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Grand Systems Verification

机译:大系统验证

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摘要

The product system developmentrnprocess follows a three step sequence familiar to allrnsystem engineers: (1) define the problem you are tryingrnto solve, (2) design and manufacture a solution to thatrnproblem, and (3) verify that the solution satisfies thernrequirements that drove it. Therefore, verification is arnprocess for proving that the design of an entity satisfiesrnthe requirements for that entity that were crafted priorrnto the design of the entity. The common mode ofrnverification is to compare an entity with some acceptedrnstandard of excellence. The entity can be a product or arnprocess system or some element or combinationrnthereof. This paper explores the fusion of severalrnconcepts, some new and some old, to build anrnenterprise environment within which all verificationrnwork can be accomplished within the same three steprncontext noted above. This includes product verificationrnbut also enterprise common process verification andrnprogram process verification. The paper also challengesrncommon responsibility assignments for this work.
机译:产品系统开发过程遵循所有系统工程师熟悉的三个步骤:(1)定义要解决的问题;(2)设计和制造该问题的解决方案;(3)验证该解决方案满足驱动该问题的要求。因此,验证是一个过程,用于证明实体的设计满足在设计实体之前制定的对该实体的要求。验证的常见模式是将实体与某些公认的卓越标准进行比较。实体可以是产品或加工系统,也可以是其中的某些元素或组合。本文探索了几种新旧概念的融合,以构建企业环境,在该环境中,所有验证工作都可以在上述相同的三个步骤环境中完成。这不仅包括产品验证,还包括企业通用过程验证和程序过程验证。本文还挑战了这项工作的常见职责分配。

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