Considering the dramatic increase of data rate demand in beyond fifth generation (5G)
networks due to the numerous transmitting nodes, dense device‐to‐device (D2D) …

Recent advances in digitization, artificial intelligence, and wireless networking are
revolutionizing the traditional transportation networks and the automotive industry, leading …

An ultra-dense network (UDN) can increase the system throughput by deploying a mass of
low-power nodes and can greatly increase the spectral efficiency and energy efficiency at …

The automotive industry is undergoing disruptive changes, eg, ride sharing and self-driving
cars which, in addition to leveraging wireless connectivity, may lead to dramatic changes in …

The significance of vehicle-to everything (V2X) communication in ensuring road safety is
undeniable. In addition, real-time vehicle communication requires an ample amount of …

This paper proposes a novel context-based network management model for device-to-
device (D2D) communication in ultra dense mobile networks. Network management …

This article discusses about device-to-device communication on 5G cellular networks using
mmWave. Device-to-device communication will support 5G cellular technology, because it …

Cellular networks continue to trend rapidly towards more bands and carrier frequencies,
along with higher base station density, requiring complex decisions to be made when …

Densification has been acknowledged as a main technological pillar for the Fifth Generation
(5G) of networking, to address the foreseen huge number of connected devices owing to the …

With the ultra-dense deployment of small-cell base stations (SBSs), it is common today to
find a user locates within the coverage area of several SBSs. In this paper, we investigate …