• 제목/요약/키워드: EIA 632

검색결과 12건 처리시간 0.016초

조직의 SEPMC 자체 평가에 유용한 참조기준 개발 (On the Development of Reference Guidelines for Self-evaluation of Organization's Systems Engineering and Project Management Capability)

  • 최영길;이재천
    • 시스템엔지니어링학술지
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    • 제8권2호
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    • pp.27-36
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    • 2012
  • In modern systems, the operational capability of the system to the user needs is expanding rapidly to accommodate the size of the system, functionality, and interfaces are becoming increasingly complex. Accordingly, the systematic practice of project management and systems engineering in the system development process, as an important element in successful systems development is recognized. EIA/ANSI 632, ISO/IEC15288, the leading international standard for systems engineering and is the leading international standard on project management PMBOK. CMMI is also contains information about the activities of project management and systems engineering and worldwide basis to assess the maturity of an organization's ability to develop system being used. But CMMI model is too complex of structure and there are many overlap parts of contents. So there are many problems for members of organization understanding all of CMMI model, applying organization and, achieving improvement activity. In this study, through the analysis and integration between the model and the related standard coverage activities essential for successful systems development in organizations that require systems engineering and project management capabilities(SEPMC) for self-assessment and continuous improvement activities to provide useful reference guideline.

수출용 KT-1 요구사항 아키텍처 모델 구축 (System Requirement Architecture Modeling of KT-1 Export Version)

  • 강민성;이진균;김진석;손환익;강영호;이중윤;최민신;이영선
    • 한국군사과학기술학회지
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    • 제9권1호
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    • pp.135-143
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    • 2006
  • This paper describes a requirement architecture modeling for the front end of KT-1 export version requirement definition processes to construct SDS(system development specification). The requirement definition process is a highly conceptual process that is difficult to carry out. This paper focuses on how to perform the KT-1 export version requirements definition process including the integration of process, methods and tools for the front-end activity of requirements definition process. This requirement model is structured in four segments, including requirement layering, requirement categorization, life cycle stakeholder and requirement definition process using Computer-Aided Systems Engineering tool(CORE).