Spectrum sensing plays a critical role in cognitive radio networks. A good sensing scheme
can reduce the false alarm probability and the miss detection probability, and thus improves …

In cognitive radio networks, cooperative spectrum sensing is used to exploit spatial diversity
of secondary users, in order to reliably detect an unoccupied licensed spectrum. Since each …

Spectrum sensing is the key enabling technology for cognitive radio networks. The main
objective of spectrum sensing is to provide more spectrum access opportunities to cognitive …

Cooperative spectrum sensing significantly improves the detection reliability of a cognitive
radio network. In cooperative spectrum sensing, cognitive radio nodes send their hard …

Cognitive radio technology has been proposed to improve spectrum efficiency by having the
cognitive radios act as secondary users to opportunistically access under-utilized frequency …

In this paper, we propose a cooperative spectrum sensing scheme to maximize the detection
probability in cognitive radio systems. We first analytically derive a closed-form expression …

Cognitive radio networks (CRNs) are a promising solution to address the spectrum shortage
issue. Spectrum sensing plays a key role to make such a scenario practical. In this letter, we …

The successful deployment of dynamic spectrum access requires cognitive radio (CR) to
more accurately find the unoccupied portion of the spectrum. An accurate spectrum sensing …

Cognitive radio networking allows the unlicensed secondary users to opportunistically
access the licensed spectrum as long as the performance of the licensed primary users does …

Cooperative spectrum sensing may cause a high sensing overhead to secondary users
(SUs) and induce much interference to primary users (PUs) due to detection result reporting …