The explosive growth of the mobile traffic demand has triggered the investigation of 5th
generation mobile networks (5G) for the future development of wireless communications …

Capable of enhancing spatial multiplexing and greatly expanding network capacity, network
densification has undoubtedly become a general trend in future wireless networks …

As one of the key technique to realize the large network capacity in the fifth generation
mobile communication networks (5G), ultra-dense networks (UDNs) is centralized …

One of solutions to address the increasing demands for data traffic by mobile users is to
implement ultra dense network (UDN). UDN consists of many femtocells that are densely …

In ultra dense network, full frequency reusing between small base stations can improve
network throughput, but it leads to severe cell inter-interference. In order to reduce inter …

Due to the random deployment and the decreasing coverage of numerous base stations
(BSs), the interference, including co-tier interference and cross-tier interference, is …

To handle the severe interference in the Ultra-Dense Network scenario, an user association-
based interference management scheme is proposed in this paper. By setting up proper …

In ultra‐dense networks (UDNs), the interference management constitutes a great challenge
due to the densely deployed base stations (BSs) and the traffic fluctuating with time. To …

Ultra-dense networks (UDNs) are considered to meet demands for fast increasing
throughput requirements per unit area in hotspots. Along with the dynamic variation of the …

In ultra-highly dense small cell networks scenarios of the evolving fifth generation (5G)
cellular wireless systems, the inter-cell interference (ICI) management can become more …