Connected and automated vehicle (CAV) is a transformative technology that has great
potential to change our daily life. Therefore, CAV related research has been advanced …

With the development of automated driving technology and communication technology, the
emergence of connected automated vehicles (CAVs) will significantly improve traffic …

Present study reviews simulation models available for signalised and unsignalised
intersections using cellular automata (CA). CA models are discrete dynamic systems …

The advent of autonomous vehicles brings major changes in the transportation systems
influencing the infrastructure design, the network performance, as well as driving functions …

This study proposes a cellular automaton model incorporating the platoon size of connected
automated vehicles (CAVs) to examine their impact on mixed traffic flow. First, vehicles are …

Public transport brings significant benefits to the aging society by providing essential
mobility to the elderly. However, few studies have investigated the factors that impact public …

The high controllability and connectivity of connected automated vehicles (CAVs) have
created opportunities to enhance the road network's performance. Considering the case that …

Connected and autonomous vehicles (CAV) will open the future to vast possibilities in
transportation, most of which have yet to be imagined. As these new technologies emerge …

Traffic congestion has become increasingly prevalent in many urban areas, and researchers
are continuously looking into new ways to resolve this pertinent issue. Autonomous vehicles …

Growth in car ownership has significant impacts on the use of urban space and
management of urban environments, especially in rapidly developing countries such as …