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Avionics Architectures for Exploration: Building a Better Approach for (Human) Spaceflight Avionics

机译:航空电子学探索架构:为(人类)航天航空电子学建立更好的方法

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The field of Avionics is advancing far more rapidly in terrestrial applications than in space flight applications. Spaceflight Avionics are not keeping pace with expectations set by terrestrial experience, nor are they keeping pace with the need for increasingly complex automation and crew interfaces as we move beyond Low Earth Orbit. NASA must take advantage of the strides being made by both space-related and terrestrial industries to drive our development and sustaining costs down. This paper describes ongoing efforts by the Avionics Architectures for Exploration (AAE) project chartered by NASA's Advanced Exploration Systems (AES) Program to evaluate new avionic architectures and technologies, provide objective comparisons of them, and mature selected technologies for flight and for use by other AES projects. Results from the AAE project's FY13 efforts are discussed, along with the status of FY14 efforts and future plans.
机译:航空电子领域在地面应用方面的发展远远快于太空飞行应用。随着我们超越低地球轨道,Spaceflight Avionics没有跟上地面经验所设定的期望,也没有跟上对日益复杂的自动化和人员界面的需求。 NASA必须利用与太空相关的技术和地面工业所取得的巨大进步来推动我们的发展并降低成本。本文介绍了由美国航空航天局高级探索系统(AES)计划特许的航空电子探索建筑(AAE)项目正在进行的工作,以评估新的航空电子体系结构和技术,对其进行客观比较,以及成熟的选定技术以供飞行和供其他人使用AES项目。讨论了AAE项目2013财年的工作成果,以及14财年的工作状况和未来计划。

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