Open AccessMetrological support of maintenance by the technical state of communication means
Author(s) -
Yevhen Ryzhov,
Lev Sakovych,
Yurii Myroshnychenko,
V. I. Hrabchak,
Yu. A. Nastishin,
Anatolii Volobuiev
Publication year - 2021
Publication title -
ukraïnsʹkij metrologìčnij žurnal
Language(s) - English
Resource type - Journals
eISSN - 2522-1345
pISSN - 2306-7039
DOI - 10.24027/2306-7039.3.2021.241573
Subject(s) - serviceability (structure) , metrology , reliability engineering , computer science , reliability (semiconductor) , preventive maintenance , realization (probability) , predictive maintenance , state (computer science) , engineering , mathematics , statistics , algorithm , power (physics) , physics , structural engineering , quantum mechanics
Modern and prospective communication means are among the most knowledge-driven, high-tech types of industrial products, which are subject to enhanced requirements for quality and efficiency of application. The effective functioning of modern communication means is provided by built-in software, including metrological support. In this paper, we consider the specifics of metrological maintenance of large-scale communication facilities (tens and hundreds of thousands of elements) consisting of separate subunits, the serviceability, maintenance, and recovery of which can be performed autonomously. It is proposed to enhance the efficiency of the by-state-maintenance (also called maintenance by the technical state) by accounting for the specifics of metrological support, establishing an optimal sequence of operations, selecting the measuring instruments in accordance with relevant requirements. To do this, one has to use a combined indicator composed of individual parameters of the tests and the probability of their preferred choice. This allows to assess the technical condition of the communication means with a given probability during a minimal time. In addition, one can estimate the time of maintenance, taking into account the metrological reliability and the probability of correct evaluation of the result of checking the parameters by the measuring instruments. The order of implementation of the obtained results is formalized in the form of an algorithm and an example of their realization is presented.