METHOD OF DATA IDENTIFICATION IN THE SYSTEM OF INFORMATION SUPPORT OF ANTI-AIRCRAFT MISSILE UNITS BASED ON THE INTERPOLATION METHOD

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The issue of making timely decisions in the control system of anti-aircraft missile units in order to ensure the rapid detection of air targets and their timely firing at long distances requires constant attention from military specialists of the leading countries of the world. The article presents the results of developing a methodology for identifying data in the information support system of anti-aircraft missile units based on the interpolation method. The object of research is the process of data identification in the information support system of anti-aircraft missile units. The subject of research is data interpolation methods. The purpose of the research is to develop a methodology for identifying data in the information support system of anti-aircraft missile units based on the interpolation method. Conclusions. An algorithm has been developed that implements a methodology for identifying the targeting data of the air defense missile control center, obtained from data from radio engineering troops, with the data of the unit's own or attached reconnaissance and targeting station and allows to increase the accuracy of combat information. To determine that the marks from the target received from the reconnaissance and targeting station and from the control center of the air defense missile unit are marks of the same target, an interpolation procedure is performed, provided that the data received from both sources is secondary information of the target observation vector. The interpolation procedure itself involves the formation of a spatial identification strobe and a comparison of the target trajectory obtained from the trace data of the own (supporting) reconnaissance and targeting station and the interpolated data of the target's movement relative to the latest external targeting data in the opposite direction. This algorithm can be used to implement the relevant tasks in the complex of automation tools for the control center of military units of air defense missile forces, automated workstations of commanders of air defense missile forces, which will reduce the time for searching and detecting air targets by the missile guidance station of the air defense missile system and directly increase the firepower of these units.