Автоматика / Automatiсs. – 2018 р.

Permanent URI for this collectionhttps://ena.lpnu.ua/handle/ntb/50667

XXV Міжнародна конференція з автоматичного управління

У виданні зібрано матеріали конференції, присвяченої науково-технічним проблемам у галузі автоматичного управління. Для науковців, інженерів та аспірантів.

Автоматика / Automatiсs – 2018 : матеріали XXV Міжнародної конференції з автоматичного управління, 18–19 вересня 2018 року, Львів / за ред. М. В. Наконечного, М. В. Степаняка. – Львів : Видавництво Львівської політехніки, 2018. – 204 с.

Автоматика/Automatiсs – 2018 : матеріали XXV Міжнародної конференція з автоматичного управління

Зміст


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МАТЕМАТИЧНІ ПРОБЛЕМИ УПРАВЛІННЯ, ОПТИМІЗАЦІЇ І ТЕОРІЇ ІГОР
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УПРАВЛІННЯ ТА ІДЕНТИФІКАЦІЯ В УМОВАХ НЕВИЗНАЧЕННОСТІ
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КЕРУВАННЯ ТЕХНІЧНИМИ, ТЕХНОЛОІЧНИМИ, БІОТЕТЕХНІЧНИМИ ОБ’ЄКТАМИ
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КЕРУВАННЯ АЕРОКОСМІЧНИМИ, МОРСЬКИМИ ТА ІНШИМИ РУХОМИМИ ОБ’ЄКТАМИ
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ІНТЕЛЕКТУАЛЬНЕ УПРАВЛІННЯ ТА ОБРОБКА ІНФОРМАЦІЇ
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МЕХАТРОНІКА ТА РОБОТОТЕХНІКА
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ІНФОРМАЦІЙНО-ВИМІРЮВАЛЬНІ ТЕХНОЛОГІЇ В АВТОМАТИЦІ
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ІНТЕРНЕТ РЕЧЕЙ ТА НОВІТНІ ТЕХНОЛОГІЇ
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MATHEMATICAL PROBLEMS OF MANAGEMENT, OPTIMIZATION AND THEORY OF THE GAME
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CONTROL AND IDENTIFICATION IN THE CONDITIONS UNCERTEINTY
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MANAGEMENT BY TECHNICAL, TECHNOLOGICAL, BIOTECHNOLOGICAL OBJECTS
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CONTROLLING THE AEROSPACE CRAFT, MARINE VESSELS AND OTHER MOVING OBJECTS
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INTELLIGENT CONTROL AND INFORMATION PROCESSING
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INFORMATION-MEASURING TECHNOLOGIES IN AUTOMATION
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TEACHING AND STAFF TRAINING IN AUTOMATION TECHNOLOGIES
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INTERNET THINGS AND LATEST TECHNOLOGY
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Content


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MATEMATYCHNI PROBLEMY UPRAVLINNIA, OPTYMIZATSII I TEORII IHOR
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UPRAVLINNIA TA IDENTYFIKATSIIA V UMOVAKH NEVYZNACHENNOSTI
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KERUVANNIA TEKHNICHNYMY, TEKHNOLOICHNYMY, BIOTETEKHNICHNYMY OBIEKTAMY
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KERUVANNIA AEROKOSMICHNYMY, MORSKYMY TA INSHYMY RUKHOMYMY OBIEKTAMY
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INTELEKTUALNE UPRAVLINNIA TA OBROBKA INFORMATSII
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MEKHATRONIKA TA ROBOTOTEKHNIKA
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INFORMATSIINO-VYMIRIUVALNI TEKHNOLOHII V AVTOMATYTSI
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INTERNET RECHEI TA NOVITNI TEKHNOLOHII
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MATHEMATICAL PROBLEMS OF MANAGEMENT, OPTIMIZATION AND THEORY OF THE GAME
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CONTROL AND IDENTIFICATION IN THE CONDITIONS UNCERTEINTY
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MANAGEMENT BY TECHNICAL, TECHNOLOGICAL, BIOTECHNOLOGICAL OBJECTS
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153
155
157
159
161
163
164
166
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169
171
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CONTROLLING THE AEROSPACE CRAFT, MARINE VESSELS AND OTHER MOVING OBJECTS
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INTELLIGENT CONTROL AND INFORMATION PROCESSING
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INFORMATION-MEASURING TECHNOLOGIES IN AUTOMATION
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TEACHING AND STAFF TRAINING IN AUTOMATION TECHNOLOGIES
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INTERNET THINGS AND LATEST TECHNOLOGY
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Browse

Start date: 2018Has files: Yes

Search Results

Now showing 1 - 10 of 106
  • Thumbnail Image
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    Flow velocity measurement in open channels using computer vision
    (Видавництво Львівської політехніки, 2018-09-18) Muran, R. O.; National university of water and environmental engineering
    In this paper author describes new approach to flow velocity measurement in open channels by utilizing components of computer vision. Placing an obstacle in the open channel creates different turbulence zones around it, and one of them is a wave in front of an obstacle. By connecting the height of the wave in front of an artificial obstacle with flow velocity in the open channel author uses methods of computer vision for experimental proves of suggested method credibility.
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    Application of capacity sensors for monitoring the quality of drinking water
    (Видавництво Львівської політехніки, 2018-09-18) Vanko, Volodymyr; Lviv Polytechnic National University
    The research of a model solution and two different water samples using a capacitance plane converter is considered. Based on the critical analysis of the results, an approach based on the operator method is proposed. This allows, together with the imitative method, to obtain more complete information about the samples under study.
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    Technique for determining the properties of heat carrier for the automated design of measuring systems of thermal energy
    (Видавництво Львівської політехніки, 2018-09-18) Slabyk, O. M.; Matiko, F. D.; Lesovoy, L. V.; Lviv Polytechnic National University
    The techniques for determining the properties of heat carrier (water, water vapor) for the measuring systems of thermal energy amount are analyzed. The technique for evaluating the uncertainty of the enthalpy of water (water vapor) is improved in order to apply it for measuring systems design.
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    Support for the functioning of the gas turbine cogeneration system on biogas fuele
    (Видавництво Львівської політехніки, 2018-09-18) Chaikovskaya, Eugene; ONPU
    The structural scheme of maintenance of the network water temperature in the conditions of operation of the gas turbine cogeneration system on biogas fuel with the use of a heat pump for which a fermented wort is a low-energy source of energy is proposed. Making decisions on the change of the number of plates of the heat utilizer when measuring the temperature of the gases at the inlet to the heat utilizer and the temperature of the return water allows, for example, to operate a cogeneration system with a capacity of 65.5 MW to reduce the cost price of the produced energy to 20-30%.
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    Estimation of the structure of the mixed forest stands of Stryisko-Syanska Verkhovyna using gis technologies
    (Видавництво Львівської політехніки, 2018-09-18) Korol, M.; Havryliuk, S.; Tokar, O.; Vovk, O.; Kolyasa, L.; Ukrainian National Forestry University; Lviv Polytechnic National University
    The spatial structure of the old-growth mixed forest stands of Stryisko-Syanska Verkhovyna was studied using state-of-the-art approaches and GIS technologies. Thematic maps of the spatial structure of the forest plantations were developed.
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    Synthesis of a speed regulator of a mobile object by method of placement of poles
    (Видавництво Львівської політехніки, 2018-09-18) Nakonechnyj, M. V.; Stepanyak, M. V.; Lviv Polytechnic National University
    The features of the synthesis of regulators by placing poles in a given area of the plane of the roots of the characteristic equation of a closed system are considered. In the environment of MATLAB (Simulink) the PI regulator was synthesized using the method of placement of the poles in a given region of the complex plane of the roots and a simulation of the system of automatic control of the speed of motion of the moving object using the synthesized regulator was carried out.
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    Basic requirements to channel-forming equipment at mobile missile systems automation
    (Видавництво Львівської політехніки, 2018-09-18) Serbin, V. V.; Taraskin, N. V.; Sukhyi, V. V.; Yuzhnoye State Design Office
    When creating the missile units automated control systems, the information-management aspects emerge to prominence. Functional integration of all control means in order to increase the effectiveness of missile system employment is possible only on the basis of accomplishing the tasks of scientific-methodological and organizational-technical improvement of control system of missile unit forces and facilities and information support of command personnel decision-making system. The article deals with the basic requirements to channel-forming equipment that is installed on missile unit control means and fire means.
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    On automation of mobile missile systems control and employment
    (Видавництво Львівської політехніки, 2018-09-18) Serbin, V. V.; Taraskin, N. V.; Uvarova, A. A.; Yuzhnoye State Design Office
    Creation of missile units automated control systems is at present one of the most topical developments for the Armed Forces of Ukraine. In this respect, it is necessary to solve a great number of complex problems – selection of optimal characteristics of automation equipment and communication means, ensuring required indices of control stability et al. A separate important problematics on creating the missile units automated control systems is ensuring safety of control and employment of a missile system. The article deals with a general approach to implementation of automated control and monitoring system of missile system fire means.
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    Single thruster control of the ion beam shepherd satellite to maintain its relative position
    (Видавництво Львівської політехніки, 2018-09-18) Khoroshylov, S. V.; Institute of Technical Mechanics NASU & SSAU
    The “ion beam shepherd” is a recently proposed concept for removing space debris in a contactless manner. A shepherd satellite must be controlled to move at a certain small distance in front of a space debris object during the de-orbiting phase. Because of the considerable duration of this phase, the propellant consumption is a key requirement for the control design. In this presentation, the in-plane relative position of the shepherd is maintained using a small thrust variation of the compensation thruster. To control the IBS relative motion in a direction perpendicular to the orbit plane, a small variation of the yaw angle is used. The estimations show that this control strategy is more efficient in terms of propellant consumption than the conventional approach with multiple chemical thrusters.
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    Neural network approach to direct parameter adaptation of longitudinal autopilots
    (Видавництво Львівської політехніки, 2018-09-18) Azarskov, V. N.; Zhiteckii, L. S.; Nikolaienko, S. A.; Manziuk, M. S.; Volkov, Yu. N.; National Aviation University; Int. Centre of Information Technologies and Systems
    An improvement of longitudinal autopilots consisting of the digital PI and P controllers is addressed in this paper. In order to achieve a good performance of these autopilots a direct adaptation of their three parameters is proposed. To this end, the two-circuit feedback is added by the feedforward circuit containing a neural network which needs to be trained offline. The input signals of this neural network correspond to the airspeed and the altitude of an aircraft whereas its output signals are the three controller parameters to be adjusted if flight regime changes. The behavior of a new longitudinal autopilot is studied by simulation experiments.