The rapid development of sixth-generation (6G) may contribute to the near-reality of
autonomous driving. The amount of work and leisure time that drivers and passengers …

Content caching has brought huge potential for the provisioning of non-safety related
infotainment services in future vehicular networks. Assisted by multiaccess edge computing …

As vehicles are connected to the Internet, various services can be provided to users.
However, if the requests of vehicle users are concentrated on the remote server, the …

As vehicles are connected to the Internet, various services such as infotainment and
automated driving can be provided. However, these services require a large amount of data …

Recent advances in edge computing and caching have significant impacts on the
developments of vehicular networks. Nevertheless, the heterogeneous requirements of on …

Content caching to local repositories closer to the user can significantly improve the
utilization of the backbone network, reduce latency, and improve reliability. Nevertheless …

Automated driving is coming with enormous potential for safer, more convenient, and more
efficient transportation systems. Besides onboard sensing, autonomous vehicles can also …

Caching on edge nodes can effectively reduce the burden on the Internet of Vehicles (IoV)
networks. However, the inherent limitations of IoV networks, such as restricted storage …

Vehicular edge computing (VEC) is a promising technology to support real-time applications
through caching the contents in the roadside units (RSUs), thus vehicles can fetch the …

Without steering wheel and driver's seat, the self-driving cars will have new interior outlook
and spaces that can be used for enhanced infotainment services. For traveling people, self …