The electric vehicle to grid (V2G) interaction technology can improve the utilization of
renewable energy and stabilize its grid connection. At the same time, renewable energy can …

Train timetabling plays a major role in railway planning processes, serving as a link between
service providers and commuters to ensure reliable service delivery. However, mathematical …

The collaborative design of the timetable and dynamic-capacity allocation plan of emerging
modular vehicles (MVs) is a promising solution to the mismatch between supply and …

Nowadays, digitizing the data stream is enabling the evolution of logistics processes. The
data-driven network logistics processes are evaluated by leading economic indicators. The …

The planning of attractive and cost efficient public transport schedules, ie, timetables and
corresponding vehicle schedules is a highly complex optimization process involving many …

Performance aspects such as travel time, punctuality, and robustness are conflicting goals of
utmost importance for railway transports. To successfully plan railway traffic, it is therefore …

With the continuous development of offshore wind power and clean oil fields, the
introduction of wind power into the offshore oil and gas field energy system has attracted …

The optimization models for strict-cyclic and non-cyclic timetables are limited in their ability
to be applied to different scenarios. This paper proposes a universal flexible-periodicity …

To effectively utilize the remaining transportation capacity and increase the revenue of
railway transport enterprises during periods of lower passenger demand, this study …

Periodic timetabling is one of the most well-researched problems in the public transport
optimization literature. However, the impact that timetabling has on the number of required …