… radio (CR) networks can re-use the RF spectrum licensed to a primary user (PU) network, …
even in such challenging scenarios, power control algorithms that take channel uncertainty …

… the 20-node network described above for different level of power control granularity (Q). Note
that Q = 1 corresponds to the case of no power control, ie, a node uses its peak power P for …

… This paper will consider the power control problem for the first category, and we focus on …
and the cognitive radio network operate simultaneously. The power control problem becomes …

… Abstract—We propose a robust distributed uplink power allocation algorithm for underlay
cognitive radio networks (CRNs) with a view to maximizing the social utility of secondary users (…

… networks is transmission power. The system stability and the resource sharing algorithms all
rely on well functioning power control. … of the radio resource and of power control. Exact and …

… Our approach is to say that a configuration of users is feasible if an associated power control
problem has a solution. We show that the power control problem is a nonlinear fixed point …

… Power control and beamforming are two key techniques in … information and interference
power) to enable power control and … power control and beamforming in cognitive radio networks (…

… In this paper, we focus on transmission power control. We show that unique features of CR
… questions arise in power control for secondary users. The transmission power of a secondary …

… Transmitter power control is an effective way of increasing the system capacity and quality
of communications in cellular mobile radio systems. The initial work on power control ([1]-[3]) …

… The secondary network uses cognitive radio technology to make … power control and
beamforming with the objective of minimizing the total transmitted power of the cognitive network …