(The following topics include but are not limited to)
Track 1: Intelligent Manufacturing
Intelligent manufacturing technologies and systems
Flexible manufacturing systems
Digital twin technology
Production line automation
Mechanical equipment automation
Advanced manufacturing technologies
Design and optimization of intelligent factories
Advanced production planning and scheduling
Manufacturing Execution System (MES) and ERP integration
Application of digital twins in manufacturing
Intelligent workshop and Internet of Things (IoT)
Intelligent production process monitoring
Industrial big data analysis and decision-making
Intelligent quality control and traceability
Intelligent logistics and flexible supply chain management
Track 2: Robot Systems
Intelligent optical sensing for robot control
Robot vision and environmental perception technology
Optical navigation in robots
Motion planning and path optimization
Bionic optical perception and movement
Cooperative control of multi-robot systems
Robot and automation technology
Application of machine learning in robot control
Unmanned aerial vehicles and autonomous mobile robot systems
Robot applications in industrial automation
Integration of robot technology and IoT
Artificial intelligence-driven autonomous systems
Application of virtual simulation and augmented reality in robots
Nonlinear systems and robust control in motion control
Track 3: Digital Twin
Development of digital twin technology
Real-time simulation and modeling
Interactive digital twin platform
Application of data mining and analysis
Application of digital twins in industries
System-level digital twin architecture
Feedback control and optimization
Integration of digital twins with IoT
Engineering practice combining virtual and real worlds
Digital twins and artificial intelligence
Life cycle management and digital twins
Cloud manufacturing and digital twins
Challenges of digital twins
Application of digital twins in the transportation field
Precision manufacturing and digital twins ...