Abstract

현재의 국내 군수 환경은 운용단계에 있는 무기체계에 대해 PBL 개념의 적용이 확대되고 있는 추세이다. 본 연구에서는 전수명주기에 걸쳐 PBL 적용 프로세스와 ILS 요소 개발을 모델링 해 봄으로써 PBL 적용 프로세스의 개선안을 도출하려고 한다. 특히 개발초기 단계부터 PBL 적용 프로세스를 모델링 해 봄으로써 개선을 도모하였다. 또한, ILS 개발 시점부터 PBL 개념이 반영되도록 ILS 요소 개발과의 상관관계를 설정함으로써 운용단계에 있는 체계가 아닌 개발단계부터 ILS 개발절차에 PBL을 고려하는 개선방안을 제공한다. 기존에 국내에서 적용 중인 PBL 개념이 ILS의 보급체계와의 연계성에만 국한된 개념이라면 이를 확장해서 개발체계 전체의 가용도, 신뢰도, 군수지원 비용 등을 고려한 개선된 PBL 적용이 가능하다. The demand on applying the performance-based logistics (PBL) in the operational phase of the weapon systems development is increasing these days. Therefore, the enhancement of the PBL concept and process needs to be done. This is the objective of the paper. As a method of approach, a modeling method is adopted to cover the whole life cycle of the weapon systems development from the concept development to the operation. The modeling results for the PBL process yield an useful suggestion for improvement. Also, by analyzing the interrelationship model between the PBL process and the integrated logistics support (ILS) procedure, it is possible to take advantage of the PBL concept in the ILS elements development, which is usually carried out from the beginning of the development phase, a lot earlier than the operational phase. Note that the PBL concept has been restrictively applied in only the supply support among many ILS elements up until now. However, the results obtained in the paper can make it also possible to consider the availability, reliability, logistics support, cost and so on from the early phase of the weapon systems development.

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