|Title of the article||
METHODS AND MODELS OF CREATING AUTOMATED CONTROL MEANS TO IMPROVE SAFETY FUNCTIONING OF TECHNICAL SYSTEMS
Severtsev Nikolay Alekseevich, doctor of technical sciences, professor, chief researcher, Federal research center «Computer science and control» of RAS (Dorodnitsyn computer center of the Russian Academy of Sciences) (119333, 40 Vavilova street, Moscоw, Russia), E-mail: email@example.com
When designing technical systems, their developer, as a rule, uses the following methods at a heuristic level. The first method assumes the path of reference “from the object of control”, when the developer, on the basis of structural, functional, principal and other schemes, examines the created object and controls its parameters during the operation of the object, and then selects a set of parameters and signal characteristics in the time range. Otherwise, it forms measurement tasks, for the solution of which the nomenclature of measuring instruments is determined, ensuring their joint operation under the control of a computer as part of control and automated control devices (SC-ASK). The second method assumes “movement” from the standard means of measuring the parameters of the system being created, otherwise – indirectly studying the object (system) and replacing the previously used test equipment. Here it is meant that both methods on the basis of technical operational documentation allow creating control algorithms, diagnostics and the presentation of necessary information to the operator. The first method is most effective for measuring the creation of technical systems and their equipment and has been widely implemented. The second method can be used when replacing standard measuring instruments with more modern ones. The article provides a mathematical description of the creation models of automated controls to improve the safety of the operation of technical systems on the example of electronic equipment.
matrices, levels, control, probability, exponent, guaranteed estimates
Дата обновления: 03.07.2019 09:47