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Minimizing Variation to Enhance Configuration Management, Mission Capabilities, Safety and Total Ownership Cost

机译：最大限度地减少变化，以提高配置管理，使命能力，安全和总体所有权成本

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Variation of ship systems, sub-systems, components, and architectures impact mission capabilities, safety, supply chain complexity and Total Ownership Cost. This paper intends to discuss the impact of variation on ship systems and its impact on systems configuration and configuration management. The paper will discuss an integrated systems level methodology to reduce variation (enhance commonality), streamline the supply chain, and outline the benefits to mission capabilities, safety, system selection decisions and Total Ownership Cost. The paper will make recommendations regarding options for implementation of variation reduction principles across product lines that support enhancing mission capabilities, safety, system selection decisions and Total Ownership Cost.

机译：船舶系统，子系统，组件和架构的变化会影响任务能力，安全性，供应链复杂性和总体所有权成本。本文打算讨论船舶系统变异的影响及其对系统配置和配置管理的影响。本文将讨论一个集成系统级方法，以减少变化（增强共性），简化供应链，并概述使命能力，安全，系统选择决策和总体所有权成本的益处。本文将提出有关在支持提高关联能力，安全，制度选择决策和总体所有权成本的产品线上实施变更减少原则的备选方案的建议。

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《Fleet maintenance modernization symposium》|2019年|500 p.|共6页
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Mark W. Williams; John M. Sofia;
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中图分类军用舰艇（战舰）;
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3. Improving Mission Performance & Reducing Total Ownership Cost [J] . Ned H. Criscimagna The Journal of the Reliability Analysis Center . 2004,第4期

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Minimizing Variation to Enhance Configuration Management, Mission Capabilities, Safety and Total Ownership Cost

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