| R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998. |
....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.
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R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.
No context found.
R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.
No context found.
R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST. www.cs.arizona.edu/#rcs/hpc, 1999.
No context found.
R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST. www.cs.arizona.edu/rcs/hpc, 1999.
No context found.
R. Schroeppel. The hasty pudding cipher. AES candidate submitted to NIST, 1998.
No context found.
Schroeppel, R., and Orman, H. The hasty pudding cipher. AES candidate submitted to NIST, 1998.
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