An Approach to Substantiating the Composition of the Reconnaissance-Firing Systems
DOI:
https://doi.org/10.3849/aimt.01816Keywords:
active redundancy, operational stability, passive redundancy, reconnaissance-firing systems, sliding redundancy, triple modular redundancyAbstract
An approach to justifying the composition of the reconnaissance-firing systems is proposed, which would consider the appropriate type of redundancy for each subsystem. Reconnaissance subsystems have a triple modular redundancy because this type of redundancy has a high degree of reliability of the received signal and a high probability of faultless work at the initial stage of operation. For the control subsystem, the most appropriate type of redundancy is passive redundancy, because this subsystem, as a rule, has the lowest failure rate among the elements of other subsystems. For the fire support subsystem, the most appropriate type of redundancy is sliding redundancy, because this type of redundancy allows you to ensure the redundancy of a larger number of main elements with a smaller number of spare ones. The application of the mentioned types of redundancy for these subsystems increases the probability of faultless work and saves the resource of redundancy elements.
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