Robust diagnostics of dark counts for quantum networks
Nikolay Sergeevich Perminov, Maxim Aleksandrovich Smirnov, Konstantin, Sergeevich Melnik, Lenar Rishatovich Gilyazov, Oleg Igorevich Bannik, Marat, Rinatovich Amirhanov, Diana Yurevna Tarankova, Aleksandr Alekseevich, Litvinov
TL;DR
This paper presents methods for analyzing detector timestamps in quantum communications to diagnose dark counts, aiming to enhance the security and reliability of quantum networks.
Contribution
It introduces robust diagnostic techniques for dark counts in single-photon detectors, improving security in quantum network implementations.
Findings
Effective analysis of afterpulse counts using multiple approaches
Enhanced security diagnostics for quantum key distribution
Improved reliability of quantum communication systems
Abstract
In this work, we study the timestamps in the registration of single-photon detector counts in quantum communications. The analysis of afterpulse counts on the basis of several approaches is carried out. Robust diagnostics of keys is proposed to increase the security of quantum networks.
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