Abstract
The article is devoted to the local parametric identification of control systems devices in the process of their testing for vibration. The novelty of the proposed approach lies in the fact that the process of parametric identification of the mathematical model in real time is combined with the testing of a prototype. This is achieved by the use of a fast gradient algorithm for tuning model parameters. Our approach reduces the time and cost of testing, since the identified model is subsequently used in virtual tests instead of a physical testing.
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