📚︎Track 1: Information Control Theory and Applications

· Information Control Theory and Methods; 

· Modeling and Simulation of Complex Systems; 

· Distributed and Centralized Control Systems; 

· Design and Implementation of Real-Time Control Systems; 

· Intelligent and Adaptive Control Technologies; 

· Applications of Information Control in Electrical Engineering; 

· Signal Control and Optimization in Rail Transit; 

· Applications of Networking and Communication in Control Systems; 

· Safety and Reliability of Intelligent Control Systems; 

· Applications of Big Data and Machine Learning in Control Systems;

📚︎Track 2: Electrical Engineering Systems and Control

· Analysis and Design of Power Systems; 

· Power Electronics and Electric Drive Technologies; 

· Monitoring and Maintenance of Electrical Equipment; 

· Renewable Energy and Distributed Generation Technologies; 

· Electromagnetic Compatibility and Power Quality Control; 

· Integrated Applications of Electrical Engineering and Information Control; 

· Power Supply Systems and Electric Drives in Rail Transit;

· Automation Control Systems in Electrical Engineering; 

· Microgrid and Smart Distribution Grid Technologies; 

· Intelligent Electrical Equipment and IoT Applications;

📚︎Track 3: Rail Transit Technologies and System Integration

· Design and Optimization of Rail Transit Systems; 

· Automation and Control Technologies in Rail Transit; 

· Signaling and Communication Systems in Rail Transit; 

· Energy Management and Efficiency Technologies in Rail Transit; 

· Rail Transit Vehicle Engineering and Power Systems; 

· Applications of Information Control Technologies in Rail Transit; 

· Intelligent Rail Transit Management Systems; 

· Safety Monitoring and Emergency Management in Rail Transit; 

· Integration and Optimization of Power Systems in Rail Transit; 

· Future Trends in Rail Transit Technologies;