The article proposes solutions to the problem of using the theory of adaptive identification for automation of multiply connected objects and shows the possibilities of applying the theory of adaptive identification of multiply connected objects using the example of wastewater treatment plants.

Discernibility is utilized to guarantee that source code of a framework is reliable with its prerequisites. The main indicated prerequisite has been executed by engineers. During programming support and advancement, necessity recognizability joins become negligible on the grounds that no engineer can give work to refresh it. Be that as it may, to recuperate detectability interfaces later is an extremely excruciating and dreary assignment likewise it is expensive for engineers as well. Detectability upholds the product advancement process in different ways, as change the board, programming support and anticipation of false impressions. Be that as it may, while, by and by, recognizability joins among prerequisites and codes are not made during the improvement of programming as it requires additional endeavors. So designers seldom utilize such connections during advancement. Why many difficulties exist in detectability rehearses today? In any case, a significant number of the difficulties can be defeated through authoritative approach, quality necessities detectability apparatus support stays the open issue.

From analysis of the performance of hydraulic excavators, it has been found that many hydraulic excavators used in mining operations operate at lower capacities than indicated in the technical description. This can be caused by unexpected work interruptions, rapid failure of parts, and unreliability of the excavator's working parts.

In this article developments on improvement of cutting elements with increased service life for increase of productivity of open-pit excavators are resulted. Also, results of experimental tests of the improved teeth of an excavator bucket are submitted.

The article presents the results of a research carried out on the methods of producing quality and competitive double-layer knitted fabrics using a wide range of technological capabilities of circular and flat double bed machines.

This research paper is the result of a study of the subdivisionof Paleogene sediments by foraminifera, bivalves and nannoplankton of the Central Kyzylkums.

The relevance of these works is explained by the fact that the Paleogene sediments due to poverty of their faunal remains did not have sufficient paleontological substantiation.

The need for stratigraphic subdivisionof the Paleogene sediments of the Central Kyzylkums is dictated by the fact that the current state of validity of their subdivisionand correlation does not provide the necessary accuracy with the International Stratigraphic Scale.