Development models and method of forming cascade mac using modular transformation

Authors

  • Ольга Григорівна Король Харківський національний еко­номічний університет
  • Любомир Теодорович Пархуць Національний університет «Львівска політехніка».
  • Сергій Петрович Євсеєв Харківський національний еко­номічний університет

DOI:

https://doi.org/10.18372/2410-7840.15.4850

Keywords:

codes of integrity and authenticity of data, a modular transformation, generic classes are hashed functions

Abstract

To construct the MAC codes satisfying collision proper­ties of universal hash functions are used algorithms with modular transformations that provide provably secure hashing information. The disadvantages of such algo­rithms is the high computational complexity and low rate of formation of the hashes, which significantly reduces the scope of their application. The choice of cycle func­tions in the scheme provably secure key universal hashing, a model and a method of forming code integrity and au­thenticity of data based on the modular transformation algorithm to reduce the computational complexity of the hashing scheme using cyclic functions. The developed method of cascade formation of MAC provides the re­quired performance properties of universal hash collision, demonstrable resilience and high speed forming a hash code.

Author Biographies

Ольга Григорівна Король, Харківський національний еко­номічний університет

lecturer, department of information systems, Kharkiv National University of Economics.

Любомир Теодорович Пархуць, Національний університет «Львівска політехніка».

Doctor of Science (eng.), associate professor, department of information protection of Na­tional University «Lviv Polytechnic».

Сергій Петрович Євсеєв, Харківський національний еко­номічний університет

Ph.D (eng.), senior scientist, associate Pro­fessor of Information Systems Kharkov National University of Economics.

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How to Cite

Король, О. Г., Пархуць, Л. Т., & Євсеєв, С. П. (2013). Development models and method of forming cascade mac using modular transformation. Ukrainian Information Security Research Journal, 15(3), 186–196. https://doi.org/10.18372/2410-7840.15.4850

Issue

Vol. 15 No. 3 (2013)

Section

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