Investigation of tethered unmanned high-altitude platform reliability
Vladimir Vishnevsky, Elizaveta Barabanova, Konstantin Vytovtov, Georgiy Vytovtov
The reliability of the tethered unmanned high-altitude platform as a single complex system is investigated in this paper. The reliability block diagram of the platform has been developed. It consists of the main subsystems and its elements connected in series. The method of calculating the reliability metrics of the tethered unmanned high-altitude platform such as the reliability function, and the mean time to failure is presented. The example of the reliability investigation method application and the example of communication subsystem reliability metrics calculation is presented. The approach of fiber-optical cable failure rate calculation is considered.