A finite-key security proof for decoy-state BB84 against coherent attacks that incorporates correlations from Alice's encoder with only partial characterization.
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Neural-IC separates embedding inequalities from capacity bounds in query-separated computations, with one-bit RAC benchmarks and CHSH-layer stability selecting the Tsirelson threshold for quantum enhancements.
A numerical framework proves finite-key security for practical decoy-state QKD systems with transmitter and receiver imperfections including non-IID signals.
citing papers explorer
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Security of decoy-state quantum key distribution with correlated bit-and-basis encoders
A finite-key security proof for decoy-state BB84 against coherent attacks that incorporates correlations from Alice's encoder with only partial characterization.
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Neural Information Causality
Neural-IC separates embedding inequalities from capacity bounds in query-separated computations, with one-bit RAC benchmarks and CHSH-layer stability selecting the Tsirelson threshold for quantum enhancements.
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Numerical security analysis for practical quantum key distribution
A numerical framework proves finite-key security for practical decoy-state QKD systems with transmitter and receiver imperfections including non-IID signals.