(The following topics include but are not limited to)
Track 1: Medical Imaging
Applications of deep learning in medical image segmentation, classification and detection
Multimodal image fusion and interpretability analysis
Generative AI for medical image synthesis, super-resolution and modal conversion
Development and clinical validation of medical image computer-aided diagnosis systems
Feature extraction and prognosis prediction models based on radiomics and radiomics
Image report generation and structured information extraction using large language models
Application of self-supervised, semi-supervised and weakly-supervised learning in sparse-labeled medical images
Dynamic medical imaging (4D)
Intelligent processing of functional imaging (fMRI, perfusion imaging)
Track 2: Artificial Intelligence
Artificial Intelligence and Traditional Chinese Medicine
Intelligent diagnosis of traditional Chinese medicine
Optimization of traditional Chinese medicine formulas
Health management combining traditional Chinese medicine and AI
Machine learning and deep learning
Neural network architectures and optimization Natural Language Processing
Computer Vision and Image Processing
Reinforcement Learning and Decision Systems
Knowledge Graphs and Reasoning
Data Mining and Big Data Analysis
Intelligent Computing and Evolutionary Algorithms
Interpretable Artificial Intelligence
Federated Learning and Privacy Computing
Track 3: Biomedical Materials
Biomedical Metals, Ceramics and Composites
Biodegradable Polymers, Hydrogels and Natural Derivative Materials
Three-Dimensional/Four-Dimensional Bioprinting, Electrospinning and Tissue Engineering Scaffold Construction
Intelligent Responsive Biomedical Materials and Drug/Gene Delivery
Surface Modification of Biomedical Materials, Bioactive Coatings and Antibacterial/Anticoagulant Design
Tissue Repair and Regeneration Materials for Bones, Cartilage, Skin, Blood Vessels, Nerves, etc.
Interaction and Immune Regulation of Biomedical Materials with Cells, Host Tissues
Safety Evaluation, Degradation Behavior and Clinical Translation Pathways of Biomedical Materials ……