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Anna Lysyanskaya. Threshold cryptography secure against the adaptive adversary, concurrently. Theory of Cryptography Library, 2000.

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Adaptively Secure Threshold Cryptography: Introducing.. - Jarecki, al. (2000)   (18 citations)  (Correct)

....Concurrency, Removing Erasures (Extended Abstract) Stanis law Jarecki and Anna Lysyanskaya MIT Laboratory for Computer Science, Cambridge, MA 02139, USA fstasio, annag theory.lcs.mit.edu Abstract. This extended abstract is a concise presentation of two independent results by Lysyanskaya [Lys00] and Jarecki and Lysyanskaya [JL00] We put forward two new measures of security for threshold schemes secure in the adaptive adversary model: security under concurrent composition [Lys00] and security without the assumption of reliable erasure [JL00] Using novel constructions and ....

....Abstract. This extended abstract is a concise presentation of two independent results by Lysyanskaya [Lys00] and Jarecki and Lysyanskaya [JL00] We put forward two new measures of security for threshold schemes secure in the adaptive adversary model: security under concurrent composition [Lys00] and security without the assumption of reliable erasure [JL00] Using novel constructions and analytical tools, in both these settings, we exhibit ecient secure threshold protocols for a variety of cryptographic applications. In particular, based on the recent scheme by Cramer Shoup, we ....

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Anna Lysyanskaya. Threshold cryptography secure against the adaptive adversary, concurrently. Theory of Cryptography Library, 2000.


Threshold Cryptography Secure Against the Adaptive Adversary.. - Lysyanskaya (2000)   (1 citation)  Self-citation (Lysyanskaya)   (Correct)

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Anna Lysyanskaya. Threshold cryptography secure against the adaptive adversary, concurrently. Theory of Cryptography Library, 2000.

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