Title :
Small Cell densification requirements in high capacity future cellular networks
Author :
Gelabert, Xavier ; Legg, Philip ; Qvarfordt, Christer
Author_Institution :
Huawei Technol. Sweden AB, Kista, Sweden
Abstract :
In order to cope with the expected increase in traffic demand, the large-scale deployment of Small Cells (SC) becomes a cost-efficient way to realize the foreseen capacity explosion in the near future. In this paper we investigate, for a particular forecast in the 2020, what are the requirements in terms of capacity per area unit and how SC densification along with other design criteria can fulfill such demands. A wide set of illustrative numerical results are provided showing key design criteria such as frequency reuse, deployment planning, macro-cell power-down and transmitted power reduction, which, in conjunction with SC densification, have strong impact on the capacity delivered by the network.
Keywords :
cellular radio; telecommunication network planning; telecommunication traffic; SC densification; deployment planning; foreseen capacity explosion; frequency reuse; high capacity future cellular networks; macro-cell power-down; small cell densification requirements; traffic demand; transmitted power reduction; Bandwidth; Capacity planning; Geometry; Interference; Planning; Throughput; Topology; Capacity; Monte-Carlo; cellular networks; heterogeneous networks; performance evaluation;
Conference_Titel :
Communications Workshops (ICC), 2013 IEEE International Conference on
Conference_Location :
Budapest
DOI :
10.1109/ICCW.2013.6649403