Le Nguyen Binh, B.Eng (Electron. Eng., Hons) and a Ph.D., and a Dr. Eng. (Integrated Photonics and Optical Communications Engineering). He was recently Fellow at Mynaric Laser Communications GmbH, Gilching, Bavaria, Germany and R&D Director of Huawei Technologies European Research Center in Munich, Deutschland. He was awarded five Huawei Technologies Gold Medals for his work on advanced optical/photonics communication technologies. He was previously the chair of Commission D (Electronics and Photonics) of the National Committee for Radio Sciences of the Australian Academy of Sciences and a professorial fellow at Nanyang Technological University, Christian‑Albrechts‑Universität zu Kiel, and Reader/Professor of Monash University, Australia. Widely published, Dr. Binh is the series editor of Optics and Photonics for CRC Press.

• Chapter 1 Guided-Wave and Space TechnologiesChapter 2 Space Atmospheric Signal Propagation and Effects on System PerformanceChapter 3 Digital Binary Photonic Modulation for SPCChapter 4 Multi-Level Complex Photonic ModulationChapter 5 DSP-Based Optical Coherent Receiver for SPC: Physical Chapter 6 DSP-Based Optical Coherent Receiver for SPC: Processing and SPC Systems PerformanceChapter 7 Optical Amplifiers and Routers for Space Photonic TransmissionChapter 8 Nonlinear Effects in SPC for DWDM Channel TransmissionChapter 9 SPC Power-Limited Quantum TransmissionChapter 10 SPC-Equivalent System Transmission PerformanceChapter 11 Appendices 1 to 2: Optical Modulators, Integrated LasersChapter 12 Appendices 3 to 7: Fibre and Integrated Waveguides, EDFA Simulation, and ITU Grids

Le Nguyen Binh, B.Eng (Electron. Eng., Hons) and a Ph.D., and a Dr. Eng. (Integrated Photonics and Optical Communications Engineering). He was recently Fellow at Mynaric Laser Communications GmbH, Gilching, Bavaria, Germany and R&D Director of Huawei Technologies European Research Center in Munich, Deutschland. He was awarded five Huawei Technologies Gold Medals for his work on advanced optical/photonics communication technologies. He was previously the chair of Commission D (Electronics and Photonics) of the National Committee for Radio Sciences of the Australian Academy of Sciences and a professorial fellow at Nanyang Technological University, Christian‑Albrechts‑Universität zu Kiel, and Reader/Professor of Monash University, Australia. Widely published, Dr. Binh is the series editor of Optics and Photonics for CRC Press.

• Chapter 1 Guided-Wave and Space TechnologiesChapter 2 Space Atmospheric Signal Propagation and Effects on System PerformanceChapter 3 Digital Binary Photonic Modulation for SPCChapter 4 Multi-Level Complex Photonic ModulationChapter 5 DSP-Based Optical Coherent Receiver for SPC: Physical Chapter 6 DSP-Based Optical Coherent Receiver for SPC: Processing and SPC Systems PerformanceChapter 7 Optical Amplifiers and Routers for Space Photonic TransmissionChapter 8 Nonlinear Effects in SPC for DWDM Channel TransmissionChapter 9 SPC Power-Limited Quantum TransmissionChapter 10 SPC-Equivalent System Transmission PerformanceChapter 11 Appendices 1 to 2: Optical Modulators, Integrated LasersChapter 12 Appendices 3 to 7: Fibre and Integrated Waveguides, EDFA Simulation, and ITU Grids

Le Nguyen Binh, B.Eng (Electron. Eng., Hons) and a Ph.D., and a Dr. Eng. (Integrated Photonics and Optical Communications Engineering). He was recently Fellow at Mynaric Laser Communications GmbH, Gilching, Bavaria, Germany and R&D Director of Huawei Technologies European Research Center in Munich, Deutschland. He was awarded five Huawei Technologies Gold Medals for his work on advanced optical/photonics communication technologies. He was previously the chair of Commission D (Electronics and Photonics) of the National Committee for Radio Sciences of the Australian Academy of Sciences and a professorial fellow at Nanyang Technological University, Christian‑Albrechts‑Universität zu Kiel, and Reader/Professor of Monash University, Australia. Widely published, Dr. Binh is the series editor of Optics and Photonics for CRC Press.

• Chapter 1 Guided-Wave and Space TechnologiesChapter 2 Space Atmospheric Signal Propagation and Effects on System PerformanceChapter 3 Digital Binary Photonic Modulation for SPCChapter 4 Multi-Level Complex Photonic ModulationChapter 5 DSP-Based Optical Coherent Receiver for SPC: Physical Chapter 6 DSP-Based Optical Coherent Receiver for SPC: Processing and SPC Systems PerformanceChapter 7 Optical Amplifiers and Routers for Space Photonic TransmissionChapter 8 Nonlinear Effects in SPC for DWDM Channel TransmissionChapter 9 SPC Power-Limited Quantum TransmissionChapter 10 SPC-Equivalent System Transmission PerformanceChapter 11 Appendices 1 to 2: Optical Modulators, Integrated LasersChapter 12 Appendices 3 to 7: Fibre and Integrated Waveguides, EDFA Simulation, and ITU Grids