Automated vehicles (AVs) are widely considered to play a crucial role in future transportation
systems because of their speculated capabilities in improving road safety, saving energy …

Introduction: While improved safety is a highly cited potential benefit of autonomous vehicles
(AVs), at the same time a frequently cited concern is the new safety challenges that AVs …

… , eg, autonomous driving, highly rely on highprecision vehicle sensing, massive data sharing
… moving vehicles in the order of 10cm is also crucial for connected and automated vehicles. …

… A major part of all focus group discussions was a reflection on the many aspects of travel
that will (likely) be different with fully automated vehicles compared to present travel modes. …

… automated and non-automated vehicles, as well as other road users such as pedestrians and
cyclists. Conventional vehicles … a pedestrian and vehicle approached the shared space at …

… et al., 2014) with vehicle platooning technology. Despite these encouraging … fully automated
vehicles to take over the market from HVs. Therefore, it is likely that CAVs and HVs will share …

… electric vehicles (AEVs) because it features high vehicle utilization … system planning
framework for a shared-use AEV fleet … , eg, fleet size, vehicle battery capacity and rated power of …

… example of shared control between humans and automated vehicles is … automated vehicles
and personal in-vehicle assistants. In a connected traffic environment, automated vehicles …

… information related to automated vehicles that was provided … a partially-automated vehicle
versus a fully-automated vehicle), … is shared between both the driver and the vehicle itself, and …

… Conclusions: This paper suggests that the CACC vehicles degenerate into ACC vehicles
due to communication failure, and the safety risk of mixed traffic flow increases significantly. …