V. S. Hlukhov

Work place: Lviv Polytechnic National University, Computer Engineering Department, Stepana Bandery 12, Lviv, Ukraine

E-mail: valerii.s.hlukhov@lpnu.ua

Website: https://orcid.org/0000-0002-0542-7447

Research Interests: Computer Networks, Computer systems and computational processes


Valerii Hlukhov is a professor of the Computer Engineering Departmentat at Lviv Polytechnic National University, Ukraine. He graduated from Lviv Polytechnic Institute with the engineer degree in Computer Engineering in 1977. In 1991 he obtained his Ph.D. at the Institute of Modeling Problems in Power Engineering of the National Academy of Science of Ukraine. He was recognized for his outstanding contributions into dedicated-purpose computer systems design as a Senior Scientific Researcher in 1995. He was awarded the academic degrees of Doctor of Technical Sciences in 2013 at Lviv Polytechnic National University. He became a Professor of Computer Engineering in 2014. He has scientific, academic and hands-on experience in the field of computer systems research and design proven contribution into IP Cores design methodology and high-performance reconfigurable computer systems design methodology. He is an experienced reseracher in computer data protection, including cryptographic algorithms, cryptographic processors design and implementation. Prof. Hlukhov is an author of more than 100 scientific papers, patents and monographs.

Author Articles
Galua Field Multipliers Core Generator

By I. M. Zholubak V. S. Hlukhov

DOI: https://doi.org/10.5815/ijcnis.2023.03.01, Pub. Date: 8 Jun. 2023

An important part of based on elliptical curves cryptographic data protection is multipliers of Galois fields. For based on elliptical curves digital signatures, not only prime but also extended Galois fields GF(pm) are used. The article provides a theoretical justification for the use of extended Galois fields GF(dm) with characteristics d > 2, and a criterion for determining the best field is presented. With the use of the proposed criterion, the best fields, which are advisable to use in data protection, are determined.
Cores (VHDL descriptions of digital units) are considered as structural part of based on FPGA devices. In the article methods for cryptoprocessors cores creating were analyzed. The article describes the generator of VHDL descriptions of extended Galois field multipliers with big characteristic (up to 2998). The use of mathematical packages for calculations to improve the quality of information security is also considered.
The Galois field multipliers generator creates the VHDL description of multipliers schemes, describes connections of their parts and generates VHDL descriptions of these parts as result of Quine-McCluskey Boolean functions minimization method. However, the execution time of the algorithm increases with increasing amount of input data. Accordingly, generating field multipliers with large characteristic can take frерom a few seconds to several tens of seconds.
It's important to simplify the design and minimize logic gates number in a field programmable gate array (FPGA) because it will speed up the operation of multipliers. The generator creates multipliers according to the three variants.
The efficiency of using multipliers for fields with different characteristics was compared in article.
The expediency of using extended Galois fields GF(dm) with characteristics d > 2 in data protection tools is analyzed, a criterion for comparing data protection tools based on such Galois fields is determined, and the best fields according to the selected criterion when implemented according to a certain algorithm are determined.

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