Personal Information
Professor Supervisor of Doctorate Candidates Supervisor of Master's Candidates
Paper Publications
- [1] 文浩.Henry Yin.季秀阳,黄安.Modeling and performance analysis of underwater wireless optical absorption, scattering, and turbulence channels employing Monte Carlo-multiple phase screens[J],APPLIED OPTICS,62(26):6883-6891
- [2] 梁彦军.Henry Yin.季秀阳,王建英,沈众卫.Joint SIC and power allocation for a multi-user paired UWOC-NOMA system in a turbulence environment[J],JOURNAL OF THE OPTICAL SOCIETY OF AMERICA A-OPTICS IMAGE SCIENCE AND VISION,40(10):1908-1917
- [3] 季秀阳.Henry Yin,Xing, Fangyuan,景连友.沈众卫,王建英,梁彦军.A generalized and comprehensive slant channel modeling method for underwater wireless optical communication and its system performance analysis[J],OPTICS COMMUNICATIONS,557
- [4] 季秀阳.Henry Yin.Underwater Wireless Optical Communication: Channel Modeling of Multiple Scattering in Presence of Chlorophyll Concentration Variations[A],Proceedings of 2023 IEEE International Conference on Signal Processing, Communications and Computing, ICSPCC 2023,2024
- [5] 黄安.Henry Yin.季秀阳,梁彦军,文浩,王建英,沈众卫.基于FPGA和大功率LED阵列光源的小型化UWOC系统的研究与实现[J],光学学报,2024
- [6] 季秀阳.Henry Yin,景连友.梁彦军,王建英.Analysis of aperture averaging effect and communication system performance of wireless optical channels with from weak to strong turbulence in natural turbid water[J],Optics Communications,528
- [7] Liu, Anliang.Yuan, Yingming,Henry Yin,Zhao, Haobo,Fu, Xianping.Optimization of LED Array Spatial Coverage Characteristics in Underwater Wireless Optical Communication[J],JOURNAL OF MARINE SCIENCE AND ENGINEERING,2024,11(2)
- [8] 郑同辉.景连友,Long, Chao,He, Chengbing,Henry Yin.Frequency domain direct adaptive turbo equalization based on block normalized minimum-SER for underwater acoustic communications[J],Applied Acoustics,205
- [9] 王建英.Henry Yin.季秀阳,梁彦军.Performance Analysis of MIMO-mQAM System with Pointing Errors and Beam Spreading in Underwater Malaga Turbulence Channel[J],JOURNAL OF MARINE SCIENCE AND ENGINEERING,2024,11(3)
- [10] 梁彦军.Henry Yin,景连友.季秀阳,王建英.Solution for Self-Interference of NOMA-Based Wireless Optical Communication System in Underwater Turbulence Environment[J],IEEE Access,2024,11:30223-30236