FAST ALGORITHMS AND COMPUTING MEANS OF CRYPTOLOGICAL FUNCTIONS

Authors

  • Andriy Horpenyuk

DOI:

https://doi.org/10.47839/ijc.4.2.339

Keywords:

Asymmetric cryptology, encryption, decryption, cipher opening, digital differential analyzer, digital integrator, digital analogues, pulse-number functional converter

Abstract

The problems of speed of asymmetric cryptology computational algorithms are analyzed in the article. There has been offered for the greater speed to apply computing facilities of analytical principle of functioning together with algorithmic computing facilities. There have been given fundamentals of synthesis of such facilities, considered problems that limit domain of their application in cryptography. There have been given research results, which expose the prospects of application domain expansion of such facilities.

References

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. A.V.Lunin, A.A.Salnikov “The prospects of development and application of assymmetric cryptography algorithms”. Confident, №10 – 1999.

. Maksymovych V., Dudykevych V., Gorpeniuk A. “New hardware for pulse fluxes processing”, Proceedings of the X Polish national conference "Application of microprocessors in automatic control and measurements", v.2.- Warsaw, Poland, 1996.- p.150-157.

. Maksymovych V., Dudykevych V., Horpenyuk A., “New hardware for pulse fluxes processing”, Application of microprocessors in automatic control and measurements: Proceedings of the X of Polish National conference. Warsaw, Poland, 1996.- p.150-157.

. M.O.Rabin, “Digital Signatures and Public-Key Functions as Intractable as Factorization”, MIT Laboratory for Computer Science, Technical Report MIT/LCS/TR-212, Jan 1979.

. Andriy Horpenyuk “Reversible pulse-numerical functional converters”,- Manuscript. Thesis for a Ph.D. science degree in speciality 05.13.05 - elements and units of computer technique and control systems. - State University “Lvivska Polytechnica”, Lviv, 1998.

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Published

2014-08-01

How to Cite

Horpenyuk, A. (2014). FAST ALGORITHMS AND COMPUTING MEANS OF CRYPTOLOGICAL FUNCTIONS. International Journal of Computing, 4(2), 69-76. https://doi.org/10.47839/ijc.4.2.339

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Section

Articles