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An Efficient Physical Layer Information Reconciliation Protocol
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DOI：10.1016/j.comnet.2026.112080.png)
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We consider the information reconciliation problem in physical layer key generation and proposes an interactive reconciliation protocol based on forward error correction (FEC) codes. Unlike traditional interactive reconciliation protocols that directly transmit parity bits, this protocol leverages the correlated randomness between the communicating parties to leak less information. The proposed protocol achieves high reconciliation efficiency while requiring significantly fewer communication rounds. For a frame length of 65536, the reconciliation efficiency of this protocol surpasses that of LDPC-based reconciliation protocol and the communication rounds required is substantially lower than that of both the original Cascade protocol and its improved variants.
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