Optical-wireless signals are affected by atmospheric turbulence during their transmission through atmospheric channels (Ke Xizheng, Deng Lijun. Optical-wireless communication. Beijing: Science Press, 2016). Atmospheric turbulence can cause light-intensity fluctuations, beam expansion, beam drift, and phase fluctuations, causing the performance of optical-wireless communication systems to deteriorate and making it difficult to fully utilize their advantages.

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Atmospheric-Turbulence Suppression Method

  • Xizheng Ke,
  • Chenghu Ke

摘要

Optical-wireless signals are affected by atmospheric turbulence during their transmission through atmospheric channels (Ke Xizheng, Deng Lijun. Optical-wireless communication. Beijing: Science Press, 2016). Atmospheric turbulence can cause light-intensity fluctuations, beam expansion, beam drift, and phase fluctuations, causing the performance of optical-wireless communication systems to deteriorate and making it difficult to fully utilize their advantages.