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The analysis of conventional Prompt Global Strike alternatives

机译:常规“全球突袭”替代方案的分析

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United States Strategic Command (STRATCOM) has expressed a strong interest in the development of a non-nuclear offensive strategy capable of reaching all enemy targets across the globe within a sixty-minute period from when the launching order is given to when the target is engaged. STRATCOM has defined this mission as conventional Prompt Global Strike (PGS). Currently, STRATCOM believes the United States does not possess any sort of conventional weapon system capable of meeting the criteria of a conventional PGS weapon. The conventional PGS mission calls for a solution that can be implemented immediately. This means the solution must contain only technology that is currently available. As a result of our literature review and our stakeholder analysis, our problem statement is that STRATCOM lacks a conventional PGS capability to hold time-sensitive targets at risk in denied access areas worldwide. To solve this problem, a systems engineering approach is applied to examine different alternatives by using Value-Focused Thinking to develop value models, math modeling to generate performance data, ArcGIS to highlight the system need and to recommend an implementation plan, and a simulation to demonstrate weapon system survivability. This work will result in recommendations for conventional Prompt Global Strike alternatives.
机译:美国战略司令部(STRATCOM)对发展一种无核进攻战略表示了浓厚的兴趣,该战略能够在发出发射命令后至目标交战后的六十分钟内,将全球所有敌人目标击中。 STRATCOM已将这一任务定义为常规的“全球大罢工”(PGS)。目前,STRATCOM认为美国不具备能够满足常规PGS武器标准的任何常规武器系统。传统的PGS任务需要一种可以立即实施的解决方案。这意味着该解决方案必须仅包含当前可用的技术。根据我们的文献回顾和利益相关者分析的结果,我们的问题陈述是,STRATCOM缺乏常规的PGS功能,无法将对时间敏感的目标置于全球无法进入的区域中。为了解决此问题,通过使用价值工程思维来开发价值模型,数学建模来生成性能数据,ArcGIS突出显示系统需求并推荐实施计划以及通过仿真来应用系统工程方法来研究不同的替代方案。展示武​​器系统的生存能力。这项工作将为常规的“提示全球罢工”替代方案提出建议。

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