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City Tokyo / Cambridge / Punta del Este / Amsterdam / Parma / / Company International Journal / MIT Press / IEEE Intl / Elsevier Inc. / / Country Switzerland / Uruguay / Japan / United States / Italy / / Currency pence / / Event FDA Phase / / Facility Integrated Systems Tokyo Institute of Technology / / IndustryTerm message passing algorithm / secret key reconciliation protocol / quantum information processing technologies / complexity algorithms / decoder devices / quantum-key-distribution protocols / quantum key distribution protocols / memory devices / reconciliation protocol / quantum key distribution protocol / / Organization MIT / Tokyo Institute of Technology / / Person Y. Liang / G. Van Assche / N. J. Cerf / J. J. Boutros / Bob / F. Grosshans / J. Wenger / H. V. Poor / Alice / Asymmetric Slepian-Wolf / Tanner / D. Elkouss / C. Nguyen / A. Leverrier / S. Shamai / R. Brouri / R. All´eaume / P. Grangier / / Position General / / Product BB84 / / ProgrammingLanguage C / / PublishedMedium Lecture Notes in Computer Science / / Technology QKD protocol / cryptography / BB84 quantum key distribution protocol / Public key / complexity algorithms / quantum key distribution protocols / BB84 protocol / QKD protocols / quantum information processing technologies / quantum-key-distribution protocols / message passing algorithm / decoding algorithm / secret key / reconciliation protocol / celebrated IR protocol / secret key reconciliation protocol / / SocialTag 
Information Reconciliation for QKD with Rate-Compatible Non-Binary LDPC Codes Kenta KASAI, Ryutaroh MATSUMOTO, and Kohichi SAKANIWA Dept. of Communications and Integrated Systems Tokyo Institute of TechnologyTo