Modelling passenger and train traffic is a significant approach to evaluate the performance
of urban rail transit (URT) networks. However, the heavy computation pressure caused by …

Urban rail transit (URT) systems operate in heterogenous environments where their
performance is affected by many exogenous factors. However, conventional benchmarking …

The widely-existed uncertainty of origin–destination (OD) demand in transportation networks
has attracted extensive attention. Most characterizations or modeling of stochastic OD …

Passenger behavior in subways has recently become a matter of great concern, with more
attention being paid to the health risks of the subway microenvironment (sub-ME). This …

To best make informed public transportation decisions, agencies must be aware of how
individuals interact with the transit system. The key question to consider is how do …

During the last train period, passengers will not successfully reach their destination if the
timetables of the various transfer station lines are not coordinated. This paper proposes a …

Travel demand plays a moderate role in the resilience impact assessment of public transport
network disruptions. We analyze how travelers can proactively build transport resilience by …

The train operation plan plays an essential role in metro systems and directly affects
transportation organization efficiency and passenger service level. In metro systems …

Urban rail transit (URT) systems are often regarded as the backbone of their respective city.
The evolutionary features of URT systems have attracted much attention in recent years, but …

This article seeks to identify the differences in public transport travel times between
individuals with and without disabilities in Santiago, Chile. To accomplish this, a survey was …