… and a single microcell, we analyze the changes in power consumption at both the BSs side
and the MDs side with the deployment of a micro BS. Optimum microcell radii for maximum …

… The transmit power of a macrocell M and a microcell m on … control in rayleigh-fading
heterogeneous networks,” in Proc. … -specific uplink power control for heterogeneous networks in …

… optimal new site deployment algorithms in heterogeneous wireless cellular networks. We …
For specific case of outdoor Micro cell site deployment, we have demonstrated that SMART …

… , distributed antenna systems (DASs) and microcells. A survey of state of the art in 3GPP
heterogeneous networks-based small cells deployment has presented in [2]. Moreover, a …

… network-wide performance The goal of this article is to provide an overview of a heterogeneous
network … Examples of heterogeneous elements include microcells, picocells, femtocells, …

… Abstract—Deploying small cells has been widely accepted as … of user traffic in cellular
heterogeneous networks (HetNets). … deployed by the network operator, ie, microcell, picocell, or …

… We want to leverage heterogeneous network architectures to expand network coverage, to
… may differ significantly, ranging from femto station to picocell, microcell, macrocell and cloud-…

… m are the transmit power of a macrocell M and a microcell m on subcarrier n, respectively. We
note that although … Similarly, the SINR for microcell user k on subcarrier n can be written as …

… heterogeneous networks (… deploying microcells while keeping the coverage area the same
increases both energy and spectral efficiencies. We also observe that microcell deployment …

… the case for microcells. 3GPP doesn’t specify a separate power class for microcell. Instead a
… transmit power could be designed and considered as microcell [32]. In some other scenarios…