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Information Technologies
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Computer technologies for converting two-dimensional objects to the three-dimensional scene
A. L. Avtiushenko, V. M. Ivanov
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7–17 |
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Simulations of Computer, Telecommunications, Control and Social Systems
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An environment representation based on vector dynamical structures in mobile robotics systems
N. A. Babakina, M. P. Kolesnikov, V. P. Shkodyrev
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19–32 |
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Software of Computer, Telecommunications and Control Systems
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Point-spread function computation under the conditions of birefringence and partial coherence of lighting using GPUs
E. A. Nikulina
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33–38 |
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Hardware of computer, Telecommunications and Control Systems
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A surface mount chip resistor microwave model
A. B. Nikitin, E. I. Khabitueva
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39–46 |
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Information, Control and Measurement Systems
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The development of an information system for positioning technogenic hazard objects using fuzzy logic
O. I. Khristodulo, I. F. Salimzynov, N. R. Gareeva
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47–58 |
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Measurement of motion characteristics using neural networks
G. F. Malykhina, I. A. Kislitcina
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59–68 |
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Intellectual Systems and Technologies
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Extraction of business process models from texts
K. V. Sokolov, D. A. Timofeev, A. V. Samochadin
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69–78 |
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Clustering of the external web environment of universities using a modified LSH algorithm
V. N. Korelin, I. S. Blekanov, S. L. Sergeev
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79–87 |
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Audio files compression with the STLS-ESM method
E. M. Khassina, A. A. Lomov
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88–96 |
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Information and Telecommunication Technologies in Education
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An architecture of an enterprise mobility management suite for education establishments
M. Yu. Maslov, S. M. Nosnitsyn, A. V. Samochadin, K. E. Loginov
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97–107 |
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