| Systems Engineering based Live Fire Test of Weapon Systems |
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Byung-Jik Yoo, Gyu-Hwan Hwang, Chung-Ho Ryu, Moon-Ki Kim, Sung-Hyuck Ye, Uk-Sang Han |
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| 무기체계 실사격 시험의 시스템공학 적용 |
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유병직, 황규환, 류충호, 김문기, 예성혁, 한욱상 |
1국방과학연구소
2중부대학교 |
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| Abstract |
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We propose the live fire test process model based on systems engineering which consists of 4 phases i.e., review, setup, conduct and result. We also suggest the 4 phases acquisition model consisting of planning, execution, evaluation and disposal for test infrastructure. CMMI, TMMi and PMBOK are referred and hierarchial analysis method are adopted in developing the models. Thus, the detailed sub-processes are designed after defining higher level processes first. The higher level processes are defined by extracting common areas of all the test types. The low level processes for each specific test are designed by tailoring the higher level processes. By applying the proposed test process models into collaboration tool and information system, effective and systematic test processes for weapon systems are established. |
| Key Words:
CMMI, TMMi, PMBOK, Weapon Systems, Live Fire Test |
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