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Microcircuit Technology in Logistic Applications Radio Frequency (MITLA/RF): an analysis of radio frequency identification and tracking to support logistic operations

机译:物流应用中的微电路技术射频(MITLA / RF):分析射频识别和跟踪以支持物流操作

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摘要

This thesis is an analysis and evaluation of Microcircuit Technology in Logistics Applications. (MITLA/RF) Under the MITLA initiative the Department of Defense (DoD) is testing, evaluating, and developing asset tracking devices to increase readiness and responsiveness while reducing the overall costs of providing logistic support. The underlying goal of the MITLA initiative is to increase readiness through improved asset visibility on a global scale. The primary focus of this thesis is to underscore the current mission requirements and the need for introducing MITLA/RF into military logistic operations. A background analysis of the capabilities and ftmctionality of the system components is presented. Strong emphasis is placed on the digital wireless network and its role in the expeditious environment of military logistics. Automated logistic system interoperability, migration and the technology to dollar tradeoff is discussed. This study provides insight that if properly used, will help logistics policy makers introduce 8 sound high-tech solution to successfully track and support Marine Corps logistic efforts well into the next century.
机译:本文是对微电路技术在物流应用中的分析与评价。 (MITLA / RF)在MITLA倡议下,国防部(DoD)正在测试,评估和开发资产跟踪设备,以提高战备能力和响应能力,同时降低提供后勤支持的总成本。 MITLA倡议的根本目标是通过在全球范围内提高资产可视性来提高准备水平。本文的主要重点是强调当前的任务要求以及将MITLA / RF引入军事后勤行动的需求。提出了对系统组件的功能和功能性的背景分析。数字无线网络及其在迅速发展的军事后勤环境中的作用非常受重视。讨论了自动化物流系统的互操作性,迁移和美元权衡技术。这项研究提供的见解是,如果使用得当,将有助于物流决策者引入8种完善的高科技解决方案,以成功跟踪和支持海军陆战队在下个世纪的后勤工作。

著录项

  • 作者

    King Edwin T.;

  • 作者单位
  • 年度 1995
  • 总页数
  • 原文格式 PDF
  • 正文语种 en_US
  • 中图分类

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