Avionics fiber-optic and photonics network preliminary technology readiness assessment

M. Beranek, T. Curran, A. Glista, M. Hackert
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引用次数: 7

Abstract

Fiber-optic technology deployment on military platforms is driving the need to re-assess fiber optics and photonics technology readiness for next generation avionics systems. The AEROLAN initiative unveiled at the 22nd DASC and subsequently kicked off at the IEEE LEOS avionics fiber-optics and Photonics Workshop (AVFOP 2004), provides the impetus for a technology readiness assessment (TRA) of the Naval aviation fiber-optics and photonics technology infrastructure. TRA is a valuable methodology for defining technology maturity and making technology investment decisions. Technology readiness levels (TRLs) combined with product assessment scales (PAs) are useful elements for assessing readiness prior to formulating research, development, and test and evaluation (RDT&E) objectives, and subsequent technology transition planning. This paper provides the reader insight into NAVAIR's preliminary readiness assessment of avionics fiber optics and photonics technology for the next generation.
航空电子光纤和光子网络初步技术准备评估
随着光纤技术在军事平台上的部署,需要重新评估下一代航空电子系统的光纤和光子学技术准备情况。AEROLAN计划在第22届DASC上公布,随后在IEEE LEOS航空电子光纤和光子学研讨会(AVFOP 2004)上启动,为海军航空光纤和光子学技术基础设施的技术准备评估(TRA)提供动力。TRA对于定义技术成熟度和制定技术投资决策是一种有价值的方法。技术准备水平(trl)与产品评估尺度(PAs)相结合,是在制定研究、开发、测试和评估(RDT&E)目标以及随后的技术转换计划之前评估准备程度的有用元素。本文为读者提供了NAVAIR对下一代航空电子光纤和光子技术的初步战备评估。
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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