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Cybernetics and programming
Reference:

Automation of evaluation of the reliability of the designed and manufactured avionics products

Kuznetsova Ol'ga Aleksandrovna

Head of Reliability department, JSC "Experimental Design Bureau" Electroavtomatika" named after P.A. Efimov"

198095, Russia, g. Saint Petersburg, ul. Marshala Govorova, 40

kuzola@ya.ru
Gatchin Yurii Armenakovich

Doctor of Technical Science

Professor of the Department of Design and Security of Computer Systems, St. Petersburg National Research University

197101, Russia, g. Saint Petersburg, ul. Kronverskii Prospekt, 49

gatchin@mail.ifmo.ru

DOI:

10.7256/2306-4196.2016.5.19370

Review date:

02-06-2016


Publish date:

29-01-2017


Abstract: For companies involved in the design and manufacture of a wide class of avionics products (from removable functional modules to navigation systems) ensuring the reliability and quality of products in general are an integral part of the working process. Despite the wide range of software solutions offered, some questions of automation of work to ensure the reliability remain unsolved. One of the components proposed for Automation is the information support of decision-making on the development of measures to improve the reliability. The system is based on the results of analysis enhance reliability by efficiently developed earlier actions, that will determine the direction of the newly developed measures to address the causes of failures. To solve the problem the authors carried out an analysis of the information and analytical activities of the units involved in the design, manufacture and far warranty and post-warranty maintenance of avionics products. The developed model of information support is a database of necessary and sufficient for the timely execution of work on the reliability in the proper form in compliance with the requirements of standards. The implementation of the proposed automated information system of support based on the reliability of the avionics product design, and evaluation of statistical data on the results of the operation will reduce the turnaround time for the reliability and improve the quality of the designed and manufactured products.


Keywords: production, processing statistical data, test, design, infallibility, reliability, quality, database, automation, Information system
This article written in Russian. You can find full text of article in Russian here .

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