… We find that with representative human driver behavior, a single vehicle using our autonomous
controller can stabilize a string of up to 16 human driven cars across all traffic conditions (…

… , we deduce that autonomous vehicles, … behavioral grounding. We observe operational
impediments caused by: (1) low agility of autonomous vehicles compared to manned vehicles …

… behavior in this study is defined as vehicle control to avoid a conflict which does not require
urgent, evasive maneuvers (ie, hard braking or steering). Collision avoidance is vehicle …

… that reveal human behavior and situation characteristics) can … of system performance and
human behavior in the data [22], [23]… how humans and autonomous vehicles interact requires a …

… These systems can exhibit a variety of performance modes, which we define as discrete
types of behaviors that can can be derived from observable metrics of the mission. For example, …

… auditory takeover requests in autonomous vehicles. The models will … designs in autonomous
vehicles by providing the cost-effective way. Researchers can simulate a driver’s behavior …

… vehicles are human-driven. Therefore, this study proposes a car-following model … autonomous
vehicles based on the reinforcement learning method by considering the following vehicle…

… , the various behaviors of the ego vehicle and surrounding vehicles should be considered. …
system behaviors. However, these methods have problems in implementing the vehicle due …

… on global behaviors induced by … design methodology, this paper proposes additional rules
for the second level, studies through simulations the resultant richer set of emergent behaviors…

… Google’s driverless car is one of the best-known examples of autonomous vehicles at the
moment [14]. Such fully autonomous vehicles are expected to change human mobility behavior …