Unlike civilian logistics systems, which primarily focus on efficiency, military logistics emphasizes operational stability. To achieve this, the establishment of a dedicated support system and balanced inventory management are essential. However, the current Army logistics system requires improvements in the support rate through the dedicated support framework. Although long-term improvement is possible through procurement process optimization, short-term enhancement is difficult due to the military’s annual procurement cycle. As a short-term improvement, inventory adjustment between supply points could be effective, but this strategy has not been fully utilized. This is due to the lack of recognition that, while inventory adjustment may increase costs in the short term, it contributes to improved logistics efficiency and stability in the long term. This study proposes a cost-minimizing plan that includes inventory adjustment between supply points in military logistics and aims to verify the effectiveness of inventory adjustment. To this end, a mathematical model for optimizing transportation planning was developed. Additionally, the effectiveness of inventory adjustment was demonstrated through a case study reflecting actual Army logistics conditions. The results of the study confirmed the positive effects of inventory adjustment. Inventory adjustment is expected to enhance the dedicated support rate and promote procurement process optimization, contributing to the advancement of the Army logistics system.

1. 서 론
2. 기존 연구 분석
3. 육군의 물류체계 및 현상분석
    3.1 육군의 물류체계
    3.2 현상분석
4. 단간전환을 통한 물류 효율화 분석
    4.1 모의 방법 및 가정사항
    4.2 모의모형 구성
    4.3 예제 적용
    4.4 결과 분석
5. 결 론
References

• Myoungjin Choi(Department of Military Science, Konyang University) | 최명진 (건양대학교 군사학과) Corresponding author
• Jaeyoung Shim(Department of Military Science, Konyang University) | 심재영 (건양대학교 군사학과)