The connected and autonomous vehicles (CAV) applications and services-based traffic
make an extra burden on the already congested cellular networks. Offloading is envisioned …

Cooperative Intelligent Transportation Systems, mainly represented by vehicular ad hoc
networks (VANETs), are among the key components contributing to the Smart City and …

Recently, for satisfying users' various mobile Internet service requests for data exchange
anytime and anywhere even in their moving vehicles, the generated mobile data traffic has …

To cope with safety risks and operational efficiency problems, it is of paramount importance
to ensure high data rates and meet the latency requirements in Connected and Autonomous …

Data offloading through vehicular ad hoc networks (VANETs) is one of the most promising
methods for overcoming the overload problem in cellular networks. As data delivery by …

This work proposes a centrality-based approach to identify data offloading points in a VSN.
The solution presents a scheme to select vehicles used as aggregation points to collect and …

The scarcity of network resources and the contention between resources and traffic volume
have been the most critical network performance bottlenecks due to the booming growth of …

Long‐term evolution (LTE) technology is critical for the envisioned usage scenarios in the
Internet of Vehicles. An important usage scenario is traffic information systems (TIS) for …

The flourishing vehicular applications require vehicles to download huge amount of Internet
data, which consumes significant backhaul bandwidth and considerable time for data …

Offloading vehicular data traffic from cellular networks to roadside WiFi networks is a very
interesting issue since it can not only alleviate the traffic congestion for cellular networks, but …