Abstract
Technical means of intelligence (hereinafter – TMI) are widely used in all spheres of intelligence activity. Their element base and schematic solutions are continuously improved in the direction of automating the execution of technological operations. This leads to an increase in the number of elements in the product, which in turn does not contribute increasing reliability indicators. Therefore, the issue of restoring performance in the event of failures of TMI is quite relevant, since the time of technical diagnosis takes up to 80 percent of the repair time. The authors have been working for many years in the field of technical diagnostics of complex objects and systems, which differ in purpose, schematic and constructive construction, and requirements for recovery time. At the same time, it is important to develop high-quality diagnostic support for repairs, taking into account the specifics of the specific object of diagnosis, as well as the conditions for restoring performance. Some sources consider the use of some features of the object of diagnosis during the development of their diagnostic support, but there is no general approach to this. Therefore, the article proposes the use of all features of the object of diagnosis to improve the quality of their diagnostic support. This makes it possible to ensure the necessary quality of restoration of the functionality of the object of diagnosis with minimal costs. It is advisable to use the proposed proposals during the improvement of the existing diagnostic support and its development for promising technical means of intelligence. In the future, the authors plan to conduct research in the direction of increasing the efficiency of diagnosing discrete objects, as well as with accident and combat damage in the presence of multiple defects.
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