Research Article
Enhance the Probability of Detection of Cooperative Spectrum Sensing in Cognitive Radio Networks Using Blockchain Technology
| | Acronyms | Description |
| | 5G | Fifth generation | | 6G | Sixth generation | | AI | Artificial intelligence | | AWGN | Additive white Gaussian noise | | BE | Battlefield endpoints | | CR | Cognitive radio | | CRN | Cognitive radio networks | | CSS | Cooperative spectrum sensing | | CU | Central users | | ED | Energy detection | | ELM | Extreme learning machine | | FC | Fusion center | | FCFS | First come, first serve | | IoT | Internet of things | | IoV | Internet of vehicles | | ML | Machine learning | | MU | Malicious users | | MWM | Maximum weight matching | | PLO | Primary licensed operator | | PoS | Proof of stake | | PoW | Proof of work | | PU | Prime users | | QAM | Quadrature amplitude modulation | | QoS | Quality of service | | RF | Radio frequency | | SNR | Signal-to-noise radio | | SPASS | Spectrum sensing as a service | | SSDF | Spectrum sharing data falsification | | SU | Secondary users | | SVM-RDA | Support vector machine-based red deer algorithm | | TTBV | Two threshold-based voting |
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