In order to identify and make use of unused, underused frequency bands, cognitive radio
(CR) makes extensive use of spectrum sensing (SS). Successful implementations of CR rely …

Spectrum sensing is the paramount aspect of cognitive radio network where a secondary
user is able to utilize the idle channels of the licensed spectrum band in an opportunistic …

A potential novel strategy for addressing the increasing demand for spectrum sensing in
cognitive radio networks (CRNs) involves utilizing underutilized frequency bands through …

Vacant frequency bands are used in cognitive radio (CR) by incorporating the spectrum
sensing (SS) technique. Spectrum sharing plays a central role in ensuring the effectiveness …

As next-generation wireless communication technologies advance and spectrum resources
become scarcer, Cognitive Radio Networks (CRN) must incorporate learning and reasoning …

Cognitive Radio (CR) technology enables the efficient exploit of radio spectrum by utilizing
existing unused frequencies. Spectrum Sensing is the most important process in CR by …

With the increase in demand for spectrum resources, cognitive radio is dependent heavily to
efficiently managing the overwhelming radio spectrum scarcity. To ensure that the spectrum …

Spectrum sensing is critical in allowing the cognitive radio network, which will be used in the
next generation of wireless communication systems. Several approaches, including …

The number of network devices continues to rise as we advance towards 6G communication
systems. A new range of frequencies is allocated while the earlier resources remain …

In recent years, with the development of related technologies, the requirements for
frequency resources are also increasing day by day, but due to the scarcity of wireless …