Autonomous Vehicles (AVs) with their immaculate sensing and navigating capabilities are
expected to revolutionize urban mobility. Despite the expected benefits, this emerging …

Recently, in the literature, microscopic simulation is one of the most attractive methods in
impact assessment of automated vehicles (AVs) on traffic flow. AVs can be divided into …

With automated and cooperative driving making its breakthrough, and related systems in fast
development, their future influence and impact on roads and traffic may be extensive. Truck …

The introduction of automated vehicles is expected to affect traffic performance. Microscopic
traffic simulation offers good possibilities to investigate the potential effects of the …

Truck platooning is a technology allowing trucks to travel in convoy formation using wireless
communications and advanced driver assistance systems. This technology is expected to …

This paper proposes a novel driving strategy for Connected and Automated Vehicles (CAVs)
in a lane-free traffic environment. To this end, a combination of artificial forces and a …

The growth of vehicle ownership has necessitated the adoption of new approaches to cope
with the arising problems. In this regard, while technological advancement in connected and …

Introduction: The rise of autonomous vehicles has brought about a transformative shift in
transportation, witnessing the coexistence of human-driven and autonomous vehicles on …

This paper examines the long-term effect that connected and autonomous vehicles might
have on urban, road-based, transport capacity. Using micro-simulation techniques, the …

Researching real-world applications of game theory and optimization is crucial due to its
significant impact on decision-making, efficiency, and innovation across various sectors …