healthcare Systems; 

Biomedical Cloud Computing; 

Future Biomedical Challenges.