External and internal factors can cause disturbances or disruptions in daily train operations,
leading to deviations from official timetables and passenger delays. As a result, efficient train …

It is critical to design an adaptable and stable train timetable for long-term use in rail transit
network that not only meets the dynamicity of passenger demand in different hours within …

With the rapid increase in residents in megacities, the passenger demand of metro systems
is rising sharply and steadily, bringing immense pressure to train operations. To improve the …

This paper studies the demand-supply imbalance problem for one-way carsharing systems
under a combination of pricing strategy, relocations and access trips considering stochastic …

Railway operations are subject to deviations from the planned schedule, ie, delays. In those
situations, high-quality traffic control actions are needed to reduce the delays. Existing …

Train timetable is of critical importance for an urban rail transit line, chiefly because it is the
primary factor determining passenger perception of service quality. As it not only delivers …

One of the primary challenges of re-planning in high-speed urban railways is the
randomness of disruptive events. In this study, an integrated disturbance recovery model …

In this study, a new mathematical programming approach for solving the joint timetabling
and train stop planning problem in a railway line with double-track segments is proposed …

Aimed to increase usage of regenerative energy and stabilize voltage variation of traction
supply grid, an energy-saving model with on-board energy storage devices is proposed by …

During practical operations, the urban rail transit system suffers from various uncertainties,
particularly uncertain dwell times, which significantly impact the execution of the timetable …