Including but not limited to the following contents:
Track 1: Mechanical Engineering and Intelligent Manufacturing
Digital design and simulation of mechanical systems
Coupled modeling and simulation of multiple physical fields
Additive manufacturing and ultra-fast laser manufacturing
Precision and ultra-precision processing technologies
Intelligent CNC machines and high-end equipment
Industrial robots and automated production lines
Collaborative robots and flexible operation technologies
Precision transmission and servo drive systems
Intelligent detection and precise measurement control technologies
Digital twin and full life cycle operation
Industrial Internet of Things and intelligent interconnection management
Intelligent fault diagnosis and health management
Human-machine collaboration and swarm intelligence
Green manufacturing and new energy equipment
Integrated design of complex mechanical systems

Track 2: Machine Learning and Intelligent Systems
Deep learning and neural networks
Reinforcement learning and intelligent decision-making
Computer vision and industrial vision inspection
Multi-sensor information fusion
Process optimization driven by machine learning
Industrial big data analysis and mining
Intelligent control and adaptive systems
Edge intelligence and embedded control
Federated learning and privacy protection manufacturing
Interpretable AI and trustworthy intelligent manufacturing
Generative AI and engineering design
Physical information neural networks and computational mechanics
Intelligent optimization algorithms and scheduling
Human-machine collaboration and cognitive manufacturing
Industrial large models and knowledge graph applications