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Critical digital systems: a fly-by-light consideration

机译:批判性数字系统:逐亮考虑

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Addresses the benefits and issues associated with fly-by-light technology and discusses the status of ongoing work. The rapid increase and evolution of digital electronic aircraft systems has evidenced some new and potentially troublesome failure modes heretofore not encountered with commercial aircraft. One potential cause of some of these faults or failures is the external electromagnetic environment (EME) in which aircraft must operate. In many systems fiber optics could provide cost effective EME protection. Douglas Aircraft has conducted or been directly involved in six flight test programs dealing with the fiber optics aspects of fly-by-light and associated with a number of others. The baseline Douglas Aircraft fly-by-light architecture shown was developed in 1984 from an internal study chartered to design a highly reliable digital flight control system for future transport aircraft. As an adjunct to the fly-by-wire/fly-by-light test integration facility work, Douglas Aircraft is also integrating a fly-by-light cockpit simulator which is discussed.
机译:解决与飞行技术相关的好处和问题,并讨论了正在进行的工作的状态。数字电子飞机系统的快速增长和演化已经证明了商业飞机没有遇到的一些新的和潜在麻烦的失败模式。其中一些故障或故障的一个潜在原因是外部电磁环境(EME),飞机必须运行。在许多系统中,光纤可以提供具有成本效益的EME保护。道格拉斯飞机已经进行或直接参与六个飞行测试程序,处理逐灯的光纤各个方面,并与其他一些相关联。显示的基线道格拉斯飞机飞行乘法架构是在1984年开发的,内部学习特许,为未来的运输飞机设计了一种高度可靠的数字飞行控制系统。作为逐丝/苍蝇测试集成设施工作的辅助,Douglas飞机还集成了讨论的逐灯驾驶舱模拟器。

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