The Semi-Markov Model Process of Operation Primary Measuring Transducers of Complexes with the Possibility of Carrying out Their Checks in Different Ways

Abstract

The assessment of the readiness of modern measuring equipment for its intended use is based on the observation of a variety of parameters, the statistics of which exceed the tolerance field based on various distribution laws. The article formulates the task of determining the effectiveness of metrological support for measuring equipment using the theory of semi-Markov models of their operation. A semi-Markov model of the process of operation of measuring equipment with the possibility of carrying out its checks in various ways is proposed. The model reflects the stationary process of measuring equipment operation, when measuring equipment installed on an object can be verified in ways that differ in the execution procedure (with or without dismantling, using standards or built-in measures). A graph of transitions of measuring equipment during operation in different states and a matrix of probabilities of state transitions are given, the coefficient of reliability of information about the state of measuring equipment and the coefficient of its readiness for its intended use are calculated. According to the results of modeling the operation of measuring equipment, by combining checks carried out in different ways, it is possible to provide the necessary values of the reliability coefficients of information about the condition of measuring equipment and its readiness for its intended use to perform certain tasks

Please cite this article in English as:

Kuvykin Yu.А., Minagureev N.A., Suprunyuk V.V., et al. The semi-Markov model process of operation primary measuring transducers of complexes with the possibility of carrying out their checks in different ways. Herald of the Bauman Moscow State Technical University, Series Instrument Engineering, 2025, no. 4 (153), pp. 18--29 (in Russ.). EDN: MMLQGF

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