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Strengthening Zero-Knowledge Protocols using Signatures
Authors
A. Santis De
C. Dwork
+20 more
D. Boneh
D. Dolev
FIPS 186
I. Damgård
I. Damgård
L. A. Levin
N. Barić
O. Goldreich
P. MacKenzie
P. Paillier
R. Canetti
R. Cramer
R. Cramer
S. Even
S. Goldwasser
S. Goldwasser
S. Jarecki
T. ElGamal
T. Okamoto
T. P. Pedersen
Publication date
1 January 2003
Publisher
Springer-Verlag
Doi
Abstract
Recently there has been an interest in zero-knowledge protocols with stronger properties, such as concurrency, unbounded simulation soundness, non-malleability, and universal composability. In this paper
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oai:eprint.iacr.org:2003/037
Last time updated on 25/08/2023
