Surveys
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Modern methods for automatic analysis of images A. V. Kalevatykh, B. A. Pavlov
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3 |
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Deterministic Systems
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Optimal moving control for small rotations of a spacecraft. II. Optimal synthesis M. M. Zhechev
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22 |
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On necessary and sufficient conditions of asymptotically stable nonautonomous nonlinear dynamic systems V. P. Zhukov
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29 |
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Stochastic Systems
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Filtration of stochastic processes for continuous and discrete observations with memory. I. Basic nonlinear filtration equation O. L. Abakumova, N. S. Demin, T. V. Sushko
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49 |
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Asymptotically optimal methods in a problem for the fastest detection of a change point. I. Characteristics of methods for the fastest detection of a change point B. E. Brodskii
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60 |
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Adaptive and Robust Systems
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On regularization of algorithms of information processing in control problems V. M. Ageev, N. V. Pavlova, V. V. Petrov
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73 |
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Synthesis of adaptive optimal control systems for stochastic objects from a forecast model Yu. G. Bulychev, A. A. Manin
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81 |
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Gain margin for a cascade of uncertain components O. N. Kiselev, B. T. Polyak
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93 |
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An algorithmic basis of optimal adaptive controllers of a new class A. A. Krasovskii
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104 |
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Developing Systems
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Optimal incentive mechanisms in an active system with probabilistic uncertainty. I A. K. Enaleev, D. A. Novikov
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117 |
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Simulation of Behavior and Intelligence
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Local approximation on artificial neural networks A. V. Butsev, A. A. Pervozvanskii
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127 |
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Automata
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Synthesis of dynamically programmable universal modules using switching functions in Galois fields $GF(2^m)$ I. N. Aleksandrov, V. M. Kotov, N. M. Nikityuk
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137 |
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Computers in Control
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Analysis of the delta network with shared buffers under nonuniform load G. P. Basharin, O. V. Zhukov
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149 |
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Estimation of the throughput of distributed information-processing systems of the client–server architecture L. B. Boguslavskii, A. I. Lyakhov
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160 |
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Parallelization of recurrent loops with conditional statements B. Ya. Shteinberg
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176 |
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Notes
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A mathematical model for elaborating the equipment outfit for plants employing a complex technological cycle L. D. Natanzon
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185 |