Product Supportability Through Lifecyle Modeling and Simulation

J. Woulfe, M. Andersson
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Abstract

Current changes in DoD budgeting processes and in the constraints on available funding have resulted in inadequate support for our warfighter’s needs. The decision environment evolves into a key question impacting our warfighter capabilities: How should the funding be distributed to achieve the optimal balance between readiness, performance, and cost? This paper outlines the fundamentals of successful Product Life Cycle Management, a method to monitor systems towards fulfilling the operational needs at the lowest possible Total Ownership Cost (TOC). The paper discusses critical decision points in different phases of the system’s life cycle and suggests an approach to use modelling and simulation tools to answer key questions and provide the required decision support.
通过生命周期建模和仿真的产品可保障性
目前国防部预算流程的变化和可用资金的限制导致对我们作战人员需求的支持不足。决策环境演变为影响我们作战人员能力的关键问题:如何分配资金以实现战备、性能和成本之间的最佳平衡?本文概述了成功的产品生命周期管理的基本原理,这是一种监控系统以尽可能低的总拥有成本(TOC)实现运营需求的方法。本文讨论了系统生命周期不同阶段的关键决策点,并提出了一种使用建模和仿真工具来回答关键问题并提供所需决策支持的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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