… This work is very forward-looking in combining 5G and artificial intelligence on the Internet
of Vehicles. However, smart city, as an integrated system, relies largely on the interactions …

… Abstract—In the era of 6G-driven Internet of Vehicles (IoV), the form of services centered
on … The authors in [25] considered joint computing offloading and caching decisions and …

… In the Internet of Vehicles (IoV) environment, intelligent vehicles will generate a lot of data. …
that our scheme is more suitable for highly dynamic Internet of Vehicles environment. …

This paper considers a vehicle edge computing system that uses nonOrthogonal multiple
access technologies for task uploading and data packet downloading to solve the problems of …

… Therefore, in the highly dynamic Internet-of-Vehicles … Accordingly, a novel joint computing
and communication … communication topology in the Internet-of-Vehicles (IoV) environment. In …

… Ning et al., “Joint computing and caching in 5G-envisioned internet of vehicles: A deep
reinforcement learning-… Her research interests include internet of vehicles and Internet of Things. …

… Internet of vehicles, in order to facilitate the efficient management of the system, this paper
designs the system architecture of the Internet of vehicles. … proposes a joint computing offload …

Multiaccess edge computing (MEC) is considered as a backbone for the 5G network. The
successive MEC network combines the networking and computation at the edge of the network …

… The collaborative path planning and scheduling can overcome the limitations of single vehicle
intelligence to obtain a globally optimal decision strategy in cognitive internet of vehicles (…

… Abstract—Mobile Edge Computing (MEC), as a promising key technology, provides tremendous
support for latency-sensitive applications in Internet of Vehicles (IoV). In this paper, we …