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Key Features of the Merged' EIA/IS 731-1 Systems Engineering Capability Model

机译:合并的EIA / IS 731-1系统工程能力模型的主要特征

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摘要

In the past few years, severla models have been developed to measure systems engineering process or capability maturity. Two moxels, the INCOSE SECAM and EPIC SE-CMM, have gained a great deal of attention and have been used as source models, along with their application methods, to create a US standard, comprised of a single "merged" model and application method, for measuring and improving systems engineering capability. The "merger" effort has been conducted by the EIA SECM Working Group, which has representation from the EIA, INCOSE, and EPIC and was formed under the auspices of the Electronic Industries Association (EIA). This paper provides key features of the "merged" model, a synthopsis of each of the two source models, and relationships between the "merged" model and its two source models. A description is provided of some significant factors affecting the merger effort. The information providd should assist in gaining an understanding of, and in transitionig to, the "merged" model, which is the EIA/IS 731-1 Systems Emgineering Capability Model (SECM).
机译:在过去的几年中,开发了severla模型来测量系统工程过程或能力成熟度。 INCOSE SECAM和EPIC SE-CMM这两种Moxel受到了广泛的关注,并已被用作源模型及其应用方法,以创建由单个“合并”模型和应用方法组成的美国标准。 ,用于衡量和提高系统工程能力。 EIA SECM工作组已经进行了“合并”工作,该工作组由EIA,INCOSE和EPIC代表,由电子工业协会(EIA)主持成立。本文提供了“合并”模型的关键功能,两个源模型中每个模型的同义词以及“合并”模型与其两个源模型之间的关系。提供了一些影响合并工作的重要因素的描述。提供的信息应有助于理解和过渡到“合并”模型,该模型是EIA / IS 731-1系统工程能力模型(SECM)。

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