We propose a distributed closed-loop power control scheme for a cognitive radio network
(CRN) based on our developed state space model of the CRN. The whole power control …

On the basis of control approach instead of using the conventional optimization method, we
present a distributed power allocation algorithm for a cognitive radio network (CRN), where …

Energy efficiency power control for dynamical cognitive radio networks is a challenging
problem. In this paper, our objective is to minimize total transmit power of multiuser cognitive …

We present a distributed power allocation algorithm for a cognitive radio network (CRN),
where the underlying secondary users (SUs) share the same licensed spectrum with the …

Power control is a key technique in spectrum underlay cognitive network to guarantee the
interference temperature limit of the primary users (PUs) and the quality of service of the …

In this letter, we study the power control of a cognitive radio (CR) network, where the
secondary user (SU) is allowed to share the spectrum with the primary user (PU) only if the …

In recent years, cognitive radio (CR) has received a great attention due to the ability to
improve the spectrum utilization. It allows the secondary user (SU) in the CR network to …

The next‐generation 5G networks will integrate two technologies, cognitive radio and
cooperative communication, which use radio spectrum opportunistically and efficiently. In …

Power allocation is an important issue for Cognitive Radio Networks (CRNs), since it needs
to consider the Quality of Service (QoS) for Secondary Users (SUs) while maintaining the …

In order to utilize the spectrum efficiently, the FCC announced Cognitive Radio (CR)
technology as a candidate to implement negotiated or opportunistic spectrum sharing. It has …