A Reconfigurable Context-Aware Protocol Stack for Interplanetary Communication

C. Peoples, Gerard Parr, Bryan Scotney, A. Moore
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引用次数: 11

Abstract

This paper presents an approach to improve transmission success in delay-tolerant networks. The context- aware broker (CAB) grants networking autonomy when communicating in challenging environments, which suffer from conditions which are variable and exceed the limits for which terrestrial protocols were designed. Such environments currently require human intervention and the manual configuration of each communication - a seemingly simple decision of when to transmit becomes an issue in deep space due to planet movement. However, manual configuration is becoming unrealistic, given the scale on which communications occur. CAB automates the process by making intelligent decisions before transmission begins, and reconfigures as it progresses. It recognises the dynamic environments through which a transmission may pass and matches protocol capabilities with environmental constraints.
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用于星际通信的可重构上下文感知协议栈
提出了一种提高容延迟网络传输成功率的方法。上下文感知代理(CAB)在具有挑战性的环境中进行通信时授予网络自主权,这些环境受到变化条件的影响,并且超出了地面协议设计的限制。这样的环境目前需要人为干预和每次通信的手动配置-由于行星运动,一个看似简单的决定何时传输成为深空的一个问题。然而,考虑到通信的规模,手动配置正变得不现实。CAB通过在传输开始前做出明智的决策来实现过程的自动化,并随着传输的进行进行重新配置。它识别传输可能经过的动态环境,并将协议功能与环境约束相匹配。
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