… on intersection capacity and level-of-service if autonomous cars … The logic is that
autonomous car occupants engaged in … more similar to ‘car passengers’ than ‘car drivers’. We …

… autonomous cars will be common, Dresner and Stone proposed a new intersection control
protocol called Autonomous Intersection … manage a limited traffic capacity—much less than …

… Braess’ Paradox occurs when 1) despite the fact that cars minimize personal delay by
selfishly choosing their routes, 2) overall efficiency declines when additional capacity is added to …

… the impact of Avs on the capacity of signal-controlled intersections. Based on the analysis
of road capacity, this paper further extends to intersections, to provide the corresponding basis …

… This paper investigates the impact on intersection capacity and level-of-service if
autonomous cars are instructed by their occupants to travel subject to the maximum rates of …

… intersection, we define the concept of intersection distance and exposure time. The intersection
… its application to the safety assessment of autonomous cars,” Ph.D. dissertation, 07 2010. …

… at intersections. In the dynamic equilibrium of our model, … assumes that autonomous cars
only affect capacity and not the … , a fraction f has an autonomous car and faces a capacity of s/r[f…

… The intersection capacity is the maximum traffic flow an infrastructure element can sustain
for an extended period. It is influenced by the signal timings, the geometry of the approach, the …

… In the competitive computational market, the driver agents and the intersection-manager
agents trade the use of intersection capacity. The proposed approach outperforms the traffic-…

… policies at intersections by leveraging the autonomy of vehicles … algorithms for autonomous
cars to maximize the road capacity. … 1, if all autonomous cars (orange cars) on a road take …