… cruising-for-parking traffic of conventional vehicles. Autonomous vehicles (AVs) can self-relocate
to alleviate the shortage of parking supplies at the trip destinations. The extra floating …

… network traffic equilibrium for traveling and parking with autonomous vehicles (AVs) under a
fully automated … the parking spaces by themselves, we introduce the joint equilibrium of AV …

… The assignment model captures the interactions between demand flows and road
network and provides the road traffic characteristics (speed, flow, and density), the total …

… of a selfautomated parking lot, where autonomous cars use vehicular ad hoc networking to
… order to accommodate entering vehicles and to allow the exit of blocked vehicles. Using this …

… that treats each island in the car-park as a queuing system. We solve the problem using …
We show that autonomous vehicle car-parks can decrease the need for parking space by …

… Autonomous vehicles (AVs) create the potential for new … , fully automated vehicles can be
repositioned to avoid parking … Currently, travelers may be forced to pay large parking costs at …

… system for the autonomous car is out of the scope of this work. Without loss of generality, in
this paper, we assume that the autonomous car … of the Vehicular Sensor Network, extracted …

… public parking area, a vehicle with a valet parking assist system … parking spot provided that
it has a detailed map of the area. … system is dependent on highly detailed maps of the parking …

… of the downtown street network, … parking behavior of autonomous vehicles would land cities
with a twofold blow—a dramatic drop in the cost of parking that encourages more trips by car, …

… the optimal parking supply to minimize the total system cost (… cost of parking supply) under
either user equilibrium or system … parking problem in the rush-hour with autonomous vehicles. …