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Automation of the evaluation of indicators for embedded monitoring and diagnostics radar based on the functional-logical model of the product

DOI 10.18127/j20700814-201810-10

Keywords:

I.V. Petrov - Student, Moscow Aviation Institute (National Research University)
A.M. Matveev - Ph.D.(Eng.), Moscow Aviation Institute (National Research University)
E-mail: matveev-sgk@yandex.ru


An automated tool has been developed for calculating parameters for monitoring radio-electronic equipment, which allows several developers to work remotely and comfortably in the design and debugging of airborne radar stations (BRLS) and other aviation equipment products. It is noted that this toolkit allows you to simplify and visualize the iterative process of designing the in-line radar monitoring system and generates estimates of control parameters based on a proven and standardized method. The possibility of automating the joint, including remote (remote) work of employees of the integrated/thematic department with the developers of individual product modules in the developed software application for building an integrated monitoring and diagnostics system with evaluating the testability parameters is shown. The availability of the standardized methodology program and the necessary functionality for its implementation allows organizing and carrying out work on creating and introducing VSK elements into the radar equipment system more rationally, systematically and uniformly, arranging relationships with the developers of individual modules, and in the future providing them with an opportunity remote work, which is especially important when interacting with third-party counterparties.

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May 29, 2020

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