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Optimality of aeroassisted orbital plane changes

机译:空气辅助轨道平面的最优性

摘要

As the Department of Defense continues to downsize as a result of various budget reduction initiatives, new, efficient methods must be devised and implemented to increase fleet customer service without degrading readiness. The Navy's Inventory Control Point -Mechanicsburg, PA, (NAVICP-M), Point Five FLSIP Plus (.5F+) COSAL inventory model was designed to meet that challenge. This thesis describes the .5F+ model and its impact on readiness. It then compares that model to a private-sector, not-for-profit, inventory control point, the Materials Management Department of the Salinas Valley Memorial Hospital (SVMH). The techniques that each organization uses to distribute scarce resources, maximizing both effectiveness and customer service levels while minimizing costs were analyzed to identify potential crossover defense-related applications. This thesis also analyzes some of the required trade-offs for each inventory management program. The research shows that SVMH has a more efficient inventory management program become of their customer-oriented strategic planning. DOD could increase their customer effectiveness, efficiency, and readiness by adopting a similar approach. (AN)
机译:由于国防部由于各种预算削减计划而继续缩小规模,因此必须设计和实施新的有效方法以增加机队客户服务质量,而又不降低准备水平。海军的库存控制点-宾夕法尼亚州机械城(NAVICP-M)的第5点FLSIP Plus(.5F +)COSAL库存模型旨在应对这一挑战。本文介绍了.5F +模型及其对准备状态的影响。然后,它将模型与萨利纳斯谷纪念医院(SVMH)的私营部门,非营利性库存控制点进行比较。分析了每个组织用来分配稀缺资源,最大化有效性和客户服务水平同时最小化成本的技术,以确定潜在的与交叉防御相关的应用程序。本文还分析了每个库存管理程序所需的一些权衡。研究表明,SVMH将更有效的库存管理程序变成其以客户为中心的战略计划。通过采用类似的方法,国防部可以提高其客户的效率,效率和就绪性。 (一个)

著录项

  • 作者

    Parish Michael S.;

  • 作者单位
  • 年度 1995
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  • 原文格式 PDF
  • 正文语种 en_US
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