Titlebook: Cryptography and Coding; 14th IMA Internation Martijn Stam Conference proceedings 2013 Springer-Verlag Berlin Heidelberg 2013 cloud cryptog

configuration

Acetaldehyde

Walking on the Edge of the Abyssup the idea to standardize Keccak variants with different parameters than those submitted to the SHA-3 competition. In particular, NIST considers to reduce the capacity to the output size of the SHA-3 standard and additionally, standardize a Keccak variant with a permutation size of 800 instead of 1

不可知论

秘传

Nurhayati Mohd Nur,Nor Aida Abdul Rahmanemes with provably secure guarantees against a variety of side-channel attacks. However, meeting the strongest security levels (resilience against continual leakage attacks) under the weakest assumptions leads currently to costly schemes. Additionally, recent results show the impossibility to achiev

考博

Juliana Sofhia Damu,Zawiah Abdul Majidience. A relatively recent trend is to apply methods pertaining to the field of Multi-Party Computation: in particular this means applying secret sharing techniques to design masking countermeasures. It is known besides that there is a strong connection between secret sharing schemes and error-corre

松果

Sri Handayani,Euis Saribanon,Yana Tatianas a double-block-length compression function that consists of two Matyas-Meyer-Oseas (MMO) modes. Tag-based applications often require a hash function to be a one-way function and a primitive for constructing a pseudorandom function. We analyze the one-wayness of the hashing mode and the pseudorando

返老还童

伪造者

Nor Aida Abdul Rahman,Nurhayati Mohd Nur to such attacks in this model. A side-result of this is a proper formalization for an unproven alternative to . proposed by Kilian and Rogaway; this construction can now be shown to be sound in our model. Meet-in-the-middle attacks exploit weaknesses in key schedule algorithms, and building constru

concise

细胞

Reshma Yousuf,Zawiah Abdul Majidtices. In particular, we utilize the BKZ-2.0 simulator of Chen and Nguyen to identify the best lattice attack that can be mounted using BKZ in a given dimension at a given security level. Using this technique, we show that it should be possible to work with lattices of smaller dimensions than previo