Optimization of Express and Local Train Stop Scheme for Urban Rail Transit
DOI: 10.23977/ftte.2019.11001 | Downloads: 0 | Views: 16
Wang Peng 1
1 School of Economics and Management, Dalian University, China
Corresponding AuthorWang Peng
Express and local trains can meet passengers' various travel needs effectively, reduce transport operation costs, and promote the service level of urban rail transit. For a train system to be effective, it is crucial that reasonable stop schemes be created. First, the study examines, in detail, the feature of overtaking between express trains and all-stop trains. The overtaking of local trains by express trains not only results in increased passenger travel time and train turnaround time, but also reduces carrying capacity. This study puts forward a scheme wherein express trains overtake all -stop trains at slow stations, without stopping, to reduce the adverse impact of overtaking. We then analyze passenger trave1 time and the operation costs of express and local trains, we establish an optimization model for the stop scheme of express and local trains, and use a genetic algorithm to solve it. Our results indicate that this scheme saves passengers 3,976,815 seconds of travel time, and train operators one set of train stock and a 12,OOO-yuan stop cost during the peak trave1 hour.
KEYWORDSUrban rail transit; express and local train pattern; overtaking; integer programming; genetic algorithm
CITE THIS PAPER
Wang Peng, Optimization of Express and Local Train Stop Scheme for Urban Rail Transit . Frontiers in Traffic and Transportation Engineering (2019) 1: 1-5. DOI: http://dx.doi.org/10.23977/ftte.2019.11001.
 SALZBORN. E J M. (1969) Timetables for A Suburban Rail Transit System. Transportation Seience, 4，279-316
 CHANG Y H. (2014) A Multiobjective Modei for Passenger Train Services Planning: Application to Taiwan's High-Speed Rail Line. Transportation Research Part B: Methodological 2, 91-106.
 CAO Z. (2014) Estimation Method for A Skip-Stop Operation Strategy for Urban Rail Transit in China. Joumal of Modem Transportation, 3, 174-182.