… clouds for connected autonomous vehicles. We discuss the motivation for vehicular
clouds to support analytics and infotainment applications of connected autonomous vehicles. …

… platforms: vehicle-to-cloud (V2C), vehicle-to-network (V2N) and vehicle-to-infrastructure (V2I…
which will be dependant on connected and autonomous vehicles. Works like these illustrate …

… vehicle to cloud (V2C) and vehicle to roadside infrastructure (… of cooperative and highly
automated driving at speeds up to … allowing for highly automated driving at higher speeds and …

… Such cooperative automation would be based on vehicle to vehicle (V2V), vehicle to
infrastructure (V2I), and vehicle to cloud (V2C) communications. Such communication is expected …

… The V2I part leverages the roadside infrastructure and cloud computing to feed back … -modal
data, autonomous vehicles are able to immediately determine the optimal driving strategy. In …

… by other cars or connected infrastructures (road closings, … , autonomous vehicles will need
to obtain it from the cloud via … However, future autonomous vehicles will require access to all …

… by tax revenue collected from vehicle sales. This article focuses on the technical aspects
of such autonomous vehicles. Infrastructure-assisted autonomous vehicles can be fully au…

… the cooperation between CAVs and road infrastructures. This paper proposes a point-cloud
map update approach based on the cooperative vehicle infrastructure system (CVIS), which …

… -autonomous vehicles … vehicles and heterogeneity of infrastructure still needs to be addressed.
This paper surveys the literature for cloud computing use with ITS and connected vehicles …

… in autonomous vehicle scenarios. However, the computing power of such approaches is still
inferior to traditional cloud … nication between vehicles (V2V) and with an infrastructure (V2I). …