… shift in the way cellular networks have been planned in the … the problem of planning future
cellular networks in detail. To … most challenging problems in wireless communications. This …

When aiming for achieving high spectral efficiency in wireless cellular networks, cochannel
interference (CCI) becomes the dominant performance limiting factor. This article provides a …

… , we will focus on power control in cellular networks in this survey, emphasizing primarily its
… often more important in systems engineering of cellular networks.Within the functionality of …

… We model an OFDM wireless cellular network where spectrum and power need to be
divided between communication flows (users) on links in a cell. We formulate an optimization …

Handoff is a key element in wireless cellular networks in order to provide quality of service (QoS)
to the users and to support users' mobility. Handoff failure will result in the forced …

… The risk is then a collapse of current wireless cellular … challenge for next generation wireless
cellular systems, commonly … and next generations of wireless cellular standards by the …

… 1 Main results for the downlink of a single-cell network 110 4.5. 2 Main results for downlink
… model 180 7.3 Collaborative relaying in cellular networks 184 7.4 CPA with peak power …

… assess this technology with a focus on small cell deployments in urban environments. The
… -of-the-art 4G cellular networks at current cell densities. Cellular systems, however, will need …

… Energy harvesting in wireless cellular networks is a cornerstone of emerging 5G cellular
networks as it aims to “cut the last wires” of the existing wireless devices [1]. In particular, energy …

… distances in a wireless cellular network, the wireless cellular network service region can be
… adopted as the wireless cellular coverage model in conventional wireless cellular networks [3…