Перегляд за Автор "Sych, Maryna"
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Документ Algorithm for construction of LMI-domains of stability of modal control(2018) Sych, Maryna; Goncharenko, BorisThe solution of the problem of constructing modal regulators for linear multidimensional systems providing D-stability (asymptotic stability) of the control object is given. The described methods for solving the problem not only of direct modal control, but other tasks modal regulations, which demand precise placing the roots in the left half-plane complex is not applied, and only need their belonging to given areas.Документ Automated control of the evaporator station at the sugar refinery plant with algorithms of diagnostics(2015) Sych, Maryna; Cherednichenko, GalinaTechnological processes diagnostics of the evaporation station of a sugar plant, allows to evaluate the system status quickly and is a basis for introduction of corrective actions aimed at preventing transition to system emergency operating mode. It also allows to evaluate dynamics of technological parameters and to increase the efficiency of a system.Документ Development of the Algorithm of Determining the State of Evaporation Station Using Neural Networks(2016) Ladanyuk, Anatoly; Kyshenko, Vasil; Shkolna, Olena; Sych, MarynaFor the rational use of thermal resources with the help of optimal control of evaporation station at a sugar factory, it is necessary to carry out the operation control of the states of evaporation station, which is determined based on the current assessments of technological parameters such as levels and temperature in cases of a station, juice and syrup consumption, thermophysical characteristics of vapor as well as the level of its consumption by technological plants of the factory. The algorithm of determining the state of evaporation station as a control object based on intelligent methods of clustering and classification was developed. The applied method of clustering based on the Kohonen self-organizing maps allowed defining a set of possible states of the object on the basis on information hidden in time series of technological parameters of evaporation stations. The application of the method of fuzzy classification allowed determining the state of evaporation station in the current moment based on the values of current parameters of evaporation station and the obtained set of possible states of an object. The developed algorithm of determining the state of evaporation station as a control object is expedient to use in automated control systems with the purpose of operational determining the state of control object in order to make timely decisions on optimal control of evaporation station.Документ Intelligent control of rhythmicality functioning of the technological complex of the sugar refinery(2016) Sych, Maryna; Kyshenko, VasilТехнологічні процеси цукрового виробництва мають всі характерні ознаки складних організаційно-технічних систем. Основним чинником є значна ступінь невизначеності і складний характер поведінки такого об’єкта керування через наявність явищ переміжності, тобто в чередуванні детермінованих, стохастичних та хаотичних режимів. Technological processes of sugar production have all special features of complex organizational and technical structures. The main factor is a considerable degree of uncertainty and the complex behavior of the object of control because of the presence intermittency effects, so interlace determinate, stochastic and chaotically behavior.Документ Modeling of optimal automatic control of the process of biological clearing of polluted waters by frozen order regulators(2017) Lobok, Alexey; Goncharenko, Boris; Vikhrova, Larisa; Sych, MarynaThe problem of modeling the control of the process of biological treatment of polluted waters using fractional regulators is considered and solved. Mathematical modeling of the biological purification process as a control object is considered, a linear dynamic control model is obtained. The criterion of the quality of automatic control of a fractional regulator by the functioning of a biological water purification system has been introduced. Optimum tunings of fractional regulators are obtained, the dynamics of transient processes of control action and the state of the purification system is investigated. Numerical simulation of fractional and classical control is carried out, a higher efficiency of fractional regulators is shown.Документ Non-linear recurrent analysis of the behavior of a complex technological object(2016) Kyshenko, Vasil; Ladanyuk, Anatoly; Sych, Maryna; Shkolna, OlenaFor the efficient management of a technological complex of a sugar plant, based on the synthesis of synergetic managing strategies, it is necessary to perform a number of experimental studied by methods of nonlinear dynamics. The applied method is built on such a property of a complex system as recurrence. This method of analysis is based on the representation of the properties of a complex object of management in the form of geometric space-time structures and their quantitative assessments. It, accordingly, makes it possible to carry out a prompt analysis of its behavior for making resource saving management decisions. When creating information management systems of complex objects there is always a task of assessing their state. This is caused by a continuous change in both the external environment and the object’s parameters, which is relevant for a technological complex of a sugar plant. It was established that the character of the processes that occur in the technological complex of a sugar plant is predetermined by the intermittency in behavior while it is also subject to laws of the theory of dynamic chaos. Chaotic behavior of technological objects was explored by the methods of nonlinear dynamics, which allowed us to determine qualitative and quantitative assessment of deterministic chaos. This, in its turn, makes it possible to develop of efficient systems of synergetic management that ensure maximal use of own resources of the object of management owing to the phenomena of self-organization. Для ефективного керування технологічним комплексом цукрового заводу на основі синте- зу синергетичних керуючих стратегій необхід- но встановити наявність явищ самоорганізації. Рекурентний аналіз проводився на представлен- ні властивостей складного об'єкта керування у вигляді геометричних просторово-часових струк- тур. Визначені кількісні оцінки детермінованості, стохастичності та хаотичності в поведінці технологічних процесів цукрового виробництва дозволили організувати ресурсоощадні керуючі дії.Документ Scripted control of technological process of the sugar prodaction(Kyshenko, V. Scripted control of technological process of the sugar prodaction / V. Kyshenko, M. Sych // Scientific enquiry in the contemporary world: theoretical basiсs and innovative approach. - B&M Publishing (San Francisco, California, USA), 2016. - №7. – P. 215-219., 2016) Kyshenko, Vasil; Sych, MarynaЗ точки зору сценаріїв оптимізації показників якості, ефективності використання матеріальних та енергетичних ресурсів, а також продуктивності виробництва в статті сформульована задача керування основними технологічними процесами цукрового виробництва. Створено сценарії керування та представлена реалізація А-сценарію керування технологічним комплексом цукрового заводу.There is formulated the problem of management of major technological processes of sugar production, from the perspective of optimization script of quality indicators, efficiency use of material and energy resources, and productivity. There is created scripts of control and represented an implementation of the A-script control technological complex of sugar refinery.Документ Synthesis of modal control of multidimensional linear systems in agricultural production based on linear matrix inequalities(2018) Lobok, Alexey; Goncharenko, Boris; Vikhrova, Larisa; Sych, MarynaA constructive solution to the problem of synthesis of D-stabilizer (modal) regulators measured by output control object based on the construction of the facility monitors certain order on the basis of the theory of linear matrix inequalities (LMI). The described methods for solving the problem not only of direct modal control, but other tasks modal regulations, which demand precise placing the roots in the left half-plane complex is not applied, and only need their belonging to given areasДокумент Synthesis of modal regulators with an observer of Luangberger of a state object of incomplete order(2018) Sych, Maryna; Goncharenko, BorisThe solution of the problem of constructing modal regulators for linear multidimensional systems providing D-stability (asymptotic stability) of the control object is given. A constructive solution to the problem of synthesis of D-stabilizer (modal) regulators measured by output control object based on the construction of the facility monitors certain order on the basis of the theory of linear matrix inequalities (LMI). The described methods for solving the problem not only of direct modal control, but other tasks modal regulations, which demand precise placing the roots in the left half-plane complex is not applied, and only need their belonging to given areasДокумент Synthesis of systems of the synergetic control of material flows in sugar production(2016) Sych, Maryna; Kyshenko, VasilThese effective strategies for control of material flows of sugar production, based on the characteristics of processes of the food industry. Use synergetic algorithms, based on the synthesis of which is synergetic theory of control.Документ Synthesis system automatically optimize multiparameter linear objects in the food industry(2016) Goncharenko, Boris; Sych, MarynaMost automated control systems operate under uncertainties related to the lack of information on facility management or inaccuracy of its mathematical model, or output data, etc. Therefore, the task management facilities not specified subjects paid and received much attention. And consider the proposed solution to the problem of constructing optimal control of linear system that is influenced by perturbations of unknown nature.Документ The analysis of sugar plant as a complex nonlinear and dynamic object of control(2016) Kyshenko, Vasil; Sych, MarynaFor the efficient control of the technological complex of a sugar plant, as a complex nonlinear control of object is necessary to analyze time series of algorithms using of nonlinear dynamics, namely to determine the Hurst exponent, correlation dimension and recovery phase space. Для ефективного керування технологічним комплексом цукрового заводу як складного нелінійного об’єкта керування необхідно проаналізувати часові ряди за допомогою алгоритмів нелінійної динаміки, а саме визначити показник Херста, кореляційну розмірність та відновлення фазового простору.