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Abstract: An important component of iterative, block ciphers is the key schedule. In most ciphers, a master key of speci#ed length is manipulated to create round subkeys. This manipulation is known as the key schedule. A strong key schedule means a cipher will be more resistant to various forms of attacks, such as di#erential and linear cryptanalysis. In this paper, the Advanced Encryption Standard#AES# candidates are classi#ed according to their key schedules. 1 The Classi#cation Schedule The most... (Update)
Context of citations to this paper: More
...more attention was paid to general attacks which are essentially implementation independent. 2.5. 3 Implicit Key Schedule Weaknesses In [9] an interesting theory is developed concerning the resistance of the key schedules of the candidates to attack. A more general question is...
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2: Federal Register: September (context) - September, available - 1997
2: comment submitted on April (context) - Stern, Vaudenay et al. - 1999
BibTeX entry: (Update)
G. Carter et. al., Key schedule classification of the AES candidates, submission for The Second AES Conference, 1999, available at [2]. http://citeseer.ist.psu.edu/carter99key.html More
@misc{ carter99key,
author = "G. Carter",
title = "Key schedule classification of the AES candidates",
text = "G. Carter et. al., Key schedule classification of the AES candidates, submission
for The Second AES Conference, 1999, available at [2].",
year = "1999",
url = "citeseer.ist.psu.edu/carter99key.html" }
Citations (may not include all citations):25 Springer-Verlag (context) - LNCS - 1994
9 Springer-Verlag (context) - Encryption - 1994
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