Vehicle routing problems (VRPs) whose typical objective is to minimise total travel costs
over a tour have evolved over the years with objectives ranging from minimising travel times …

In real traffic networks, travellers' route choice is affected by traffic control strategies. In this
research, we capture the interaction between travellers' route choice and traffic signal …

Public transport systems are subject to uncertainties related to traffic dynamic, operations,
and passenger demand. Passenger waiting time is thus a random variable subject to day-to …

Affordable and efficient urban public transport is important for the development of a
sustainable urban environment. Making sure public transport users are satisfied with the …

In this paper, we examined travelers' dynamic mode choice behavior under travel time
variability. We found travelers' inconsistent risk attitudes through a binary mode choice …

This paper evaluates the network reliability from a game theory perspective. We formulate a
network game consisting of two players-router and attacker, where the router seeks to …

Schedule padding is the extra time added to transit schedules to reduce the risk of delay.
Where there is more random delay, there should be more schedule padding. While …

The aim of this article is to study how selected variables influence delays in train traffic. Data
has been collected on train movements, timetables, weather and capacity utilization on a …

With the great development of intelligent transportation systems (ITS), travel time prediction
has attracted the interest of many researchers, and a large number of prediction methods …

In this study, to incorporate realistic discrete stochastic capacity distribution over a large
number of sampling days or scenarios (say 30–100 days), we propose a multi-scenario …