METHODS FOR EVALUATING AND ENSURING THE METROLOGICAL RELIABILITY OF INFORMATION AND MEASUREMENT SYSTEMS
Abstract
DOI: https://doi.org/10.26565/2079-1747-2026-37-02
This article examines modern methods for evaluating and ensuring the metrological reliability of information and measurement systems. The relevance of this topic stems from the widespread use of information and measurement systems in many industrial and manufacturing sectors, with particular emphasis placed on ensuring a high level of their metrological reliability.
The aim of this study is to implement methods for assessing and improving metrological life, as the primary indicator of the metrological reliability of information and measurement systems during their design and operation phases. The task of assessing the metrological reliability of information and measurement systems is solved using an analytical-probabilistic forecasting method, which includes mathematical modeling of the process of changes over time in the metrological characteristics of information measurement systems over time, as well as statistical modeling that accounts for the influence of external destructive environmental factors. The task of improving the metrological reliability of information and measurement systems is solved by introducing a metrological control subsystem into their structure.
This paper provides a detailed description of all stages of mathematical modeling involved in implementing a method for assessing the metrological reliability of information and measurement systems, and proposes an optimal structure for such systems, including a metrological control subsystem with a function for automatic correction of measurement results. The element base on which the metrological control and measurement result correction subsystem is optimally implemented is proposed and described in detail.
The results obtained can be used in the design, modernization, and operation of information and measurement systems to ensure a high level of accuracy, reliability, and efficiency in their operation.
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References
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