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Titlebook: Advances in Cryptology - CRYPTO ‘97; 17th Annual Internat Burton S. Kaliski Conference proceedings 1997 Springer-Verlag Berlin Heidelberg 1

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楼主: affront
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Creating, Updating, and Releasing a QMS,mputational problem on lattices is hard on the worst-case. Their encryption method may cause decryption errors, though with small probability (i.e., inversely proportional to the security parameter). In this paper we modify the encryption method of Ajtai and Dwork so that the legitimate receiver alw
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CMOS Differential Logic Families,sically all knapsack cryptosystems that have been proposed so far have been broken, mainly by means of lattice reduction techniques. However, a few knapsack-like cryptosystems have withstood cryptanalysis, among which the Chor-Rivest scheme [2] even if this is debatable (see [16]), and the Qu-Vansto
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Physics and Modelling of MOSFETs,ultiplicative property of RSA signature function and extends old results of De Jonge and Chaum [DJC] as well as recent results of Girault and Misarsky [GM]. Our method uses the lattice basis reduction [LLL] and algorithms of László Babai [B]. Our attack is valid when the length of redundancy is roug
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The CMOS Inverter: Analysis and Design, to extract some information on the secret key. This attacking scenario is well understood in the cryptographic community. However, there are many protocols based on the discrete logarithm problem that turn out to leak many of the secret key bits from this oracle attack, unless suitable checkings ar
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