Abstract Internet of Vehicles (IoV) is a new concept, derived from combining VANET and
Internet of Things (IoT), aiming at increasing road'user safety and reducing the number of …

The ever-increasing and unbalanced traffic load in cellular vehicle-to-everything (C-V2X)
networks have increased the network congestion and led to user dissatisfaction. To relieve …

Next-generation intelligent transportation systems aim to achieve many cooperative
perception and cooperative driving functions that require considerable computational …

Due to the increasing number of service requests from the vehicles, the load at the road side
units (RSUs) increases, which affects the delay-sensitive vehicle services. In Internet of …

Next generation intelligent transportation systems aim at many cooperative perception and
cooperative driving functions that need significant computational resources. Offloading such …

As a new technology in the fifth generation (5G) mobile networks, mobile edge computing
(MEC) can reduce network computations and shorten task-processing delay by offloading …

Real-time video streaming with low latency is essential for autonomous vehicles'
teleoperation. Studies show that the latency for self-driving teleoperation should not exceed …

Offloading in edge computing scenarios is considered a prime solution to reduce
computational time and also energy resources of the user equipment. This paper focuses on …

Cellular networks are highly prone to congestion especially at peak traffic periods. This is
compounded by the fact that the blocking probability increases. In this study, a machine …

As the performance of vehicular content delivery can be enhanced by carefully designing
content delivery schemes and content caching schemes, in this chapter, we provide a …