page id: 209, 1401 hits, unlocked, unhidden, current: v3
v1:2004-05-04 08:26:06(1,076), v2:2004-05-04 08:28:08(1,077)
diff v1:jiinny v2:jiinny
| - \def@alink=[Articles:seret sharing/%s] |
| + \def@alink=[Articles:secret sharing/%s] |
| = |
| = \@ocat |
| = \@hcat{Research} |
| = \@hcat{ArticlesCategory} |
| = \@cat{BibliographicCategory} |
| = \@ecat |
| = # [Zukowski-Zeilinger-Horne-Weinfurter 98] |
| = # [Hillery-Bu˘§zek-Berthiaume 99] (one- to two-party SS and QSS using three-particle entanglement, and one-to three-party SS using four-particle entanglement), |
| = # [Karlsson-Koashi-Imoto 99|\@alink{(99 Karlsson-Koashi-Imoto)Quantum entanglement for secret sharing and secret splitting_PRA_p162.pdf}] (one- to two-party SS using two-particle entanglement, and QSS using three-particle entanglement), |
| = # [Cleve-Gottesman-Lo 99] (in a (k, n) threshold scheme, a secret quantum state is divided into n shares such that any k shares can be used to reconstruct the secret, but any set of k . 1 shares contains no information about the secret. The ˇ°no-cloning theoremˇ± requires that n < 2k), |
| = # [Tittel-Zbinden-Gisin 99] (QSS using pseudo-GHZ states), |
| = # [Smith 00] (QSS for general access structures), |
| = # [Bandyopadhyay 00 b], [Gottesman 00 a] (theory of QSS), |
| = # [Karimipour-Bagherinezhad-Bahraminasab 02 b] (SS). |
| = |
|
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<diff> 2004-05-04 08:28:08 v2:jiinny (current) 1401 hits |