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R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.

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Tweakable Enciphering Modes for Sector-Level Encryption - Halevi, Rogaway (2002)   (Correct)

....the notion of a PRP and a strong ( super ) PRP. The concrete security treatment of PRPs begins in [5] The notion of a tweakable block cipher is due to Liskov, Rivest and Wagner [19] Earlier work by Schroeppel describes an innovative block cipher that was already designed to incorporate a tweak [26]. The first attempt to directly construct an nm bit block cipher from an n bit one is due to Zheng, Matsumoto and Imai [30] who give a Feistel type construction. Bellare and Rogaway [7] give an enciphering mode that works on messages of varying lengths but is not a strong PRP. Another ....

R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST. www.cs.arizona.edu/#rcs/hpc, 1999.


Deterministic Authenticated-Encryption - Provable-Security Treatment Of   (Correct)

No context found.

R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.


Deterministic Authenticated-Encryption - Provable-Security Treatment Of (2006)   (Correct)

No context found.

R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.


A Tweakable Enciphering Mode - Halevi (2003)   (9 citations)  (Correct)

No context found.

R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST. www.cs.arizona.edu/#rcs/hpc, 1999.


A Tweakable Enciphering Mode - Halevi, Rogaway (2003)   (9 citations)  (Correct)

No context found.

R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST. www.cs.arizona.edu/rcs/hpc, 1999.


Efficient Instantiations of Tweakable Blockciphers and.. - Rogaway (2003)   (Correct)

No context found.

R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.


On the Impossibility of Highly Efficient.. - Black, Cochran.. (2004)   (Correct)

No context found.

Schroeppel, R., and Orman, H. The hasty pudding cipher. AES candidate submitted to NIST, 1998.

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