Subject: Computer and information sciences
Subject: Matematics
Year: 2010
Type: Book Section
Type: NonPeerReviewed
Title: Cryptographic Primitives with Quasigroup Transformations
Author: Mileva, Aleksandra
Abstract: The intention of this research is to justify deployment of quasigroups in cryptography, especially with new quasigroup based cryptographic hash function NaSHA as a runner in the First round of the ongoing NIST SHA-3 competition. We present new method for fast generation of huge quasigroup operations, based on the so-called extended Feistel networks and modification of the Sade’s diagonal method. We give new design of quasigroup based family of cryptographic hash functions - NaSHA, which deploy the new method and with a novel approach - different quasigroups for every application of component quasigroup transformations in every iteration of the compression function and, much more, the used quasigroups are functions of the processed message block.
Publisher: Bulgarian Academy of Sciences-National Committee for Mathematics
Relation: https://eprints.ugd.edu.mk/88/
Identifier: oai:eprints.ugd.edu.mk:88
Identifier: https://eprints.ugd.edu.mk/88/1/mb-vol24-fasc34-2010-207p-216p.pdfIdentifier: Mileva, Aleksandra (2010) Cryptographic Primitives with Quasigroup Transformations. In: Mathematica Balkanica, New Series. Bulgarian Academy of Sciences-National Committee for Mathematics, pp. 207-216.
