MATHEMATICS
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On the asymptotics for the fundamental solution of the ordinary fractional order differential equation with constant coefficients L. H. Gadzova
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7 |
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The linear inverse problem for the equation of Trikomi in three-dimensional space S. Z. Djamalov
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12 |
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About the linear Diophantine equations and ways of their solutions A. H. Kodzokov, Z. O. Beslaneev, A. L. Nagorov, M. B. Tkhamokov
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18 |
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On the uniquness of the solution to the boundary value problem for a mixed degenerate hyperbolic equation Z. V. Kudaeva
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24 |
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Gellerstedt problem for a parabolic-hyperbolic equation degenerating type and order Z. S. Madrakhimova
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28 |
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Some boundary value problems for an equation of the third order parabolic-hyperbolic type in a pentagonal area M. Mamajonov, S. M. Mamajonov, Kh. B. Mamadalieva
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34 |
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MATHEMATICAL MODELING
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Mathematical modeling of nonlinear oscillators hereditarity example Duffing oscillator with fractional derivatives in the Riemann-Liouville I. V. Drobysheva
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43 |
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Duffing oscillator with an external harmonic impact and derived variables fractional Remann-Liouville, is characterized by viscous friction V. A. Kim
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50 |
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On a dynamic hereditarity system that simulates the economic cycle D. V. Makarov
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55 |
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Sustainable development of society: synergetic approach V. A. Shevlokov
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62 |
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INFORMATION AND COMPUTATION TECHNOLOGIES
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Calculation of entropy Karachay-Balkar texts and simulation of phrases M. B. Tkhamokov, A. L. Nagorov, Z. O. Beslaneev, A. H. Kodzokov
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68 |
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TEACHING MATERIALS
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Solutions of mathematical olympiad «Vitus Bering - 2016» G. M. Vodinchar, O. K. Zhdanova, A. S. Perezhogin, O. V. Sheremetyeva, T. P. Yakovleva
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73 |
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þHow to learn to solve problems with a parameter? O. K. Zhdanova
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79 |
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The crediting of work of section «Functions» (for secondary vocational education) T. P. Yakovleva
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90 |