📚︎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