Long-Range Maritime Communications through a Multi-Link Ensemble

Steven Jones, R. Awadallah, P. Chimento, T. Hanley, Jeramy Hansen, R. Nichols
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引用次数: 1

Abstract

We consider the ability to support communications for beyond line of site (BLOS) maritime applications through an ensemble of communication link modalities. While satellite communications is often used for this purpose it can be costly in terms of airtime. As anticipated no one modality is expected to enable adequate performance; however, we have modelled the performance of an ensemble of links which shows promise in providing operationally-relevant data rates. The link paths investigated include HF (skywave and surface wave), ducting, meteor burst, and troposcatter.
通过多链路集成的远程海上通信
我们考虑通过集成通信链路方式支持超现场(BLOS)海事应用的通信能力。虽然卫星通信经常用于这一目的,但就通话时间而言,它可能是昂贵的。正如预期的那样,没有任何一种方式能够实现充分的性能;然而,我们已经对一组链路的性能进行了建模,这显示了提供与操作相关的数据速率的希望。研究的链路路径包括HF(天波和面波)、导管、流星暴和对流层散射。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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