This paper presents a joint optimization of the timetable, bus formation, and vehicle
scheduling in a flexible public transport (PT) system that utilizes autonomous modular …

The efficiency of automated container terminals primarily depends on the synchronization of
automated-guided vehicles (AGVs) and automated cranes. Accordingly, we study the …

In this work, we consider the problem of scheduling a set of trains (ie, determining their
departure and arrival times at the visited stations) and simultaneously deciding their …

This paper studies the problem of rescheduling trains in a large-scale railway network with
the characteristics of long distance, long time horizon and a large number of trains, where a …

Train service design problem considers many operating strategies, ie, multiple service
routes, multiple train compositions, and express/local modes. Incorporating multiple …

Railway line planning and train timetabling are two key planning steps that determine the
operating cost and passenger service quality of a railway operator under the infrastructure …

This study presents a novel framework and open-source tools for simulating and managing
connected and automated mobility (CAM) systems, taking into account their hierarchical …

Trains normally run as scheduled in a non-disrupted situation. However, due to external
and/or internal factors, trains may deviate from their original timetable during daily …

The widespread application of electric vehicles for city last-mile logistics has been enhanced
by the emerging trend of urban sustainable mobility, which intends to reduce vehicle …

The crew planning problem is a key step in the urban rail transit (URT) planning process and
has a critical impact on the operational efficiency of a URT line. In general, the crew …