무인항공기 공통 플랫폼 표준화를 위한 최적 분류 및 할당 모형

Abstract

The necessity of defense standardization is very important as it ensures that defense resources can be utilized at low cost and high efficiency. The military unmanned aerial vehicle sector is characterized by being a more sensitive business due to fast technological advancement. If the gap between the performance specifications required by the required military and the position of researching to make an unmanned aerial vehicle that satisfies the conditions is not narrowed, the relevant weapon system cannot be developed and introduced in a timely manner. Eventually, there will be a problem that the utility value of the weapon system is lowered, and the national technological competitiveness will also be deteriorated due to the low business viability arising from the structure of small-scale production of multi-species from the standpoint of research and development. Therefore, in order to solve the problem, this study proposes a common platform optimal classification and matching model based on a mathematical model for applying by basis of the premise of unmanned aerial vehicle sequencing and clustering. Through suggested model, it we can contribute to rearrange and mange to current numerous UAV programs efficiently.