L. A. Belozersky. AUTOMATIC SPATIAL AND BRIGHTNESS DETECTION OF CHANGES
OF LAND OBJECTS BY SPACE SHOOTING OCCURRING AT DIFFERENT TIMES TECHNOLOGY.
UDC 528.854/87(15) Annotation:This article is devoted to the complex of the interconnected methods making the technology of automatic
spatial and brightness detection of changes of objects according to satellite shooting occurring at different times.
Material of the article is based on the consecutive description of their realization conditions from detection a component
of potential changes, formation of their multispectral arrays, increase of their reliability, dichotomizing division of
changes according to their contrast, formation of monospectral complexes, to the spectral decomposition and differential
NDVI classification. In this material various restrictions are considered, immediate tasks and ways of increase of productivity
of application of technology are defined. Keywords: technology of spatial-brightness automatic detection, satellite remote sensing, image analysis, space photography.
V. M. Zuev, O. A. Butov, S. B. Ivanova, A. A. Nikitina, S. I. Ulanov. METHOD FOR LEARNING NEURAL NETWORK FOR ROBOT CONTROL.
UDC 621.375.132 Annotation:The proposed method makes it possible to reduce the labor intensity of training a neural network when developing
a robot control system into which elements of artificial intelligence are embedded. Using a model of a mechanism in MATLAB as
a basis for training with periodic control of behavior on a real mechanism allows you to speed up the process of developing
an intelligent control system. Despite the fact that control on a real mechanism is not often carried out, this does not affect
the quality of development and reduces material costs. Keywords: control, robot, neural network, training.
N. M. Kravchenko, T. D. Klyushanova, V. V. Bondarchuk, A. A. Grintsova, A. F. Denisenko. EXPERT SYSTEM OF THE BAROTHERAPY PROCESS.
UDC 004.045 Annotation:The article presents an expert system for collecting, processing information and making decisions in the process
of hyperbaric oxygenation, the functionality of the software. Formation of a database of information about patients and session
parameters. Implementation technologies: Borland Delphi, SQL, Paradox. Scheme of data processing and transmission,
program modules. Visualiza-tion of the barotherapy process. An original algorithm for choosing an initial barotherapy regimen.
Forecast of the dynamics of the patient's heart rate variability indicators for the next sessions of barotherapy. Keywords: expert system, heart rate variability, hyperbaric oxygenation, visualization of the barotherapy process,
implementation technologies, forecast of the dynamics of indicators for next session.
V. N. Pavlysh, S. V. Storozhev. MATHEMATICAL MODELING IN STABILITY PROBLEMS BASED ON THE THEORY OF FUZZY-MULTIPLE ANALYSIS.
UDC 539.3:534.1 Annotation:The solution of the problem of propagation of a numerical-analytical fuzzy-multiple methodology for describing
the effects of the influence of the initial physical, mechanical and geometric parameters on the case of analyzing
the mathematical model of buckling of a thin closed isotropic shell exposed to intense static compressive forces is presented.
The technique involves the use of the technique of normalizing the exogenous parameters of the model with the transition to their
fuzzy interval representations using the heuristic principle of generalization. Some results of numerical studies using
the described technique are presented. Keywords: applied models, static deformation, undefined parameters, heuristic methods, theory of fuzzy sets.
Yu. A. Paladyan, V. V. Rumyantsev, S. A. Fedorov. NUMERICAL SIMULATION OF THE DEPENDENCE OF THE SPECIFIC ROTATION ANGLE OF THE POLARIZATION PLANE OF AN ELASTIC WAVE
IN A NON-IDEAL 1D PHONON CRYSTAL ON THE CONCENTRATION OF STRUCTURAL DEFECTS.
UDC 539.2+535 Annotation:Within the framework of the virtual crystal approximation, a numerical simulation of the dependence
of the specific rotation angle of the plane of polarization of an elastic wave in a non-ideal (disordered both in composition
and in layer thickness) two-lattice 1D phonon crystal on the concentration of structural defects is performed. Keywords: acoustic activity, virtual crystal approximation, non-ideal 1D photonic crystal.
V. I. Levin. D. A. POSPELOV AND DEVELOPMENT
ARTIFICIAL INTELLIGENCE IN THE USSR.
UDC 519.711 Annotation:The article recreates the history of the creative activity of the famous teacher and scientist D. A. Pospelov,
describes his results in applied mathematics and achievements in pedagogy. The work will be useful for young scientists studying
the methodology of scientific research in graduate school, as well as specialists working on complex scientific and technical
problems, as an example of their successful solution. Keywords: mathematics, logic, D. A. Pospelov, Moscow.
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