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Methods of autonomous control of a miniature specialized technological complex


E.V. Naidenov – Assistant, Department of Electronics and Microprocessor Engineering, Smolensk branch of «National Research University «MPEI»
M.V. Zhendarev – Ph.D.(Eng.), Associate Professor, Department of Automated Command and Control Systems, Vasilevsky Military Academy of Air Defense Forces RF (Smolensk)

In the article features of the organization of an autonomous control system in miniature specialized technological complexes (M STC) are considered. The functional purpose of M STC is the organization and implementation of various technological processes characterized by the rendering of various kinds of impacts (thermal, mechanical and other) on the initial material objects and the resulting new set of objects (usually distinguished by a set of properties): bio-cultivation, synthesis of chemicals, reception of bio-composite materials, etc. Internal structure and specificity of M STC application areas are considered. Advantages and disadvantages of M STC as a separate class of technical systems for special purposes estimated. The modern trends used in the development of new M STC types, including the di-rection of the Technological industry 4.0.
Based on earlier studies, a sessional method of autonomous management of M STC proposed. The session management method is characterized by adaptability of realized technological transformations to features of the technical node and allows describe the tech-nological process through the sequence of sessions – the stages of transformation or moving objects between technical nodes.
Depending on the specific application of miniaturized specialized technological complexes, the session method can implemented using a combination of methods. The paper describes method of ensure the maximum speed of the process; method of ensure maximum load of all technical nodes in M STC; method of obtaining a guaranteed result of the execution of the technological process; method of increase the reliability of the technical nodes. This set allows realize the whole set of functional needs for work with technological processes that arise during the operation of M STC. When writing a description of each of the methods, rules and features of their application indicated.
Optimization of the management process in M STC due to the use of a combination of methods makes it possible to expand the scope of the complex, in particular, to carry out technological processes on it with a previously unknown result.

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