| Title |
A Study on the Establishment of Korea Military Drone Response Systems using Queueing Models |
| Authors |
이범기(Bum-Ki Lee) ; 정종문(Jong-Moon Chung) |
| DOI |
https://doi.org/10.5573/ieie.2025.62.10.3 |
| Keywords |
Drone attack defense system; Queueing theory; M/M/1; M/G/1; Drone; MATLAB |
| Abstract |
The need to establish a drone attack defense response system is evident considering the drone operations conducted in the Ukraine-Russia war and Israel-Gaza war. In this paper, a queueing model is developed and applied to mathematical modeling to determine how many drone response systems should be deployed to be able to defend against a coordinated drone attack. The military drone attack response system example design is set to an Air Force airbase where small units and defense deployment plans are analyzed according to their unit size and defense capabilities. Using the queueing model developed in this paper and applying actual drone attack data, defense teams can establish a drone response system necessary for military bases, based on the anti-drone system type and operational capability. |