生存空间网络:物理层

R. Boyd, S. Adams, M. Spellman, L. V. Lucas
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引用次数: 0

摘要

作者讨论了围绕空间段构建的可生存通信网络的物理层。物理层包括卫星和地面站,以及它们之间的交叉和上行/下行链路。考虑了生存能力的扩散网络方法。生存能力是通过适应损失而不是防止损失而获得的。应当指出,虽然功率和成本限制禁止在个别链路上采取广泛的电子通信对抗措施,但明智地选择调制、编码和天线模式可以在一定程度上防止不确定的干扰。天线选择,信号处理和物理连接激活的问题进行了检查。结论是,扩散的低地球轨道卫星网络可以提供一种可行的方法来实现稳健、经济的通信。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Survivable space networks: the physical layer
The authors address the physical layer of a survivable communication network built around a space segment. The physical layer consists of satellites and ground stations, as well as the cross and up/down links between them. The proliferated-network approach to survivability is considered. Survivability is obtained by adapting to losses rather than by preventing them. It is noted that while power and cost constraints prohibit extensive electronic communication countermeasures on individual links, judicious choices of modulation, coding and antenna patterns provide some level of protection from less determined interferers. Issues of antenna selection, signal processing, and physical-connection activation are examined. It is concluded that a network of proliferated, low-earth orbit satellites can provide a viable approach to realizing robust, cost-effective communications.<>
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