Summaries of the Issue
INTEGRATED ON-BOARD COMPUTING SYSTEMS: PRESENT SITUATION REVIEW AND DEVELOPMENT PROSPECTS ANALYSIS IN THE AVIATION INSTRUMENT-MAKING INDUSTRY Paramonov Pavel P, Zharinov Igor Olegovich
The article deals with present situation review and analysis of development prospects for integrated on-board computing systems, used in the aviation instrument-making industry. The main attention is paid to the projects carried out in the framework of an integrated modular avionics. Hierarchical levels of module design, crates (onboard systems) and aviation complexes are considered in detail. Examples of the existing products of our country and from abroad and their brief technical characteristics are given and voluminous bibliography on the subject matter as well.
OPTICAL AND OPTICAL ELECTRONIC SYSTEMS. OPTICAL TECHNOLOGIES
ASPECTS OF HIGH-STRENGTH OPTICAL FIBER MANUFACTURE Korobeynikov Anatoliy Grigorievich, Gatchin Yuri Armenacovich, Dukelskiy Konstantin V, Ter-Nersesyantz Egiche Vavikovich
Analysis results of the basic technological processes for high-strength optical fiber manufacture are presented. Major factors influencing the durability of fiber optical paths are considered. Manufacturing recommendation for high-strength long-length optical paths by MCVD method is given.
DETERMINATION OF OPTICAL LOSSES AT FIBERS JOINING WITH DIFFERENT MODEFIELD DIAMETER Varlamov Andrey V, Kulikov Andrey Vladimirovich, Strigalev Vladimir Evgenievich, Varzhel Sergey V., Aksarin Stanislav Mikhailovich
For optical losses reducing at fiber optic systems creation the angular distribution of the output radiation of birefringent optical fibers with elliptical stress cladding with 4, 12, 16 and 18 mol. % GeO2 is measured. Obtained data make it possible to predict losses at joining of optical fibers with elliptical stress cladding and different concentrations of GeO2 with each other, as well as standard telecom fibers, such as SMF-28, other birefringent optical fibers and integrated optics components.
CERIUM IONS INFLUENCE ON A LUMINESCENCE AND ABSORPTION OF MOLECULAR SILVER CLUSTERS IN SILICATE GLASSES AFTER ION EXCHANGE Dyomichev Ivan Alexeevich, Egorov Vladimir I, Postnikov Evgeniy S, Sgibnev Evgeniy M, Sidorov Alexander Ivanvich, Khrushcheva Tatiana A
Luminescence and absorption spectrums of silicate glasses containing silver, embedded by ion exchange, were investigated. Intensive luminescence of such glasses was shown to appear right after ion exchange that can be associated with neutral molecular clusters of silver Agn formation. The increase of cerium ions concentration was also shown to cause the increase of luminescence intensity of the samples. The following UV-treatment decreases luminescence intensity. Thermal treatment under 300-350 0С temperature increases the luminescence intensity.
APPLICATION OF TIME-OF-FLIGHT PMD-CAMERAS FOR DISTANCE MEASUREMENT TO WATER SURFACE Krysin Dmitry Yu, Alexander V. Nebylov
The article deals with results that confirm the possibility of time-of-flight PMD-cameras application for shortdistance measuring (0.2-5 m) to water surface. Main features of the PMD-technology are considered. Developed experimental setup is presented. An experiment, confirming the efficiency of PMD-cameras under natural conditions is described. Experimental 3D-images of water surface shape are presented with corresponding explanation. Graphical results of statistical processing of valid pixels of 3D-images are presented. 3D-image processing algorithms are proposed for estimate of distance. The results may be useful in solving the problems of liquid level measurement, determining the parameters of sea waves and measuring the height of the movement of object above the water surface.
PHOTONICS AND OPTICAL INFORMATICS
RECURRENT DATA PROCESSING IN SPECTRAL OPTICAL COHERENCE TOMOGRAPHY BASED ON KALMAN FILTERING Volynsky Maxim Alexandrovich, Gurov Igor P
The method of dynamic data processing in spectral optical coherence tomography based on Kalman filtering is suggested. Adaptive choice possibility of necessary number of spectral samples to ensure required resolution for a particular investigated sample is shown. Examples of experimental data processing obtained at biological objects investigating are presented.
ANALYSIS OF THE WAVE PACKET PARAMETERS BASED ON DYNAMIC EVALUATION OF THE SPECTRAL COMPONENTS PHASE Elena A. Vorobyeva, Gurov Igor P
The method of dynamic analysis for the wave packet parameters is considered. The method involves selection and evaluation of the amplitudes and phases of the separate monochromatic components of a wave packet. Positions of the intensity maximum of the wave packet can be determined using initial phases of monochromatic components estimated by nonlinear discrete Kalman filter.
AMINO ACIDS IDENTIFICATION IN THE HUMAN SKIN BY SPECTRA APPLICATION OF 0,05-1,2 THZ RANGE Smolyanskaya Olga A, Kapralova Angelina V, Balbekin Nikolay S, Romanov Ilya R, Prozheev Igor V, Strepitov Evgeniy A, Prosanov Igor Y, Ezerskaya Anna A, Tsurkan Maria V
Spectra of human skin and tableted preparations of amino acids in 0,05 1,2 THz range are obtained by terahertz spectroscopy method with time resolution. Comparison of the amino acids spectral lines is made for their identification in the skin. It is shown that the following amino acids are the most clearly visible in the skin spectrum: tryptophan, cysteine, alanine, glycine, phenylalanine and histidine. Terahertz spectral lines of the mentioned amino acids are associated with molecules oscillating modes, caused by chemical reactions, hydration processes and molecules conformal changes in the human skin. Determination of amino acids spectral lines and other specific molecules, involved in the metabolic processes of the skin, is necessary for the development of terahertz diagnostic tool with maximum sensitivity and selectivity.
STUDY OF SURFACE LAYERS MICROSTRUCTURE FOR PLANT TISSUE BY OPTICAL COHERENCE MICROSCOPY Volynsky Maxim Alexandrovich, Gurov Igor P, Zhukova Ekaterina V , Margaryants Nikita B., Ryseva Ekaterina S
The surface layers microstructure of biological tissue on the example of plant fruit exocarp was investigated by spectral optical coherence microscopy with tunable wavelength in the 1305 75 nm range and by the method of correlated optical coherence microscopy at the mean wavelength value equal to 940 nm. The experiments were performed for the intact and defect structures, and calculation of the surface profile of exocarp was performed.
ANALYSIS AND SYNTHESIS OF COMPLEX SYSTEMS
PARAMETRICAL E -INVARIANCE SUPPORT OF THE SYSTEM OUTPUT UNDER THE PLANT UNCERTAINTY Alexandrova Sophia A., Musaev Andrey A, Slita Olga V., Ushakov Anatoly Vladimirovich
The article deals with the problem of parametrical E -invariance support of continuous system output. The problem is solved for the plant state matrix given in attending form with impracticable conditions of absolute parametric invariance. Results are illustrated with an example.
ELECTROMAGNETIC SAFETY OF ELECTRIC TRANSPORT SYSTEMS: MAIN SOURCES AND PARAMETERS OF MAGNETIC FIELDS Ptitsyna Natalia G, Kopytenko Yuri A, Ismagilov Valery S, Korobeynikov Anatoliy Grigorievich
Magnetic fields produced by electric drive vehicles may break electromagnetic safety. For electromagnetic safety and electromagnetic compatibility knowledge about characteristics and sources of magnetic fields in the electric transport is necessary. The article deals with analysis of available data about magnetic fields in electric cars and comparison with results of our measurements carried out in the other types of electrified transport systems.
METHOD OF MAXIMAL INFORMATIVE ZONE FOR VIRTUAL REFERENCE STATION DEVELOPMENT IN KINEMATIC SYSTEMS OF GPS NETWORKS Eminov Ramiz A, Asadov Hamid Hicmed ogly
The existing actual material on experimental assessment of positioning error in VRS GPS networks is analyzed where the mobile receiver is provided with virtual reference station. The method of highly informative zone is suggested for removal of initial uncertainty in reference station selection with the aim to develop minimal GPS network consisting of three reference stations. Methodical recommendations and directions are given for the suggested method application.
COMPENSATION ALGORITHMS OF TORQUE RIPPLE FOR PRECISION ELECTRIC DRIVE WITH PERMANENT-MAGNET SYNCHRONOUS MOTOR Tomasov Valentine S, Lovlin Sergey Y, Egorov Alexey V
The article deals with electric drive model considering the non-linearity of permanent-magnet synchronous motor such as cogging torque and field harmonic torque. Permanent-magnet synchronous motor parameters identification algorithms and cogging torque compensation and field harmonic torque compensation are proposed. These algorithms increase the efficiency of precision electric drive by magnifying the accuracy of positioning. The results have experimental confirmation.
COMPUTER SYSTEMS AND INFORMATION TECHNOLOGIES
Algorithm of frames distribution over redundant heterogeneous channels, taking into account the physical characteristics of channels is proposed. Simulation model of the algorithm based on MATLAB / Simulink confirms the advantages of the algorithm as compared to RoundRobin and RateBalace algorithms.
APPROXIMATION OF PROBABILITY DISTRIBUTIONS IN QUEUEING MODELS Aliev Taufic Ismailovich
For probability distributions with variation coefficient, not equal to unity, mathematical dependences for approximating distributions on the basis of first two moments are derived by making use of multi exponential distributions. It is proposed to approximate distributions with coefficient of variation less than unity by using hypoexponential distribution, which makes it possible to generate random variables with coefficient of variation, taking any value in a range (0; 1), as opposed to Erlang distribution, having only discrete values of coefficient of variation.
DEVELOPMENT OF TRANSPORT SUBSYSTEM STREAMING DATA REPLICATION CLUSTER IN CORBA-SYSTEM WITH ZEROMQ TECHNOLOGY Kozlov Fedor A
The article deals with the peculiarities of distributed cluster system creation with streaming data replication. Ways of replication cluster implementation in CORBA-systems with ZeroMq technology are presented. Major advantages of ZeroMQ technology over similar technologies are considered in this type distributed systems creation.
LASER AND BIOMEDICAL TECHNOLOGIES
FABRICATION OF TISSUE-SIMULATIVE PHANTOMS AND CAPILLARIES AND THEIR INVESTIGATION BY OPTICAL COHERENCE TOMOGRAPHY TECHNIQUES Bykov Alexander V, Volkov Mikhail Vladimirovich, Volynsky Maxim Alexandrovich, Gurov Igor P, Kinnunen Matti , Margaryants Nikita B., Popov Alexey P
Methods of tissue-simulative phantoms and capillaries fabrication from PVC-plastisol and silicone for application as test-objects in optical coherence tomography (OCT) and skin and capillary emulation are considered. Comparison characteristics of these materials and recommendations for their application are given. Examples of phantoms visualization by optical coherence tomography method are given. Possibility of information using from B-scans for refractive index evaluation is shown.
FORMATION OF HYPERSPECTRAL DATA ON MICROSCOPIC OBJECTS WITH HIGH DEGREE OF SPATIAL NON-UNIFORMITY OF OPTICAL DENSITY DISTRIBUTION Gurov Igor P, Lopatin Alexander I, Melnikov Alexey V
A method of hyperspectral data formation on micro objects is suggested. The method is based on an observed sample illuminating in microscope sequentially at different wavelengths and on accumulation time tuning of photo electric charge of matrix photo detector for each image area under wavelength change. This makes it possible to obtain undistorted information at the areas with weak reflection as well as strong reflection and provides formation of resulting image with enhanced contrast.
PARAMETRIC IDENTIFICATION OF THE INTERNAL MICROSTRUCTURE OF BIOLOGICAL TISSUES BY STOCHASTIC DIFFERENCE EQUATIONS FORMALISM Elena A. Vorobyeva, Gurov Igor P, Kirakozov Alexander H
Modeling method for multilayer random heterogeneous tissues is developed based on mathematical tools of stochastic difference equations. A method for describing the random boundary of tissue is suggested. Examples of multilayer random heterogeneous tissues with different parameters of their internal microstructure are presented.
MATERIALS TECHNOLOGY AND NANOTECHNOLOGIES
ANALYSIS OF CHEMICAL AND PHASE TRANSITIONS OF MULTICOMPONENT ALLOYS UNDER PULSED LASER EXPOSURE IN THE AIR BY METHODS OF CHEMICAL THERMODYNAMICS Veiko Vadim Pavlovich, Slobodov Alexander A, Odintsova Galina V
The article deals with computational thermodynamic method for determination of phase chemical composition of metal alloys surface formed under laser action in the atmosphere, depending on its volume components, conditions of laser exposure and atmosphere composition. By giving an example of laser heating of complex alloy (alloyed steel) in the air it is demonstrated that from a set of various possible reactions of interaction between iron, nickel or chrome with air components (oxygen, nitrogen, carbon, their compounds, atmospheric moisture, etc.), only strictly defined reactions are realized. Primarily, these are metal oxidation processes with the formation of an oxide film, whose phase and chemical composition is determined by temperature and heating time. Calculation data are confirmed by the experimental data provided by energy-dispersive X-ray spectroscopy.
PHOTOGRAPHIC TECHNOLOGIES BASED ON LIQUID CRYSTALS Tomilin Maxim G
Recording mediums on the base of liquid crystals (LC) are described in conception of two-step photography. Suggested formalism opens the possibilities to describe the radiation recording and distribution of physical fields on the surface using developed methods of traditional photography.
COMPUTER-AIDED DESIGN SYSTEMS
VLSI PARTITIONING ALGORITHM WITH ADAPTIVE CONTROL PARAMETER Filippenko Petr N
The article deals with the problem of very large-scale integration circuit partitioning. A graph is selected as a mathematical model describing integrated circuit. Modification of ant colony optimization algorithm is presented, which is used to solve graph partitioning problem. Ant colony optimization algorithm is an optimization method based on the principles of self-organization and other useful features of the ants’ behavior. The proposed search system is based on ant colony optimization algorithm with the improved method of the initial distribution and dynamic adjustment of the control search parameters. The experimental results and performance comparison show that the proposed method of very large-scale integration circuit partitioning provides the better search performance over other well known algorithms.
INFORMATION SECURITY METHODS AND SYSTEMS
TREES OF DAMAGES AS A MODEL OF RISKS ASSESSMENT FOR AVAILABILITY LOSSES AFTER CHANGES IN FINANCIAL INFORMATION SYSTEMS Arustamov Sergei A, Genin Mikhail G
The article deals with the methodology for risks assessment of availability losses in financial information systems after changes made in them by using trees of damages. A description of damages tree generation for each identified possible event is presented that potentially can lead to the system availability loss. An example is given, illustrating the methodology application that gives the possibility to choose the optimal software testing strategy.
ECONOMICS AND FINANCES. MANAGEMENT
APPLICATION OF THEORETICAL OPTIONS PRICING TO ALGORITHMIC TRADING STRATEGIES Toropov Alexander V, Dmitry V. Ivanov, Shpolyanskiy Yuri Alexandrovich
We implemented analytical and numerical models of theoretical pricing for European, American, Asian and barrier options. An original computational approach is applied to the case of multiple payments of discrete dividends. The models are in the ground of the developed automatic strategies for algorithmic trading including those for market-making, hedging, risk management, and trading of combinations. These strategies are used successfully by large banks and trading firms.
NEW TECHNOLOGIES IN EDUCATION
PLANNING AND ESTIMATION OF EXPECTED COMPETENCES LEARNING OUTCOMES FOR FSES HPE Vladimir N. Vasilev, Liubov S. Lysitsina
The article deals with approach for planning and estimation of competences learning outcomes for Federal State Educational Standard of Higher Professional Education (FSES HPE) in the framework of information and educational environment development of the higher education institution, based on the discipline content structuring for formation of the standard competences learning results and the principle of interdisciplinary training. Connection of FSES HPE competences learning outcomes with types and forms of students’ trainings, types and forms of their control in a discipline is analyzed. Techniques of estimation means development for the current, module and intermediate control of expected competences learning outcomes for FSES HPE are considered. Examples of the developed techniques application are given.
SYMBIONTS OF INTELLECTS IN ERGATIC SYSTEMS Sergey Sergeev
The article deals with the link between the natural (or artificial) intelligence and the environment system complexity. Symbiotic integration model is developed that includes both natural and artificial intelligence in organized technical environments. It is shown that the artificial environments tend to influence the intelligence abilities development and manifestation because of autopoetics type of intersystem links. The term “diffusive intelligence” is introduced meaning the integration of natural and artificial intelligence in structured environment.
APPLICATION OF INFORMATION AND COMMUNICATION TECHNOLOGIES IN COMPUTER AIDED LANGUAGE LEARNING Tampel Ivan B, Krasnova Ekaterina V, Panova Ekaterina A, Levin Kirill E, Petrova Olga S
The article deals with the various ways of application for automatic speech recognition, Text-to-Speech technology, pronunciation and communication skills training, vocabulary check of the taught person, audition skills training in computer aided language learning (CALL-system). In spite of some constraints such technologies application is effective both for education problems simplification and for comfort growth of the system application.
CO-OPERATIVE ONTOLOGY DEVELOPMENT APPROACH Nevidimov Alexander V, Bessmertny Igor Alexandrovich
The paper deals with an approach to co-operative ontology development based on the ideology of version control systems with a central repository. Some problem solutions of ontology backward compatibility and resolution of conflicts between updates made by experts are proposed.
AUTONOMOUS NAVIGATION OF MOBILE ROBOT BASED ON ULTRASONIC SENSOR FOR DISTANCE MEASUREMENT Kostishin Maksim O. , Zharinov Igor Olegovich, Suslov Vladimir D
The problem of autonomous mobile robot control based on a single ultrasonic distance measurement sensor is considered.
RULES OF ARCHITECTURE DESIGN FOR ADVANCED ONBOARD DIGITAL COMPUTER SYSTEMS IN AVIONICS Kniga Ekaterina V, Zharinov Igor Olegovich, Bogdanov Andrew V, Vinogradov Peter S
The article deals with basic design rules of advanced onboard digital computer systems in avionics. A block diagram of advanced onboard computer system is given.
IMPLEMENTATION OF DATA STRUCTURE IN INDICATION FRAME FORMATION FOR ONBOARD GEOSPATIAL DATA COMPUTER SYSTEMS Paramonov Pavel P, Konovalov Pavel V, Zharinov Igor Olegovich, Kirsanova Yulia A, Utkin Sergei B
Data structure used in indication frame formation displaying in onboard navigation system is considered.
METHODS AND COGNITIVE TECHNOLOGIES FOR MANAGEMENT INFORMATION SUPPORT OF RISK-SUSTAINABLE REGIONAL DEVELOPMENT Masloboev Andrey V
The global security of regional socio-economic systems development liable to impact by multiple external and internal factors has been investigated for the first time. The battery of methods and cognitive technologies for management processes agent-based virtualization of risk-sustainable regional development has been designed.
PARALLEL ALGORITHM FOR BAYESIAN NETWORK STRUCTURE LEARNING Arustamov Sergei A, Dayneko Vyacheslav Y
The article deals with implementation of a scalable parallel algorithm for structure learning of Bayesian network. Comparative analysis of sequential and parallel algorithms is done.