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MATHEMATICAL MODELING
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Communication of common and marginal characteristics of conditions in a two-channel system with simple streamlines of applications
G. A. Popov
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7–19 |
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Mathematical forecasting values of indicators characterizing safety of functioning road transport system
A. F. Rezchikov, V. A. Kushnikov, A. S. Bogomolov, V. A. Ivashchenko, L. Y. Filimonyuk, R. A. Aliev
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20–30 |
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Building risk models for describing security functions on protecting outer perimeters of the organization
S. G. Magomedov, V. F. Shurshev, G. A. Popov, A. F. Dorokhov, M. F. Rudenko
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31–39 |
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COMPUTER SOFTWARE AND COMPUTING EQUIPMENT
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The features of building web applications of data support of automatic control systems
M. V. Votinov
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40–47 |
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Distribution of prime and composite numbers and their algorhythmic appendices
S. I. Chermidov
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48–64 |
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TELECOMMUNICATION SYSTEMS AND NETWORK TECHNOLOGIES
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Evaluation of operation quality of cellular communication systems using fuzzy conclusion algorithm
M. E. Dzhamalidinova, O. N. Pishchin
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65–75 |
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Automated system of information processing during formation of the network topology of the natural area monitoring
V. F. Shurshev, E. R. Chishiev, A. A. Sorokin, L. V. Galimova, V. N. Esaulenko
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76–84 |
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SOCIAL AND ECONOMIC SYSTEMS MANAGEMENT
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The decision support system in IT-subdivisions based on integration of CBR approach and ontology
T. V. Avdeenko, E. S. Makarova
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85–99 |
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The network model of business processes of the IT provider
A. S. Dobrynin, S. M. Kulakov, R. S. Koynov
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100–107 |
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Risk management model for decision support in the field of fisheries
I. M. Kosmacheva, I. V. Sibikina, I. Yu. Aleksanyan, Yu. A. Maksimenko, T. V. Khomenko
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108–116 |
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Developing the system of indicators for scheduling process automation at higher educational institutions
A. S. Khasukhadzhiev
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117–127 |
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INFORMATION TECHNOLOGIES IN EDUCATIONAL ACTIVITY
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Development of the creative component of the educational process in the teaching mathematical disciplines using analogy method
I. V. Karpasyuk, P. V. Efimov
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128–142 |
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MANAGEMENT, MODELING, AUTOMATION
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Management of GLONASS-based transport logistics systems
M. Y. Pashaev
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143–146 |
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