Battery electric buses (BEBs) are considered effective options for sustainable mobility. Their
operational efficiency is significantly influenced by the deployment of charging infrastructure …

The domino-like cascading failures may deteriorate traffic network reliability for both system
and users. As the microscopic origin of this dynamic process, route choice behavior should …

Making the urban buses electric is regarded as a major strategy to reduce greenhouse gas
(GHG) emissions and environmental impacts of fossil fuels. In practice, not all diesel buses …

With the growing attention toward developing a multimodal transport system to enhance
urban mobility, there is an increasing need to construct new infrastructures, rebuild or …

With the rapid development of intelligent rail transit, fully automatic operation is
progressively being achieved, and more approaches have appeared to enable operators to …

To deal with the contradiction between oversaturated demand and the restricted transport
infrastructure and capacity during peak periods in a rail transit system, several passenger …

Abstract As Public Transport (PT) becomes more dynamic and demand-responsive, it
increasingly depends on predictions of transport demand. But how accurate need such …

This study devises a novel hybrid public-transit service that uses modular autonomous
vehicles (MAVs) coupled in one fleet that travels a fixed base route. MAVs can decouple …

Many countries have set the target of becoming carbon-neutral to achieve the goals of the
Paris Agreement, which was recently finalized, and an operational agreement was reached …

In many European metropolitan areas, the urban transit system is a mixture of schedule-and
frequency-based services. This study proposes an integrated transit frequency and schedule …