Beyond five generation (B5G) systems will demand strict and heterogeneous service
requirements for the emerging applications. One solution to meet these demands is the …

In this paper, we study the power control problem for interference management in the ultra-
dense small cell networks, which is formulated to maximize the sum-rate of all the small cells …

Extensive spectrum reuse due to the massive deployment of small base stations will incur
high interference in future networks. One solution to deal with this interference is …

Appropriate power control algorithm can increase total network rate and reduce energy
consumption through optimizing signal-to-interference-plus-noise ratio (SINR) received by …

The network traffic of mobile wireless communication grows exponentially in recent years. In
order to serve intense traffic areas, such as train stations, airports, or hot-spot buildings, the …

Large-scale user behavior can be used as the guidance for deployment, configuration, and
service control in heterogeneous cellular networks (HCNs). However, in wireless networks …

The massive deployment of Small Base Stations (SBSs) represents one of the most
promising solutions adopted by 5G cellular networks to meet the foreseen huge traffic …

Greening effect in interference management (IM), a way of enhancing spectrum sharing via
intelligent transmit power control, can be achieved by the fact that as BSs moderately reduce …

This paper proposes a power control policy for the uplink of cell-free wireless networks.
Such policy, which generalizes the fractional power control used extensively in cellular …

This letter proposes respective policies for uplink power control and downlink power
allocation in cell-free wireless networks. Both policies rely only on large-scale quantities and …