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Error detection and correction / Quantum cryptography / Quantum information science / Coding theory / Computer arithmetic / Quantum key distribution / Hamming code / Checksum / BB84 / Theoretical computer science / Applied mathematics / Mathematics


Expeditious Reconciliation for Practical Quantum Key Distribution Anastase Nakassis 1, Joshua Bienfang, Carl Williams2 NIST, 100 Bureau Drive, Gaithersburg, MD[removed]Abstract The paper proposes algorithmic and envir
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Document Date: 2009-02-03 16:25:32

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Bangalore / /

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Cambridge University Press / The times / Communicating Systems / /

Country

India / /

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pence / /

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Prentice Hall / /

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experimental algorithm / classical software / classical algorithm / extant reconciliation algorithms / software performance / privacy amplification algorithms / classical algorithms / /

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Cambridge University / /

Person

Charles G Peterson / Louis Salvail / Joshua Bienfang / Daniel J. Costello / Jane E Nordholt / Peter M. Nielsen / Derek Derkacs / Gilles Brassard / Christian Cachin / Cascade / Richard J Hughes / Shu Lin / /

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representative / Forward / /

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Java / /

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Maryland / /

PublishedMedium

Journal of Modern Optics / journal of Cryptology / Lecture notes in computer Science / /

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Ethernet / Cryptography / privacy amplification algorithms / Public key / classical algorithms / extant reconciliation algorithms / Java / interactive algorithm / classical algorithm / BB84 protocol / Cascade-like algorithm / Cascade algorithm / experimental algorithm / /

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