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A novel blockchain method called, eXtreme Gradient Boost Quadratic Balloon Cryptographic Block Compression (XGBQ-BCBC) based secured routing in CRN is proposed, and the security of cognitive radio blockchain network is demonstrated to be improved in a significant manner.
These findings demonstrate that the proposed framework provides accurate, secure, interpretable, and computationally efficient intrusion detection for privacy‐preserving 6G virtual network environments.
The AI assisted Blockchain Decentralized Zero Trust Authentication (BDZTA) approach is presented, which significantly improves secure communication, trusted routing, Packet Delivery Ratio (PDR), energy efficiency, end-to-end delay, and energy consumption.
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