飞机公用网络的高性价比光纤物理层

L. Bolton
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引用次数: 0

摘要

未来10年,运输机和公务机的生产速度将出现前所未有的增长,下一代商用运输机将以每天一架的速度生产,总装将在不到5天的时间内完成。新飞机设计的积极开发时间表将继续成为该行业的一个特点,这将对新技术产生影响;在飞机开发周期的早期实现高技术准备水平将是必要的,并且展示完整设计和模拟支持的能力对于提高信心和降低风险至关重要。本文描述了对未来公用事业网络解决方案的要求,候选网络技术以及为实现具有成本效益的光纤物理层而采取的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cost effective fiber optic physical layer for aircraft utility networks
The next ten years will see an unprecedented growth in the production rate of transport aircraft and business jets with next generation commercial transport jets being produced at a rate of one a day and final assembly taking place in less than five days. Aggressive development schedules for new aircraft designs will continue to be a feature of the industry and this will have implications for new technology; achievement of high technology readiness levels early in the aircraft development cycle will be a necessity and the ability to demonstrate full design and simulation support will be essential to raise confidence and reduce risk. This paper describes the requirements for future utility network solutions, the candidate network technologies and the approach being taken to achieve a cost effective fiber optic physical layer.
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