Titlebook: Cryptology and Network Security; 5th International Co David Pointcheval,Yi Mu,Kefei Chen Conference proceedings 2006 Springer-Verlag Berlin

結(jié)束

Improved Collision Attack on Reduced Round Camelliaoject. Wu Wenling presented the collision attack on reduced-round Camellia in 2004, the 128-bit key of 6 rounds Camellia can be recovered with 2. chosen plaintexts and 2. encryptions. The improved collision attack on 6 rounds Camellia which based on four 4-round distinguishers is presented in this p

Germinate

Stealing Secrets with SSL/TLS and SSH – Kleptographic Attacksphic library, to steal secrets of the user. According to the scenario of the kleptographic attacks the secrets can be stolen only by a party having a secret key not included in the manipulated code. The attacker needs only to record transmissions. The messages transmitted are indistinguishable from

echnic

Bitslice Implementation of AESance of the application, the speeds of encryption and decryption of the algorithm are critical. To obtain maximum performance from the algorithm, efficient techniques for its implementation must be used and the implementation must be tuned for the specific hardware on which it is running..Bitslice i

初次登臺(tái)

僵硬

防止

Watermarking Essential Data Structures for Copyright Protectionng copyright signatures inside the program code or its runtime state. Prior proposals hide the watermarks in dummy data structures, e.g., linked lists and graphs that are created during the execution of the hosting software for this reason. This makes it vulnerable to subtractive attacks, because th

Resistance

揮舞

Chaotic Keystream Generator Using Coupled NDFs with Parameter Perturbingwork on the well characterized one-dimensional(1-D) chaotic systems. As a practical solution to these problems caused by 1-D chaotic systems, a chaotic keystream generator using nonlinear digital filters with .-D uniform distribution is proposed. To improve system security further and overcome the e

BRIEF

https://doi.org/10.1007/11935070AES; DDos attacks; Distributed Denial of Service; algorithm; algorithms; authentication; communication; cry

FILLY

978-3-540-49462-1Springer-Verlag Berlin Heidelberg 2006