[HTML][HTML] A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E: Logistics and …, 2023 - Elsevier
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
[PDF][PDF] A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
network, 2023 - pure.tue.nl
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research. Part E: Logistics and …, 2023 - research.tue.nl
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
[PDF][PDF] A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E, 2023 - researchgate.net
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E: Logistics …, 2023 - econpapers.repec.org
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E: Logistics and …, 2023 - ideas.repec.org
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - 2023 - worldtransitresearch.info
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E: Logistics and …, 2023 - trid.trb.org
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …
A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E: Logistics …, 2023 - ui.adsabs.harvard.edu
A general model framework of energy-efficient timetabling and passenger path choice in a
URT network is proposed. A novel model reformulation as a tree knapsack problem is …
URT network is proposed. A novel model reformulation as a tree knapsack problem is …
[PDF][PDF] A novel two-stage approach for energy-efficient timetabling for an urban rail transit network
K Huang, F Liao - Transportation Research Part E, 2023 - researchgate.net
Urban rail transit (URT) is the backbone transport mode in metropolitan areas to
accommodate large travel demands. The high energy consumption of URT becomes a …
accommodate large travel demands. The high energy consumption of URT becomes a …