Interference Management in Ultra-Dense 5G Networks With Excessive Drone Usage | IEEE Journals & Magazine | IEEE Xplore

Interference Management in Ultra-Dense 5G Networks With Excessive Drone Usage


A multi-tier HetNets deployment model indicating excessive drone usage. To mitigate inter-cell interference and drones’ interference, we use decoupled association along w...

Abstract:

In fifth generation (5G) networks, the densification of small base stations in the coverage region of macro base station (MBS) leads to significant inter-cell interferenc...Show More

Abstract:

In fifth generation (5G) networks, the densification of small base stations in the coverage region of macro base station (MBS) leads to significant inter-cell interference (ICI). Similarly, drones (a.k.a. unmanned aerial vehicles) have a diverse scope in multifarious 5G assisted applications and, therefore, cause considerable drones interference (DI) as a result of excessive drone usage. This paper investigates the bottleneck uplink (UL) coverage performance of the MBS edge users in the presence of ICI and DI. To mitigate both ICI and DI, we use an efficient resource allocation scheme known as reverse frequency allocation (RFA). Moreover, we use decoupled association (DeCA) in place of coupled association to further improve UL signal-to-interference ratio. The results depict that RFA in conjunction with DeCA overpass all other techniques in terms of improved UL coverage performance because of effective DI and ICI mitigation.
A multi-tier HetNets deployment model indicating excessive drone usage. To mitigate inter-cell interference and drones’ interference, we use decoupled association along w...
Published in: IEEE Access ( Volume: 8)
Page(s): 102155 - 102164
Date of Publication: 29 May 2020
Electronic ISSN: 2169-3536

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