Parameterized method for specifying vector finite fields of arbitrary dimensions

Finite fields defined in the form of finite algebras are of significant interest for constructing multivariate-cryptography algorithms with a relatively small size of public key. This application is associated with specifying vector finite fields of dimension m with large number of their modifications for various fixed values of m: A method for parameterized unified generation of multiplication tables of basis vectors is proposed, with the help of which the commutative and associative multiplication operation is specified. The method is represented by a mathematical formula that includes the dimension m and parameters for specifying the distribution of basis vectors and various independent structural constants.

Authors

Publication Details

Journal
Quasigroups and Related Systems
Published
2025-04-01
DOI
https://doi.org/10.56415/qrs.v32.21
Citations
2
Primary Topic
Numerical methods for differential equations
Type
article
Field-Weighted Citation Impact
5.26

Funders

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article

Parameterized method for specifying vector finite fields of arbitrary dimensions

Nikolay A. Moldovyan
2 citations
Quasigroups and Related Systems
Numerical methods for differential equations
5.26
article

Parameterized method for specifying vector finite fields of arbitrary dimensions

Nikolay A. Moldovyan
article en
2 citations

Abstract

Finite fields defined in the form of finite algebras are of significant interest for constructing multivariate-cryptography algorithms with a relatively small size of public key. This application is associated with specifying vector finite fields of dimension m with large number of their modifications for various fixed values of m: A method for parameterized unified generation of multiplication tables of basis vectors is proposed, with the help of which the commutative and associative multiplication operation is specified. The method is represented by a mathematical formula that includes the dimension m and parameters for specifying the distribution of basis vectors and various independent structural constants.

Quasigroups and Related SystemsVol. 32(2(52))
Russian Science Foundation
Openalex Percentile: Top 5%
Numerical methods for differential equations
5.26
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