ANALYSIS OF EXISTING APPROACHES TO CALCULATING QUANTITATIVE ASSESSMENT OF DRONES SURVIVABILITY
DOI:
https://doi.org/10.26906/SUNZ.2024.1.118Keywords:
ꞌ'Swarm-botꞌ' - system, ꞌ's-botsꞌ', survivability, safety, reliability, invulnerability, resilience, reengineering, communication, nano-droneAbstract
Today, survivability reflects the resistance of both individual drone subsystems and the drone as a whole to destructive influences. Such survivability is built into the algorithmic part of the drone subsystems and allows, in the event of emergency situations, to change the sequence of operation of the drone subsystems. When solving the problem of analyzing and synthesizing elements of drone subsystems, they operate with a quantitative assessment of survivability. This is necessary to determine with what probability failures of individual elements of any drone subsystem will lead to damage to the entire drone. Currently, there is no consensus among drone developers to quantify the survivability of drones. A lot depends on the architecture of the drone subsystems. Their interactions with each other and the interactions of their elements with each other. This article is devoted to the study of approaches to calculating a quantitative assessment of the survivability of drones at the design stage.Downloads
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