Abstract Connected and Autonomous Transportation (CAT) is expected to greatly improve
the safety and efficiency of the transportation network. However, challenges remain in …

The longevity of transportation networks dates back to the age of ancient civilization, since
that time the main objective has in essence remained the same: to facilitate the …

Future transportation networks and modes will embrace efficient energy usage, produce low
or no emissions, use alternative construction materials and novel construction and …

The authors address the topic of network design for innovative transport systems using
advanced air mobility (AAM) as an example. For any network design, nodes must be placed …

Future transportation networks and modes will embrace efficient energy usage, produce low
or no emissions, use alternative construction materials and novel construction and …

Mobility and accessibility within human settlements depend on the provision of transport
infrastructures. This is true for walking tracks forming spontaneously in open spaces as well …

This paper presents a bi‐level model to optimize automated‐vehicle‐friendly subnetworks in
urban road networks and an efficient algorithm to solve the model, which is relevant for the …

While the traditional approach to ease traffic congestion has focused on building
infrastructure, the recent emergence of Connected and Automated Vehicles (CAVs) and …

Fully automated vehicles (AVs) are not yet a reality but already cast speculation on the future
of urban regions. Several impacts are expected at different levels, mostly at traffic and …

Few previous works integrated both uncertainty and environment disruption into the traffic
network design problem (NDP), despite the critical impact of these two factors in sustainable …