… It should be noted that uninformed vehicles have their travel pattern (car-following model).
They can be a part of a controlled system, even though they cannot be controlled directly. …

… The AVs and connected autonomous vehicles (CAVs) are expected to improve the traffic
flow and overall road safety issues. Many states in the USA are currently testing the …

… in connected and automated vehicles safety modeling,” Accident Anal. Prevention, vol. 157,
Jul. … Ran et al., “Connected automated vehicle highway systems and methods,” US Patent …

… of being dynamic, complex and uncertain, tools such as system dynamics (SD) have … of
connected and autonomous vehicles (Nieuwenhuijsen et al., 2018). System dynamics modelling …

… through the diffusion of automated vehicles capable not only … , the effects of driverless cars
(level 3–4 of automation) and of … connected traditional cars (CCVs) and connected automated …

… car-following model parameters associated with a pre-determined or cooperative adaptative
behavior of the CAVs. The main contribution is to evaluate the impact of the CAVs operation …

… by utilizing the VISSIM default model (Wiedemann 99) … car-following model would not
replicate the real driving behavior of CAVs, this study used a widely accepted car-following model …

… simulation representation of the automated vehicle, both micro and nano traffic simulation can
… An integrated architecture for autonomous vehicles simulation. In Proceedings of the 27th …

… The possibility of collecting data on CAV applications in various traffic scenarios enables
better calibration of modeling tools, which serve as the foundation for large-scale evaluations …

… To address this knowledge gap, this study uses systems theory to develop a dynamic modelling
tool to analyze the indirect consequences of potential CAVs cybersecurity regulations in …