利用大气对光的散射作用可以实现非视线通信。在单次散射假定下，研究了非视线光散射通信系统的大气传输模型。
Based on the assumption of single-scattering, atmospheric propagation model of non-line-of-sight optical scattering communication system is studied.
对光纤通信系统中的受激布里渊散射(SBS)以及声子损耗对SBS的影响进行了研究。
The stimulated Brillouin scattering (SBS) and the effect of phonon loss in SBS in optical fiber communication systems are investigated.
利用本文的研究方法可以评估非视线光散射信道的可用带宽和系统可达到的通信速率。
The method proposed here can be used to predict available bandwidth and data rate of the communication system operating in a NLOS optical scattering channel.
研究结果表明，反向散射RFID系统的路径损耗模型和传统无线通信系统的路径损耗模型有所区别。
Thee research results show that path loss models of backscatter RFID systems are differ from traditional wireless communication systems.
研究结果表明，反向散射RFID系统的路径损耗模型和传统无线通信系统的路径损耗模型有所区别。
Thee research results show that path loss models of backscatter RFID systems are differ from traditional wireless communication systems.
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