System design of tactical communications with Solar Blind Ultraviolet Non Line-of-Sight systems

Dan Moriarty, B. Hombs
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引用次数: 19

Abstract

Recent advances in component technology now make it possible to exploit of the ultraviolet (UV) spectrum for short range, medium bandwidth, low probability of intercept (LPI) communications. BAE Systems will report on analysis of hardware and phenomenology for the near term application of Solar Blind Ultraviolet Non Line-of-Sight Communications (SB UV NLOS Comm). Communications in the presence of Radio Frequency (RF) interference from Counter-IED jamming is a formidable challenge for our war-fighters on the battlefield of today and the future. Here we discuss approaches to exploit the Solar Blind (SB) Ultraviolet (UV) spectrum to provide a short range (∼500m), medium bandwidth (28.8 kbps), Non-Line-of-Sight (NLOS), networked communications system as an alternative to traditional RF communications systems.
采用日盲紫外非视距系统的战术通信系统设计
组件技术的最新进展现在使得利用紫外(UV)光谱进行短距离、中等带宽、低截获概率(LPI)通信成为可能。BAE系统公司将报告太阳盲紫外非视距通信(SB UV NLOS Comm)近期应用的硬件和现象学分析。在反ied干扰的射频(RF)干扰下的通信对我们的作战人员在当今和未来的战场上是一个巨大的挑战。在这里,我们讨论了利用太阳盲(SB)紫外线(UV)光谱来提供短距离(~ 500m)、中等带宽(28.8 kbps)、非视距(NLOS)的网络通信系统作为传统RF通信系统的替代方案的方法。
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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