Small cell base stations (SBSs) and multiple antennas are seen as fundamental
technologies in the emergence of the next generation [ie, 5th generation (5G)] of cellular …

This paper proposes distributed joint power and admission control algorithms for the
management of interference in two-tier femtocell networks, where the newly-deployed …

This paper studies interference mitigation in heterogeneous cellular networks consisting of
traditional macrocells and newly envisioned femtocells. The mutual interference between …

Interference cancellation is expected to have significant importance for next-generation
wireless communication systems due to various co-channel deployment scenarios and …

Deploying Femtocells inside a macrocell network can significantly increase the macrocell
capacity in terms of network optimisation. However, the deployment of femtocells within a …

In this paper 1, we study interference mitigation in cellular networks with femtocells. We
propose to use adaptive distributed beamforming to mitigate downlink interference between …

In this paper, we propose a resource allocation scheme for interference mitigation in
heterogeneous networks to simultaneously serve both Macrocell User Equipments (MUEs) …

Nowadays, the popularity of smart phones creates huge capacity requirements for networks
during mass events where thousands of people coexist in specific areas. At such events …

This paper studies the spectrum sharing of femtocell base station (FBS) and macrocell base
station (MBS) in a heterogeneous network setting. We allow femtocell users (FUEs) to re-use …

Femtocell Networks are the proposed solution for deployment in homes that enables an
indoor mobile user to achieve high speed downloading from the internet and make good …