Joint power control and beamforming schemes are proposed for cellular systems where
adaptive arrays are used only at base stations. In the uplink, mobile power and receiver …

The interference reduction capability of antenna arrays and the power control algorithms
have been considered separately as means to increase the capacity in wireless …

In cellular wireless communication systems, transmitted power is regulated to provide each
user an acceptable connection by limiting the interference caused by other users. Several …

This paper describes a centralized power control scheme for cellular mobile radio systems.
The power for the mobiles in the proposed scheme is computed based on signal strength …

A serious shortcoming of current downlink power control methods is that their performance
may be severely degraded when the downlink channel information is known imprecisely at …

High system capacities can be achieved by controlling the transmitter power in multiuser
radio systems. Power control with no constraint on the maximum power level has been …

The capacity of cellular mobile radio systems can be increased by controlling the transmitter
powers so as to balance the carrier to interference ratios at the receivers. A distributed …

Transmit power in wireless cellular networks is a key degree of freedom in the management
of interference, energy, and connectivity. Power control in both the uplink and downlink of a …

High system capacities can be achieved by controlling the transmitter power in multiuser
radio systems. Power control with no constraint on the maximum power level has been …

Power control is an effective technique to reduce cochannel interference and increase
capacity for cellular radio systems. Optimum centralized power control can minimize the …