A. Sahai, "Non malleable, non-interactive zero knowlege and adaptive chosen ciphertext security", FOCS 99. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
On Adaptive Vs. Non-Adaptive Security of Multiparty.. - Canetti, Damgaard.. (2001) (Correct)
....additional complexity of guaranteeing adaptive security is the case of using encryption to transform protocols that assume ideally secure channels into protocols that withstand adversaries who hear all the communication. In the non adaptive model standard ChosenCiphertext Attack secure encryption [ddn91,cs98,s99] (or even plain semantically secure encryption [gm84] if used appropriately) is su#cient. To obtain adaptively secure encryption, it seems that one needs to either trust data erasures [bh92] or use considerably more complex constructs [cfgn96,b97,dn00] Clearly, adaptive security implies ....
A. Sahai, "Non malleable, non-interactive zero knowlege and adaptive chosen ciphertext security", FOCS 99.
On Adaptive Vs. Non-Adaptive Security of Multiparty.. - Canetti, Damgaard.. (2001) (Correct)
....additional complexity of guaranteeing adaptive security is the case of using encryption to transform protocols that assume ideally secure channels into protocols that withstand adversaries who hear all the communication. In the non adaptive model standard Chosen Ciphertext Attack secure encryption [ddn91, cs98, s99] (or even plain semantically secure encryption [gm84] if used appropriately) is su#cient. To obtain adaptively secure encryption, it seems that one needs to either trust data erasures [bh92] or use considerably more complex constructs [cfgn96, b97, dn00] Clearly, adaptive security implies ....
A. Sahai, "Non malleable, non-interactive zero knowlege and adaptive chosen ciphertext security", FOCS 99.
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