One of the main problems of Cooperative Spectrum Sensing (CSS) in cognitive radio
networks is the high energy consumption. Energy is consumed while sensing the spectrum …

Energy efficiency in cooperative spectrum sensing in cognitive radio is investigated in this
paper, where a novel approach is proposed for reducing the energy consumed in spectrum …

Cognitive radio is a promising technology which can be used to solve the shortage of
spectrum resource. As sensing nodes of the network, secondary users are usually battery …

User cooperation for spectrum sensing in cognitive radios has been proposed in order to
improve the overall performance by mitigating multi-path fading and shadowing experienced …

Cooperative spectrum sensing in cognitive radio network consumes a large amount of
energy during spectrum sensing and reporting. An energy‐efficient reporting scheme called …

Rapidly rising energy costs and increasingly rigid environmental standards have led to an
emerging trend of addressing “energy efficiency” aspect of wireless communication …

Cooperative spectrum sensing (CSS) represents a key factor in the success of cognitive
radio networks. CSS implies that users report their local sensing results to a fusion center in …

An important functionality of cognitive radio network is spectrum sensing. It is performed to
determine the idle frequency bands that are not being occupied by a licensed primary user …

In cognitive radio networks, spectrum sensing is critical to the discovery of spectrum
opportunities for secondary systems. To enhance the accuracy of spectrum sensing …

One of the main challenges of cooperative spectrum sensing in cognitive radio networks is
the overhead in terms of high energy consumption especially when reporting the individual …