Avalanche Photodiode-Based Deep Space Optical Uplink Communication in the Presence of Channel Impairments - Guo, Wenjng; Wu, Xiaowei; Yang, Lei (Photonics, 2025)
Keywords: Accuracy; Approximation; Atmospheric turbulence; Avalanche diodes; avalanche photodiode; Background noise; Communication; Communications systems; Deep space; deep space optical communication; Disability; Discovery and exploration; Efficiency; Field of view; Fluctuations; Ground stations; Monte Carlo method; Monte Carlo simulation; Moon; Noise reduction; Noise tolerance; Optimization; Outer space; Photodiodes; Pulse position modulation; Radiation, Background; Signal processing; Space exploration; symbol error rate; Technology application; uplink channel model; Uplinking; Webb and Gaussian models; United States; New Jersey