… connections and interactions between vehicles and TEC infras… -area coverage, space–air–ground-integrated
networks (… various Internet of Vehicles (EC-IoV) services for the vehicles in …

… ], the average delay between the satellite and ground is only 32 ms, and the bandwidth can
… a multiaccess spaceground integrated information network based Internet of Vehicles (SGIIN-…

The space–air–ground-integrated network (SAGIN) can enhance the performance of the
Internet of Vehicles (IoV). However, the basic hardware differences among communication …

… We consider a space-air-ground integrated network for the Internet of Vehicles, which … It
can be seen that the proposed network consists of three main segments, space, air, and ground …

… architecture for space-airground Internet of vehicle networks, in order to help vehicles to make
… Through a virtualized layer, a massive number of ground infrastructures can be controlled …

… tance for space–air–ground Internet of Vehicle networks,” IEEE Internet Things J., vol. 9, no.
8, pp. … Qin, “Enhancing trustworthiness of Internet of Vehicles in space–air–ground integrated …

… satellites to provide global broadband Internet services, whose cost is … Internet access and
dynamic networking for vehicles by using LEO satellites. One major advantage of the space …

… are deemed as a promising solution to support multifarious Internet of Vehicles (IoV) …
Considering the heterogeneity of space, air, and ground nodes, we first model the migration …

… This extends the traditional two-dimensional road network into three-dimensional space.
The airground integrated vehicle network will be able to support future diverse automotive …

… vehicles is increasing rapidly, and it is predicted that one fifth vehicles on road will have
Internet … ground, the space and aerial platforms can also be the data source in IoV. Satellites, …