Asymmetric mode-pairing QKD with finite-key analysis and practical decoy states achieves higher secure key rates than equalizing channels with added attenuation.
2, it can be observed that the value of ηaµa ηbµb is significantly distant from 1, largely deviating from the condition ηaµa ≈ ηbµb
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Asymmetric protocols for mode pairing quantum key distribution with finite-key analysis
Asymmetric mode-pairing QKD with finite-key analysis and practical decoy states achieves higher secure key rates than equalizing channels with added attenuation.