Ultra-dense small cell networks (UD-SCNs) will be an integral part of next generation
network (NGN). How to deal with serious interference is one of the important challenges in a …

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 …

Ultra‐dense small cell networks (UD‐SCN s) have been identified as a promising scheme
for next‐generation wireless networks capable of meeting the ever‐increasing demand for …

Extensive deployment of heterogeneous small cells over existing macrocell cellular
networks forms the Ultra-dense Small cell Network (USN). USN has emerged as a key …

Heterogeneous small-cell networks have been identified as key technological components
in accomplishing objectives of the fifth generation wireless communication system, in which …

To reduce the interference among small cells of Ultra-Dense Networks (UDN), an improved
Clustering-Assisted Resource Allocation (CARA) scheme is proposed in this paper. The …

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 …

In response to the drastic increase in the traffic loads being served by existing cellular
wireless networks, small cells are envisioned as a promising solution to extend the coverage …

Extensive deployment of heterogeneous small cells in cellular networks results in ultra-
dense small-cell networks (USNs). The USNs have been established as one of the vital …

Small cell networks provide an effective way to meet the explosive growth of mobile data
traffic, which, however, complicates the network structure and makes intercell interference …