Article

Article title SYNTHESIS OF AUTOMATIC CONTROL OF SERVICEABILITY OF ONBOARD RADIO-ELECTRONIC COMPLEXES
Authors A.P. Samoylenko, A.I. Panychev, S.A. Panychev
Section SECTION IV. CONTROL AND MANAGEMENT IN TECHNICAL SYSTEMS
Month, Year 11, 2015 @en
Index UDC 621.396.664
DOI
Abstract The most significant drawbacks of the traditional algorithms of centralized collection and processing of the signals monitored parameters in systems of automatic control are: the cyclical nature of the work control computer complex does not depend on the current values of the signals; a priori synchronizing the sequence of switching of the input ports of interfaces with controlled object does not depend on the current values of the signals; a decision making the evaluation of results is carried out only after a complete switching cycle; there is superfluous information that is not needed in a particular time period; processing and recording superfluous information consumes time and resources. Data redundancy leads to «aging» of information, its loss, the inertia in decision making for management. Attempts of automatic control systems synthesis on the basis of the infinite logic are personal in nature, require the application of many-valued logic elements, which leads to a significant hardware cost and difficulties in design and implementation. In addition, such algorithms do not solve the problem of information redundancy and process reliability monitor the health of onboard radio electronic complex. In the article the method of synthesis of automatic control system structure of onboard radio-electronic complex on the basis of sequential logic operators is proposed. It is shown that continuous logical function can be implemented using n-bit threshold and deborahowen operators, conversion, binary codes. The possibility of implementing a logically continuous functions with managed logical determinants in the basis of binary logic is confirmed. A method is developed for the implementation of the hybrid continuous-logic systems of automatic control on the basis of the relator-based, logically-oriented processors. The proposed method can be used to design effective systems for the automatic control of onboard electronic systems serviceability, operation control of telecommunication systems and networks functioning, control terminals of the analog avionics and other applications.

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Keywords Automatic control; avionics; ordinal logic; relator-based processors.
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