… control objectives produce different results, we investigate throughput and power determined
by CellOS for power minimization (control objective of min(power)), while guaranteeing a …

… ad-hoc networks, we refer to one more model of interference minimization (relation to our …
This is cellular networks model that are heterogeneous networks consisting of two different …

… In this paper, we studied the power minimization problem under multi-band multi-antenna
CR networks, subject to the rate targets and CR interference constraints. As this problem may …

… urban cellular network with a dense base station deployment. In more detail, we denote the
set of all base stations as M = {1, 2, ..., M} and the set of all users in a cellular radio network …

… Furthermore, we evaluate the performance of our proposed generalized SF minimization
approach and compare it with that of the traditional water-filling power minimization scheme. …

… cellular networks, the default association scheme is max-SINR, which indeed maximizes the
probability of coverage, ie, P(SINR > β), where β is a target SINR (or equivalently minimizes …

Base stations (BSes) in the 3G cellular network are not energy proportional with respect to …
approach to green cellular infrastruc- ture. We profile BS traffic and approximate network-wide …

… inversion-based power control. Our objective is to analyze and optimize uplink cellular network
… factor that minimizes the transmit powers of the UEs. Note that the reduction in transmit …

… For the multi-cell simulations, we consider the cellular setup illustrated in Fig. 5. There
are L = 16 cells that are distributed on a 4×4 square grid with a wrap-around topology. …

… Therefore, we attempt to minimize the data traffic of mmWave mesh backhaul for the JT in …
to minimize the data traffic on the millimeter wave mesh backhaul for 5G cellular networks. In …