Cooperative Spectrum Sensing Based Cognitive Radio System
5G Communications
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In 5G-based cognitive radio, the primary user signal is more active thanks to the broad frequency band. The normal cooperative spectrum sensing only senses one characteristic of PU using one kind of detector. Cognitive radio (CR) has arisen as a promising technique to the spectrum scarcity problem faced by all current just as recently proposed wireless administrations. In cognitive radio network (CRN) spectrum sensing assumes the main part and is considered as a basic part of CR. The individual CR node may not give valid detecting results due to shadowing and secret terminal problems of wirele...
In 5G-based cognitive radio, the primary user signal is more active thanks to the broad frequency band. The normal cooperative spectrum sensing only senses one characteristic of PU using one kind of detector. Cognitive radio (CR) has arisen as a promising technique to the spectrum scarcity problem faced by all current just as recently proposed wireless administrations. In cognitive radio network (CRN) spectrum sensing assumes the main part and is considered as a basic part of CR. The individual CR node may not give valid detecting results due to shadowing and secret terminal problems of wireless communication channel. Therefore to affect these problems we further implement during this paper cooperative spectrum sensing based cognitive radio for 5G communication is proposed. In cooperative spectrum sensing (CSS) scheme, every CR will individually sense the spectrum then transfer its decision to a central node also referred to as fusion center (FC). Using probability of missed detection (Pmd) and probability of false alarm (Pfa) to recognize whether spectrum sensing is enough or not, improve performance using Pfa. The simulation outcome shows the higher performance.
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