Detail publikace

QUENCHING CIRCUIT FOR SINGLE-PHOTON QUANTUM KEY DISTRIBUTION

ŠÍP, J., WILFERT, O.

Originální název

QUENCHING CIRCUIT FOR SINGLE-PHOTON QUANTUM KEY DISTRIBUTION

Anglický název

QUENCHING CIRCUIT FOR SINGLE-PHOTON QUANTUM KEY DISTRIBUTION

Jazyk

en

Originální abstrakt

Single photons quantum key distribution (SP-QKD), more popularly known as optical quantum cryptography, uses a single-photon communications to distribute the secret keys required for secure communications. This paper describes a design of an optical receiver that is suitable for the SP-QKD. A receiver with an avalanche photodiode and a gated passive quenching circuit are presented.

Anglický abstrakt

Single photons quantum key distribution (SP-QKD), more popularly known as optical quantum cryptography, uses a single-photon communications to distribute the secret keys required for secure communications. This paper describes a design of an optical receiver that is suitable for the SP-QKD. A receiver with an avalanche photodiode and a gated passive quenching circuit are presented.

Dokumenty

BibTex 


@inproceedings{BUT13732,
  author="Josef {Šíp} and Otakar {Wilfert}",
  title="QUENCHING CIRCUIT FOR SINGLE-PHOTON QUANTUM KEY DISTRIBUTION",
  annote="Single photons quantum key distribution (SP-QKD), more popularly known as optical quantum cryptography, uses a single-photon communications to distribute the secret keys required for secure communications. This paper describes a design of an optical receiver that is suitable for the SP-QKD. A receiver with an avalanche photodiode and a gated passive quenching circuit are presented.",
  address="Katedra rádioelektroniky FEI STU",
  booktitle="Radioelektronika 2004 Conference Proceedings",
  chapter="13732",
  institution="Katedra rádioelektroniky FEI STU",
  year="2004",
  month="april",
  pages="253",
  publisher="Katedra rádioelektroniky FEI STU",
  type="conference paper"
}