Valeriy O. Osipyan

12 papers C 11Journal 1
YearRankTypeTitle / Venue / Authors
2024 C conf
Mathematical Models of Security Information Systems Based on the Generalized Multiplicative Knapsacks.
SIN
Valeriy O. Osipyan, E. T. J. Algharib, Arseniy Zhuck, Kirill I. Litvinov
2023 J jnl
User Multi Group Key Distribution Using Secret Sharing with Circulate Matrices Based on Diophantine Equation and Ecdh Key Exchange Protocol.
Informatica (Slovenia)
Eman Talib Alghareeb, Valeriy O. Osipyan
2020 C conf
Development of the mathematic model of disymmetric bigram cryptosystem based on a parametric solution family of multi-degree system of Diophantine equations✱.
SIN
Valeriy O. Osipyan, Kirill I. Litvinov
2019 C conf
Development of information security system mathematical models by the solutions of the multigrade Diophantine equation systems.
SIN
Valeriy O. Osipyan, Kirill I. Litvinov, R. Kh. Bagdasaryan, E. P. Lukashchik, S. G. Sinitsa, A. S. Zhuk
2018 C conf
A mathematical model of the cryptosystem based on the linear Diophantine equation.
SIN
Valeriy O. Osipyan, Kirill I. Litvinov
2017 C conf
The duality principle in the theory of development generalized A-M knapsack cryptosystems.
SIN
Valeriy O. Osipyan, Valeriy S. Tlusten, Nina V. Laktionova, Nadezhda V. Vakhrusheva
2015 C conf
Mathematical modelling of cryptosystems based on Diophantine problem with gamma superposition method.
SIN
Valeriy O. Osipyan
2014 C conf
Mathematical model of the polyalphabetic information security system based on the normal generalized knapsack.
SIN
Valeriy O. Osipyan
2013 C conf
Building of mathematical model of flow data processing system based on given selection of elements of the set.
SIN
Valeriy O. Osipyan, A. S. Zhuck, A. H. Arutyunyan, Y. A. Karpenko
2013 C conf
Information protection systems based on universal knapsack problem.
SIN
Valeriy O. Osipyan
2012 C conf
Building of alphabetic data protection cryptosystems on the base of equal power knapsacks with Diophantine problems.
SIN
Valeriy O. Osipyan
2011 C conf
Different models of information protection system, based on the functional knapsack.
SIN
Valeriy O. Osipyan