第七届轨道交通电气与信息技术国际学术会议

IV. Call for Papers
The conference invites submissions covering, but not limited to, the following thematic areas:

Area I: Rail Transit Operation and Management Technologies
1. Modeling and analysis of rail transit systems
2. Passenger and freight demand analysis and forecasting
3. Train operation plan formulation and service network optimization
4. Optimization of train operation scheduling
5. Train operation control technologies
6. Advanced autonomous train operation technologies
7. Train dispatching, command, and emergency response
8. Integrated operation and organization technologies for four-network convergence (rail, metro, bus, and shared mobility)
9. Passenger flow analysis, prediction, and regulation
10. Yard and operational automation technologies
11. Station operation management and automated equipment
12. Passenger service technologies for rail transit
13. Comprehensive governance and emergency rescue support for rail transit
14. Railway logistics monitoring, command, and automation technologies
15. Group train control and efficiency enhancement for heavy-haul railways
16. Logistics system optimization for the New International Land-Sea Trade Corridor
17. Multimodal transport technologies under the Belt and Road Initiative
18. Simulation and evaluation technologies for plateau railway operation organization and processes

Area II: Safety Assurance and Maintenance Technologies for Rail Transit Systems
1. Safety and risk analysis of rail transit systems
2. Resilience optimization methods for regional rail transit systems
3. RAMS (Reliability, Availability, Maintainability, Safety) technologies
4. Emergency command and management for rail transit
5. Prognostics and Health Management (PHM) for trains
6. PHM for infrastructure
7. Anomaly detection and early warning for rail transit operating environments
8. Passenger flow and human-factor-based safety assurance technologies
9. Proactive safety prevention and control technologies
10. Next-generation autonomous safety assurance technologies
11. Safety testing and certification technologies
12. Functional safety analysis technologies
13. Safety big data resource management and utilization
14. Digital twin and intelligent maintenance for high-end equipment

Area III: Energy and Traction Technologies for Rail Transit
1. Novel applications of power electronics
2. New traction motor and control technologies
3. Emerging traction and power supply technologies
4. Control technologies for enhancing traction system efficiency
5. Traction safety control technologies
6. New-energy-integrated traction and power supply technologies
7. Multi-source hybrid power technologies for rail transit
8. PHM for traction and power supply systems
9. Traction adaptation technologies
10. Maglev traction and power supply technologies
11. Next-generation train traction and power supply technologies

Area IV: Advanced Information Automation Enabling Technologies
1. Smart railway systems and technologies
2. Rail transit operation perception technologies
3. Big data analytics for rail transit
4. CPS (Cyber-Physical Systems) information fusion technologies
5. Cloud/edge computing technologies
6. IoT/sensor network technologies
7. Artificial intelligence technologies
8. Digital twin technologies
9. Next-generation communication technologies
10. Cybersecurity technologies

Area V: Intelligent Operation and Maintenance Technologies for Resources and Environment
1. Intelligent management and monitoring of rail transit resources
2. Intelligent decision-making for resource recycling
3. Big data modeling for rail transit ecological environment
4. Intelligent assessment of biodiversity conservation and ecological restoration on plateau railways
5. Simulation and inference of extreme climate impacts on rail infrastructure
6. Environmental monitoring and protection technologies
7. Autonomous obstacle avoidance and remote control of robots for hazardous rail operations
8. BIM-IoT integrated operation and maintenance for resources and environment
9. Passenger behavior modeling and coordinated optimization of resource scheduling