With the continuous development of rail transit in China, the coordinated development of different standard rail transit systems has become an irreversible trend. The core of multi-standard rail transit transportation organization lies in devising train operation plans that achieve mutual coordination and capacity matching. Existing optimization research on train operation plans mainly focuses on optimizing from the perspectives of enterprises or passengers, with the research direction targeting single-standard train operation plans. Therefore, this study coordinates and optimizes multi-standard train operation plans based on demand and capacity matching, aiming to maximize comprehensive capacity matching, enhance economic benefits for operating departments, and minimize passenger travel costs. A coordinated optimization model for multi-standard rail transit train operation plans is established and solved using the ideal point method. Finally, using a certain region's multi-standard rail transit as an example, the optimal operation plan is determined. The results indicate that the deviation between the comprehensive capacity matching and optimal matching of the optimized train operation plan has been reduced by 28.1%, leading to improvements in economic benefits for operating departments and passenger travel costs.
Coordinated Optimization Research of Multi-standard Rail Transit Train Operation Plans Based on Capacity Matching
Smart Innovation, Systems and Technologies
International Conference on Smart Vehicular Technology, Transportation, Communication and Applications ; 2024 ; Kaohsiung City, Taiwan April 16, 2024 - April 18, 2024
Advances in Smart Vehicular Technology, Transportation, Communication and Applications ; Chapter : 8 ; 117-134
2025-06-22
18 pages
Article/Chapter (Book)
Electronic Resource
English