Developed by an international team of experts, this book covers free space optical (FSO) communication technologies for realising high speed large-capacity terrestrial and aerospace communications.
Developed by an international team of experts, this book covers free space optical (FSO) communication technologies for realising high speed large-capacity terrestrial and aerospace communications.
* Chapter 1: Introduction to free space optical (FSO) communications * Chapter 2: Free-space optical communication over strong atmospheric turbulence channels * Chapter 3: Performance analysis and mitigation of turbulence effects using spatial diversity techniques in FSO systems over combined channel * Chapter 4: Link budget for a terrestrial FSO link and performance of space time block codes over FSO channels * Chapter 5: FSO channel—atmospheric attenuation and refractive index (Cn2) modeling as the function of local weather data * Chapter 6: Spectral analysis and mitigation of beam wandering using optical spatial filtering technique in FSO communication * Chapter 7: Characterization of atmospheric turbulence effects and their mitigation using wavelet-based signal processing * Chapter 8: All-optical relay-assisted FSO systems * Chapter 9: Optical spatial diversity for FSO communications * Chapter 10: Analysis of the effects of aperture averaging and beam width on a partially coherent Gaussian beam over free-space optical communication links * Chapter 11: Relaying techniques for free space optical communications * Chapter 12: Experimental test of maximum likelihood thresholds based on Kalman filter estimates in on-off keyed laser communications in atmospheric turbulence * Chapter 13: Signal encryption strategies based on acousto-optic chaos and mitigation of phase turbulence using encrypted chaos propagation * Chapter 14: Distributed sensing with free space optics * Chapter 15: Quantum-based satellite free space optical communication and microwave photonics
* Chapter 1: Introduction to free space optical (FSO) communications * Chapter 2: Free-space optical communication over strong atmospheric turbulence channels * Chapter 3: Performance analysis and mitigation of turbulence effects using spatial diversity techniques in FSO systems over combined channel * Chapter 4: Link budget for a terrestrial FSO link and performance of space time block codes over FSO channels * Chapter 5: FSO channel—atmospheric attenuation and refractive index (Cn2) modeling as the function of local weather data * Chapter 6: Spectral analysis and mitigation of beam wandering using optical spatial filtering technique in FSO communication * Chapter 7: Characterization of atmospheric turbulence effects and their mitigation using wavelet-based signal processing * Chapter 8: All-optical relay-assisted FSO systems * Chapter 9: Optical spatial diversity for FSO communications * Chapter 10: Analysis of the effects of aperture averaging and beam width on a partially coherent Gaussian beam over free-space optical communication links * Chapter 11: Relaying techniques for free space optical communications * Chapter 12: Experimental test of maximum likelihood thresholds based on Kalman filter estimates in on-off keyed laser communications in atmospheric turbulence * Chapter 13: Signal encryption strategies based on acousto-optic chaos and mitigation of phase turbulence using encrypted chaos propagation * Chapter 14: Distributed sensing with free space optics * Chapter 15: Quantum-based satellite free space optical communication and microwave photonics
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