Free Space Optical Communication: System Design, Modeling, Characterization and Dealing with Turbulence (Hardcover)

Chapter One - Introduction. Chapter Two - Real-Time Measurement of Meteorological Parameters for Estimating Low-Altitude Atmospheric Turbulence Strength (Cn2). Chapter Three - Modeling and Numerical Evaluation of Ground-Level Atmospheric Attenuation and Refractive Index Structure Function (Cn2) using measured Local Meteorological Data for FSO Applications. Chapter Four - Mitigation of Beam Wandering due to Atmospheric Turbulence and Prediction of Control Quality using Intelligent Decision Making Tools. Chapter Five - A Direct and Neural Controller Performance Study with Beam Wandering Mitigation Control in Free Space Optical Link. Chapter Six - Quality Metrics and Reliability Analysis of Ground-to-Ground Free Space Laser Communication in Different Weather Changes together with Beam Steering System. Chapter Seven - Future Work.