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首页> 外文期刊>The ITEA Journal >Design for Successful Systems (DFSS): A Design Methodology for Optimizing Life Cycle Performance
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Design for Successful Systems (DFSS): A Design Methodology for Optimizing Life Cycle Performance

机译：成功系统设计（DFSS）：优化生命周期性能的设计方法

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摘要

Weapon system acquisition is a complex, lengthy, and expensive process, so anything we can do to deliver higher quality systems to the warfighter, while reducing cost and the time needed to field those products, is valuable. This article presents a proven methodology that has been used to improve the Quality, Cost, and Delivery (QCD) of new products to the end user. By improving quality, we mean improving the performance of the Critical-To-Customer (CTC) measures such as reliability, sustainability, or any other measure of performance that impacts the customer (e.g., the warfighter). By improving cost, we mean not only a reduction in cost to bring a new product to the field but also a reduction in total life-cycle cost. By improving delivery, we mean reducing the time needed to bring a quality product to the customer. This method has been applied to the design and development of many different kinds of products, including pharmaceuticals, iPads, and tanks. Thus, it can be applied in any industry.
机译：武器系统的采购是一个复杂，漫长且昂贵的过程，因此我们可以做的任何事情都可以为战士提供更高质量的系统，同时降低成本和部署这些产品所需的时间，这是很有价值的。本文介绍了一种行之有效的方法，已用于改善新产品向最终用户的质量，成本和交付（QCD）。通过提高质量，我们的意思是提高关键客户（CTC）措施的绩效，例如可靠性，可持续性或任何其他影响客户（例如，作战人员）的绩效指标。通过提高成本，我们不仅意味着降低将新产品推向市场的成本，而且还意味着降低总生命周期成本。通过改善交付，我们意味着减少将优质产品带给客户所需的时间。此方法已应用于许多不同种类产品的设计和开发，包括药品，iPad和水箱。因此，它可以应用于任何行业。

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