The rapid advancement of information and communication technology has brought a
revolution in the domain of public transport (PT) planning alongside other areas of transport …

Public transport service reliability is crucial for all stakeholders, including users, operators,
and society. Bus bunching, where two or more buses on the same route travel closely …

Autonomous vehicles (AVs) represent potentially disruptive and innovative changes to
public transportation (PT) systems. However, the exact interplay between AV and PT is …

Given the aim of increasing public transport patronage, it is important to understand how
passengers perceive different trip characteristics. Most of the existing studies about public …

We contribute to the understanding of public transport passenger route choice behavior by
developing and applying methods that capture behavioral strategies by making use of smart …

In the last decade, optimization models for railway traffic rescheduling mostly focused on
incorporating an increasing detail of the infrastructure, with the goal of proving feasibility and …

This paper proposes a general network performance model (NPM) for monitoring the
performance of urban rail systems using smart card data. NPM is a schedule-based network …

A strategic public transport equilibrium model is developed that considers each user's trip
decision, covering the choices of access stop, mode and line, alighting stop, and transfer or …

Increasing ridership in the urban rail systems in major cities is outpacing their designed
capacity. Promotion based demand management can facilitate better utilization of the …

The problem at the heart of this tutorial consists in modeling the path choice behavior of
network users. This problem has been extensively studied in transportation science, where it …