Ensuring the Survivability of a Complex Technical System Under Special Conditions

Обеспечение живучести сложной технической системы в особых условиях
V. V. Alekseev, Dmitry A. Ivanov, Ilya G. Ryzhov
2025-07-03

complex technical systemformal verificationlogical error searchsurvivabilitytemporal logic of actions
The objective of the research presented in this article was to develop an algorithm for ensuring the survivability of a complex technical system under special conditions. The principles and methods of system analysis, formal verification and mathematical apparatus of temporal logic of actions were applied in the research. As a result of the study, an algorithm for searching logical errors in the design solution and software of a complex technical system based on temporal logic was developed. The distinguishing features of the algorithm include the capacity for formal verification of the design solution within the system and the incorporation of a mechanism to ensure the consistency of the design solution and implementation. The application of this algorithm is recommended for the assurance of survivability, encompassing both newly developed systems during the design and commissioning stages, and existing systems during the maintenance stage.
1
Algorithm searches for logical errors in system design and software by applying formal verification techniques.
2
Algorithm supports formal verification of the design solution within the system and includes a mechanism to ensure consistency between design and implementation.
3
Developed an algorithm that ensures survivability of complex technical systems under special conditions using temporal logic of actions.
4
Recommended application of the algorithm for both new systems (design and commissioning) and existing systems (maintenance) to assure survivability.

A complex technical system

An algorithmic method (temporal-logic–based formal verification and logical-error search) to ensure the system's survivability by detecting design and software inconsistencies and verifying design-solution consistency during design, commissioning, and maintenance

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2025-07-03
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V. V. Alekseev
Dmitry A. Ivanov
Ilya G. Ryzhov
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