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Models, Algorithms, and Monitoring System of the Technical Condition of the Launch Vehicle “Soyuz-2” at All Stages of Its Life Cycle

Aleksey D. Bakhmut, Kljucharjov A. Alexander, Aleksey V. Krylov, Michael Yu. Okhtilev, Pavel A. Okhtilev Anton V. Ustinov, and Alexander E. Zyanchurin. Models, Algorithms, and Monitoring System of the Technical Condition of the Launch Vehicle “Soyuz-2” at All Stages of Its Life Cycle // Artificial Intelligence and Algorithms in Intelligent Systems. Proceedings of 7th Computer Science On-line Conference 2018, Volume 2. P.288–297.

Aleksey D. Bakhmut, Kljucharjov A. Alexander, Aleksey V. Krylov, Michael Yu. Okhtilev, Pavel A. Okhtilev Anton V. Ustinov, and Alexander E. Zyanchurin. Models, Algorithms, and Monitoring System of the Technical Condition of the Launch Vehicle “Soyuz-2” at All Stages of Its Life Cycle // Artificial Intelligence and Algorithms in Intelligent Systems. Proceedings of 7th Computer Science On-line Conference 2018, Volume 2. P.288–297.


Abstract

A model complex and algorithms for assessing the technical condition (TC) and reliability of the launch vehicle (LV) “Soyuz-2” with the decision support (DS) for managing its life cycle (LC) is considered in the article. On the basis of the analysis of modern problems and the requirements for the efficiency, quality and reliability of the assessment of the LV and the reliability of LV, it was concluded that it is necessary to use the new intelligent information technology (IIT), presented in the article, when designing the automated monitoring systems of the condition and DS for managing the LC LV “Soyuz-2”. As a theoretical basis for this technology, the modification of the generalized computational model (GCM) as a knowledge representation model, allowing to build simulation-analytical model-based complexes for monitoring conditions and managing complex organizational and technical objects (COTO), is considered.