(The following topics include but are not limited to)
Track 1: Industrial Automation
Automation architecture of intelligent manufacturing production lines
Collaborative control and scheduling of industrial robots
Automation detection and quality control technologies
Industrial Internet of Things and integration of automation systems
Predictive maintenance and equipment health management
Dynamic reconfiguration of flexible manufacturing systems
Safety and functional safety of automation systems
Industrial automation standards and communication protocols
Automation optimization driven by digital twins
Industrial 5.0 and autonomous production systems
Energy efficiency management and optimization of automation systems
Open-source platforms for industrial automation
Track 2: Electrical Drive
High-performance motor design and optimization
Variable frequency speed regulation and servo control technologies
Multi-motor collaborative drive systems
Special motor control for new energy equipment
Motor fault diagnosis and fault-tolerant control
Innovations in power electronic converter topologies
Efficient permanent magnet and reluctance motor technologies
Robotized electrical drive integration
Superconducting motors and new drive technologies
Integration of electric drive systems for electric vehicles
Energy recovery technology for drive systems
Special chips and hardware for motor control
Testing standards for electrical drive systems
Track 3: Intelligent Control
Adaptive and robust control algorithms
Model predictive control in industrial applications
Intelligent control enabled by artificial intelligence
Cooperative control of multi-agent systems
Design and optimization of networked control systems
Data-driven model-free control
Motion control and trajectory planning
Intelligent sensing and feedback control
Control system safety and resilience
Application of edge computing in control
Embedded implementation of control algorithms
Innovations in control engineering education ......