대기행렬모형을 활용한육군 박격포중대 운용방안연구

It is challenging to respond to multiple fire requests during military operations. Many studies have attempted to tackle this problem as an optimization problem for fire time scheduling that minimizes the firing time. Meanwhile, infantry mortars in the battle have many unexpected targets than scheduled targets due to short fire range. Besides, there are various limitations for mortar positions that provide enough firing space as a large portion of the Korean peninsula is mountainous. In this study, the operation of mortar company was analyzed through a priority queuing model to provide an efficient structure of the company that minimizes fire response time considering geological characteristics of operations encountered by the Korea Army. A simulation model was also given to apply our model to the real situation as well as verify the analytic model.