In urban scenario, the imbalanced spatial distribution of traffic flow exerts an important
influence on the performance of communication between vehicles and the Roadside Unit …

Vehicular ad-hoc network (VANET) is characterized as a highly dynamic wireless network
due to the dynamic connectivity of the network nodes. To achieve better connectivity under …

The deployment of roadside units plays an important role in the performance of vehicular
networks. The main challenge of the roadside unit deployment algorithm is the trade-off …

Vehicular ad hoc networks have emerged as a promising area of research in academic
fields. However, to design a realistic coverage algorithm for vehicular networks presents a …

Time-sensitive mobile service with vehicular networks depend on continuous coverage on
the road system. It is a challenge to meet a tight budget while maintaining coverage quality …

In mobile Internet applications that support edge computing, the deployment scheme of
edge servers affects the business operation state. Traditional edge servers are deployed on …

The paper considers vehicles' multi-hop connectivity as inter-grid connectivity and draws
some important conclusions by theoretical modeling. Based on these conclusions, a new …

This paper proposes a mixed linear and integer optimization model for multi-hop ad-hoc
networks to select the positions of the gateways over a certain area. This model mimics the …

One of the main concerns of the cities' administration is mobility management. In Intelligent
Transportation Systems (ITS), pedestrians, vehicles and public transportation systems could …

Vehicle trajectory information can enable many promising applications, but obtaining the
information is very challenging. Thanks to the Vehicular Adhoc Network (VANET), in which …