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Registration Number

0221U105686, 0116U001531 , R & D reports

Title

The scientific basis for the creation of intelligent automatic control systems of technological plants using robust-optimal and energy-saving techniques

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Head

Ladaniuk Anatolii Petrovych, Доктор технічних наук

Registration Date

09-08-2021

Organization

National university of food technologies

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 ABSTRACT SRW report: 173 pages, 142 references THE ROBUSTICALLY OPTIMAL CONTROL SYSTEM, UNCERTAIN CONDITIONS, SYNERGISTICALLY METHODS, RESOURCES- AND ENERGY-SAVING CONTROL The research could be use in made of theoretical basis of modern robustically optimal control system for technological objects complexes and systems in uncertain conditions. The use of modern methodology of test-analytical principle for automation control systems project making of multivariable objects has been use in this work, as basis. Most attention was paid to determine of modern identification methods, analysis and making of quality of non-static nonlinear automation control system in this work. Object of research – complex technological objects and systems, functioning processes and automation systems of thus objects. Scope of research – develop and making methods and structure, technologies with mathematical and software resource for robustically optimal control systems; the methods synergetic control and simulation modeling. Aim of the scientific work – the developing of theory and control methods for complex technological processes of food technologies by use modern computer-based technologies that is conditionally small(economically advanced), but has consequently resonate effect, what will cause and activate large own resources of control objects by thus self-organization and controlling. The involve of methods from modern control theory, systems analysis, synergistic effects, cognitive and event-oriented analysis of technological processes, the developing of hierarchical control structures for technological systems for uncertain system condition and for chaotically building of dissipative time line structure by developing of informatical, mathematical, software, technological and management support of control system that had been synthesized, is the most important task of this scientific-research work.

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Ivashchuk Viacheslav Vitaliyovich
Vlasenko Lidiia Oleksandrivna
Herasymenko Tetyana Mykhailivna
Kyshenko Vasil Dmytrovich
Lutska Natalia Mykolaiivna
Pankov Dmitro Vasiliovich
Savitska Natalia Mykolaiivna
Smityuh Yaroslav Volodimirovich

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2021-08-09