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Evolving reliability maintainability allocations for NASA ground systems

机译:适应美国宇航局地面系统的可靠性和可维护性分配

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This paper describes the methodology and value of modifying allocations to reliability and maintainability requirements for the NASA Ground Systems Development and Operations (GSDO) Program's ground systems. As systems progressed through their design life cycle and hardware data became available, it became necessary to reexamine the previously derived allocations. This iterative process provided an opportunity for the reliability engineering team to reevaluate allocations as systems moved beyond their conceptual and preliminary design phases. These new allocations are based on updated designs and maintainability characteristics of the components. It was found that trade-offs in reliability and maintainability were essential to ensuring the integrity of the reliability and maintainability analysis. This paper discusses the results of reliability and maintainability reallocations made for the GSDO subsystems as the program nears the end of its design phase.
机译:本文介绍了对NASA地面系统开发和操作(GSDO)程序的地面系统的可靠性和可维护性要求的修改分配的方法和价值。随着系统通过其设计生命周期和硬件数据进行了可用的系统,可以重新抑制以前派生的分配所必需的。这种迭代过程为可靠性工程团队提供了重新评估拨款的机会,因为系统超出了概念和初步设计阶段。这些新分配基于组件的更新设计和可维护性特征。发现可靠性和可维护性的权衡对于确保可靠性和可维护性分析的完整性至关重要。本文讨论了为GSDO子系统的可靠性和可维护性重新分配的结果,因为该程序接近其设计阶段的结束。

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