Centralized assigning of bus running between multiple lines can save operation cost of transit agency. As more big transit terminals can serve for multiple bus lines being established, coordinating the operation of these lines’ vehicles becomes more economical and perspective. This paper proposed a vehicle-scheduling model for multiple lines which share vehicle resource together and service based on the same terminal. The optimization goal is to minimize the number of vehicles while considering reducing the invalid operation time under the constraint of timetable schemes and matching time for vehicle crossing two lines. A case in Ningbo city, China, was conducted to compare the performance of the cross-line schedules with the original sched...
As a shared transport mode, public transit is important for leading transportation systems to develo...
This study proposes a flexible timetable optimization method based on hybrid vehicle size model to t...
This paper discusses a model for developing optimal integrated schedules for urban rail and feeder b...
Bus service is of great significance to urban residents. With the convergence of bus lines and the f...
In the operational planning process of public transport, the time a passenger spends on waiting is a...
AbstractVehicle scheduling problem (VSP) is a vital part of the bus scheduling scheme based on the b...
The multiple depot vehicle scheduling problem (MDVSP) has been widely studied in the context of publ...
Vehicle scheduling is a crucial step of the public transport planning process because it results in ...
We propose a new structured transit system with flexible bus line length based on the real-time requ...
Nowadays, bus lines commonly share terminals, especially in urban areas, because an independent oper...
The public-transport (transit) operation planning process commonly includes four basic activities, u...
The vehicle scheduling problem, arising in public transport bus companies, addresses the task of ass...
AbstractThe public-transport (transit) operation planning process commonly includes four basic activ...
A public transit system with multiple fixed bus lines faces non-uniform fluctuating passenger demand...
A procedure is presented for solving real-world large-scale multiple depot vehicle scheduling (MDVS)...
As a shared transport mode, public transit is important for leading transportation systems to develo...
This study proposes a flexible timetable optimization method based on hybrid vehicle size model to t...
This paper discusses a model for developing optimal integrated schedules for urban rail and feeder b...
Bus service is of great significance to urban residents. With the convergence of bus lines and the f...
In the operational planning process of public transport, the time a passenger spends on waiting is a...
AbstractVehicle scheduling problem (VSP) is a vital part of the bus scheduling scheme based on the b...
The multiple depot vehicle scheduling problem (MDVSP) has been widely studied in the context of publ...
Vehicle scheduling is a crucial step of the public transport planning process because it results in ...
We propose a new structured transit system with flexible bus line length based on the real-time requ...
Nowadays, bus lines commonly share terminals, especially in urban areas, because an independent oper...
The public-transport (transit) operation planning process commonly includes four basic activities, u...
The vehicle scheduling problem, arising in public transport bus companies, addresses the task of ass...
AbstractThe public-transport (transit) operation planning process commonly includes four basic activ...
A public transit system with multiple fixed bus lines faces non-uniform fluctuating passenger demand...
A procedure is presented for solving real-world large-scale multiple depot vehicle scheduling (MDVS)...
As a shared transport mode, public transit is important for leading transportation systems to develo...
This study proposes a flexible timetable optimization method based on hybrid vehicle size model to t...
This paper discusses a model for developing optimal integrated schedules for urban rail and feeder b...