The accelerating emergence of vehicle automation and the anticipation of the advent of
shared mobility through fully autonomous vehicles indicate the beginning of a new era of …

Well-defined relationships between flow and density averaged spatially across urban traffic
networks, more commonly known as Macroscopic Fundamental Diagrams (MFDs), have …

The gradual deployment of automated vehicles on the existing road network will lead to a
long transition period in which vehicles at different driving automation levels and capabilities …

Connected and autonomous vehicles will influence the future of the surface transportation
system by enhancing safety, improving mobility, reducing energy consumption, and …

A significant difference in the behavior of heterogeneous and undisciplined traffic streams is
observed when compared with the conventional traffic flow. Most of the existing traffic flow …

Connected vehicle technology provides the opportunity to create a connected network of
vehicles and infrastructure. In such a network, individual vehicles can communicate with …

The objective of this study is to investigate the properties of network-level traffic flow
relationships in a freeway network with the use of commonly available loop detector data …

This study examined the transition from Traditional Vehicles (TVs) to Autonomous Vehicles
(AVs) using microsimulation modelling approaches. For this purpose, the study first …

Connected vehicle data is an important assessment tool for agencies to evaluate the
performance of freeways and arterials, provided there is sufficient penetration to provide …

This paper elucidates the impacts of vehicle heterogeneity on traffic dynamics and
throughput of mixed traffic consisting of connected automated vehicles (CAVs) and regular …