Cryptographic Hash Functions: A Review Page 1 Cryptographic Hash Functions: A Review Rajeev
Sobti1, G.Geetha2 1School of Computer Science, Lovely Professional University Phagwara …

We present the hash function BLAKE2, an improved version of the SHA-3 finalist BLAKE
optimized for speed in software. Target applications include cloud storage, intrusion …

In this paper we prove that the sponge construction introduced in [4] is indifferentiable from a
random oracle when being used with a random transformation or a random permutation and …

A good cryptographic hash function should behave like a random oracle: it should not have
weaknesses that a random oracle does not have. Due to the existence of inner collisions …

In this paper we construct a chosen-key distinguisher and a related-key attack on the full 256-
bit key AES. We define a notion of differential q-multicollision and show that for AES-256 q …

Keccak [11] is a family of cryptographic hash functions [86] or, more accurately, sponge
functions [9]. This document describes the properties of the Keccak family and presents its …

Full article: Quasigroups and their applications in cryptography Skip to Main Content Taylor and
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Skein is a new family of cryptographic hash functions. Its design combines speed, security,
simplicity, and a great deal of flexibility in a modular package that is easy to analyze. Skein …

The SHA-1 hash function was designed in 1995 and has been widely used during two
decades. A theoretical collision attack was first proposed in 2004 [WYY05], but due to its …

We expand a previous result of Dean [Dea99] to provide a second preimage attack on all n-
bit iterated hash functions with Damgård-Merkle strengthening and n-bit intermediate states …