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DOI: https://doi.org/10.37129/2313-7509.2024.21.47-51

IDENTIFICATION OF THE MODEL OF THE PARAMETER OF THE FAILURE FLOW OF WEAPONS AND MILITARY EQUIPMENT IN MULTI-MODE CONTAINMENT 

Abstract

A set of measures that includes the organization and implementation of technically correct use, maintenance and storage of weapons and military equipment, military-technical property, other material and technical means, in carrying out its timely repair and evacuation, as well as in providing troops with equipment and property is technical support, and the intended use, maintenance, repair, transportation and storage of a sample of weapons and military equipment this is exploitation. The study of the issues of assessing and improving the effectiveness of the restoration of weapons and military equipment, which take into account certain processes of influence, is the subject of a number of works. In today’s conditions, it is high-quality technical intelligence, quick evacuation of weapons and military equipment in case of damage from areas of hostilities, timely assessment of damage to make a decision in the logistics support system, effective methodology for assessing the restoration, carrying out repair and restoration work of the first and second stages by qualitatively trained specialists of repair and restoration bodies in the shortest possible time, minimizing the time for restoration and return of weapons and military equipment to service. It is also equally important to analyze the state of content of weapons and military equipment, which also have an impact on the survivability of the sample as a whole.

This article discusses the issue of identifying the model of the failure flow parameter from operational data, which will enable a further programmatic approach to solving identification problems by means of the MMCM-identification algorithm according to the minimum criterion, at which the accuracy of identification is characterized by the distribution of approximation errors, as well as the asymptotic method that approximates the empirical function. This material is a continuation of the topic of consideration of the identification of the model of the parameter of the flow of failures of weapons and military equipment under single-mode containment.

Keywords: model identification, parameters of failure flows, containment, weapons and military equipment, evacuation, recovery, repair and restoration work, operation, damage status, recovery, recovery assessment methodology.

FULL TEXT (in Ukrainian)

References

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Стаття надійшла до редакції 29.03.2024.