(Including but not limited to the following topics)
Track 1: Motor System and Design
Efficient Motor Design and Optimization
New Motor Topologies and Material Applications
Motor Thermal Management and Cooling Technologies
Motor Vibration and Noise Control
Motor Optimization Algorithms and Multi-Physical Field Design
Permanent Magnet Motors and Synchronous Reluctance Motors
Linear Motors and Magnetic Levitation Systems
Motor Insulation Technology and Reliability
Motor Fault Prediction and Diagnosis
Advanced Manufacturing and Assembly Technologies for Motors
Track 2: Power Transmission and Control
Motor Drive and Control Strategies
Sensorless Control Technology
Multi-Motor Coordinated Control
Power Electronic Converters and Modulation Techniques
Servo Drive and Motion Control
Electric Vehicle Drive Systems
Power Traction and Transmission Control
Drive Circuit Design and Implementation
Application of Model Predictive Control in Transmission
Modeling and Simulation of Power Transmission Systems
Track 3: Automation Technology and Intelligent Systems
Electrical Automation and Motion Control
Adaptive Control and Robust Control
Application of Intelligent Control in Power Transmission
Industrial Automation and PLC Systems
Micro-Electro-Mechanical Systems (MEMS) and Integrated Control
Automation Inspection and Quality Monitoring
Fault Diagnosis and Fault-Tolerant Control
Application of Artificial Intelligence in Motors and Drive Systems
Digital Twin and Intelligent Operation and Maintenance
Integration and Optimization of Automation Systems