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A Study on Establishing the Requirements Verification Matrix (RVM) for the Space Launch Vehicle

우주발사체 요구조건 검증 매트릭스(RVM) 수립 연구

  • Received : 2018.10.22
  • Accepted : 2018.12.12
  • Published : 2018.12.31

Abstract

The intended system's function and performance can be assured through implementing the development process, the verification compliance against corresponding requirements, in accordance with the fundamental principle from the Systems Engineering. For the effective verification implementation, related core metadata should be selected and managed throughout the development life cycle. And these have to be included in the configuration document such as specification so that taking them as development baselines each phases if necessary. In this paper, associated case study results are introduced to establish the Requirements Verification Matrix (RVM) for the verification management on the space launch vehicle development program.

Keywords

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[Figure 1] A Purpose of Requirements and Verification Management

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[Figure 2] A Work Sequence of Requirements and Verification Management

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[Figure 3] An Establishment of Requirements and Verification Management Data

RVM Example (NASA SE Handbook)

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VRM Example (NASA MSFC Verification Handbook)

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RVM Example (NASA SLS System Specification)

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VCRM Example (R&D Program 1 System Specification)

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VCRM Example (R&D Program 2 System Specification)

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VCRI Example (Defence Development Program System Specification)

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RVM Metadata List

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RVM Idea for the Space Launch Vehicle Development Program

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References

  1. Junyouk Jang, Dong Hyun Cho, Il Sang Yoo, A Study on the Requirements Verification Schema for the Space Launch Vehicle, 2017 Spring Conference of the Korea Society of Systems Engineering, 2017
  2. NASA, Systems Engineering Handbook, p47-48, Appendix D, 2007
  3. NASA, MSFC Verification Handbook Volume II, p2.1.54-64, 1994
  4. NASA, SLS Program Launch Vehicle Specification, p53-26, 2012
  5. INCOSE, Systems Engineering Handbook V.2a, 2004
  6. ESA, Space Engineering Verification Guidelines, 2010
  7. DAPA, Systems Engineering Technical Review GUIDEBOOK, 2017
  8. Keun-Taek Kim, Chang-Su Park, Byung-Chan Kwon, A Scheme of Systems Engineering Based Requirements Management for Development of a Large Complex System, Journal of the Korea Society of Systems Engineering, Vol.12, No.2, p39-45, 2016 https://doi.org/10.14248/JKOSSE.2016.12.2.039
  9. KSLV-II Program Office, KSLV-II Requirements and Verification Management Plan, 2017
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