Mechatronics
Multidisciplinary collaborative design of mechanical-electrical systems
Precision machinery and drive technology
Integration of sensors and actuators
Dynamic modeling of mechanical-electrical systems
System reliability design and life prediction
Mechatronics standard system
Fault diagnosis and health management
Energy optimization of mechanical-electrical systems
Human-machine engineering and safety design
Digital twin of mechanical-electrical systems
Lightweighting and application of new materials
Testing and verification of mechanical-electrical systems
Track 2: Embedded Systems
Real-time operating system optimization
Embedded software architecture design
Low-power embedded systems
Embedded system security protection
Deployment of embedded artificial intelligence
Development of heterogeneous computing platforms
Embedded system debugging technology
Hardware-software collaborative design
Certification standards for embedded systems
Open-source embedded ecosystem
Vehicle-grade embedded systems
Industrial-grade reliability design
Embedded control system for robots
Intelligent equipment for Industry 4.0
Aerospace embedded systems
Intelligent control of energy systems
Edge devices for the Internet of Things
Track 3: Intelligent Control
Adaptive and robust control
Fuzzy logic and neural network control
Predictive control and optimization algorithms
Learning control and intelligent decision-making
Multi-agent collaborative control
Networked control systems
Motion control and trajectory planning
Intelligent sensing and feedback control
Control system security certification
Real-time control performance optimization
Embedded control systems
Case studies of intelligent control applications ......