QHF: A quaternion based a Multidimensional Hash function

R. Koide, T. Nagase, T. Araki
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引用次数: 2

Abstract

This paper proposes a new method for constructing a multidimensional hash function based on quaternion presentation called QUATERNION hash function QHF. The input data is divided into a sequence of blocks and each block is split into four parts which are mathematically formed as quaternion's parameters. A series of data and quaternion multiplication's processing are implemented to compose a hash function kernel. Each step of data-quaternion processing is carefully scrutinized data's block to maneuver a succession of zeros which might case a possible attack. Computer based simulation is conducted to compute hash values from input quaternion data. Quaternion has non-commutative feature among its multiplication's parameters, therefore, QHF is capable to resist hash collision. Furthermore, numerical examples are given to comprehend the proposed QHF.data- quaternion processing
基于多维哈希函数的四元数
提出了一种基于四元数表示构造多维哈希函数的新方法,称为四元数哈希函数QHF。输入数据被分成一系列块,每个块被分成四部分,四元数的参数在数学上形成。实现了一系列数据和四元数乘法的处理,组成了一个哈希函数内核。数据四元数处理的每一步都仔细检查数据块,以操纵可能发生攻击的连续零。通过计算机仿真,从输入的四元数数据中计算哈希值。四元数的乘法参数之间具有非交换特性,因此QHF具有抗哈希冲突的能力。最后,给出了数值算例来理解所提出的QHF。数据-四元数处理
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