An analysis of the resistance of McEliece CS based on an AG-code to quantum Fourier sampling attack
This article tests the quantum resistance of McEliece CS based on an AG-code over any elliptic curve. Using the criteria suggested by Dinh, Moore, and Russell , the author proves the resistance of this CS to quantum Fourier sampling attack. Thus, Shor’s algorithm cannot identify the group structure of the code and break the CS.
1. Shor P....
Bipolar resistive switching in memristive thin films based on Si-Ag
... electrophysical properties of multilayer thin film structures based on Si/Ag, grown by Ion-Plasma Deposition method. There were developed and optimized method of structure formation, which consist of silver clusters in silicon medium. Current-voltage curves were observed on prepared structures and demonstrate resistive switching behavior.
1. Chua L. O. Memristor — the missing circuit element // IEEE Trans Circuit Theory 18. 1971. Р. 507—519.
2. Strukov D. B., Snider G. S., Stewart D. R., Williams R. S. The missing memristor found // Nature. 2008. Vol....
Dynamics of falling rotating particle. Part 2
... Проблемы эксплуатации и ремонта металлических и железобетонных конструкций. Калининград, 2015.
Velikanov N., Naumov V., Koryagin S.
similitude parameters, numerical research, resistance curve
Features of modeling turbulent gas flows with evaporating droplets
... with evaporating droplets are considered. Such flows are found in power plants and technological devices. The resistance curve for a drop with corrections for quasi-stationary motion, the dependence of the correction coefficient on the dimensionless ... ... variables. It was found that increasing the size of the droplets will cause a change in their shape and coefficient of hydrodynamic resistance.
1. Wu Z. Н., Liu X. D. Simulation of spray drying of а solution atomized in а pulsating flow // Drying Technology....
Simulation of turbulent flow of viscous liquids with dispersed inclusions of close density
... университета им. И. Канта. Сер.: Физико-математические и технические науки. 2017. № 2. C. 75—81.
Velikanov N. L., Naumov V. A., Koryagin S. I.
dispersed inclusions, viscous liquid, turbulent flow, resistance curve