Presentation Information

[WP-B-18]Deep-learning-assisted Turbulence-resistant 1024-ary OAM-SK UOWC

○Weiqing Lin1,2, Deng Dongmei1,2 (1.South China Normal University, 2.School of Optoelectronic Science and Engineering)

Keywords:

Free-space optical transmission,Transmission impairments and their mitigations,Artificial intelligence and machine learning for optical transmission systems and subsystems

We demonstrate a deep-learning-assisted turbulence-resistant 1024-ary OAM-SK UOWC system. BER of 2.93×10-3 is experimentally observed under strong turbulence condition, when the training set is limited only to 1024 distorted images.