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Operating a terrestrial Internet router onboard and alongside a small satellite

机译:在机上和小型卫星旁边操作地面互联网路由器

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摘要

After twenty months of flying, testing and demonstrating a Cisco mobile access router, originally designed for terrestrial use, onboard the low-Earth-orbiting UK-DMC satellite as part of a larger merged ground/space IP-based internetwork, we use our experience to examine the benefits and drawbacks of integration and standards reuse for small satellite missions. Benefits include ease of operation and the ability to leverage existing systems and infrastructure designed for general use with a large set of latent capabilities to draw on when needed, as well as the familiarity that comes from reuse of existing, known, and well-understood security and operational models. Drawbacks include cases where integration work was needed to bridge the gaps in assumptions between different systems, and where performance considerations outweighed the benefits of reuse of pre-existing file transfer protocols. We find similarities with the terrestrial IP networks whose technologies have been taken to small satellites—and also some significant differences between the two in operational models and assumptions that must be borne in mind.
机译:经过长达20个月的飞行,测试和演示,该思科移动接入路由器最初是为地面使用而设计的,是在低地轨道UK-DMC卫星上进行的,这是更大的基于地面/太空IP融合的互联网的一部分,我们利用我们的经验检查小型卫星飞行任务的集成和标准重用的利弊。好处包括易于操作,能够利用为一般用途而设计的现有系统和基础架构以及在需要时可以利用的大量潜在功能,以及重用现有的,已知的和众所周知的安全性所带来的熟悉性和运营模式。缺点包括需要进行集成工作以弥合不同系统之间的假设差距,并且性能方面的考虑超过了重用现有文件传输协议的好处。我们发现其技术已应用于小型卫星的地面IP网络具有相似性,并且两者之间在操作模型和必须牢记的假设上也存在一些重大差异。

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