By Alexandre Venelli (auth.), Kyung-Hyune Rhee, DaeHun Nyang (eds.)
This booklet constitutes the completely refereed post-conference court cases of the thirteenth overseas convention on info safety and Cryptology, held in Seoul, Korea, in December 2010. The 28 revised complete papers awarded have been conscientiously chosen from ninety nine submissions in the course of rounds of reviewing. The convention offers a discussion board for the presentation of latest leads to study, improvement, and purposes within the box of knowledge safeguard and cryptology. The papers are equipped in topical sections on cryptanalysis, cryptographic algorithms, implementation, community and cellular defense, symmetric key cryptography, cryptographic protocols, and part channel attack.
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Additional info for Information Security and Cryptology - ICISC 2010: 13th International Conference, Seoul, Korea, December 1-3, 2010, Revised Selected Papers
Summary of attacks on the ciphers examined in the paper. The “Encryptions” column gives the expected number of encriptions in the case of a SP cipher, while the “Lower bound” column – the expected number of encryptions required in the case of a random permutation. In case of n-bit Feistel cipher r is a number of covered rounds, and 2c is the complexity of some diﬀerential attack. 3 Organization. The paper is organized as follows. In Section 2 we deﬁne the openkey distinguishers and review techniques for constructing diﬀerential trails.
Nikoli´c et al. time the adversary is assumed to have a full control over the key. A chosen-key attack was launched on 8-round reduced AES-128 in . Both the known-key and chosen-key distinguishers are collectively known open-key distinguishers. The adversary has the knowledge of the key or even can choose a value of the key. To succeed, the adversary has to discover some property of the attacked cipher that holds with a probability higher than for a random permutation. Diﬀerential distinguishers in the open-key model are deﬁned in similar way as in the secret-key model.
The probability that a given input diﬀerence to the S-box will produce a given output diﬀerence. Note that when these diﬀerences are ﬁxed, then the trail in the linear-diﬀusion layer holds with probability 1. The second type is a truncated diﬀerential trail . In this trail only the position of the active bytes is important, while the actual diﬀerence values are ignored. Since, the S-box operates on a single byte, it means it cannot change an active byte to a non-active and vice-versa. Hence the adversary concentrates only on the linear-diﬀusion layer and ﬁnds the probability of a particular conﬁguration of input-output active bytes.