Optical Modulation

Le Binh was educated in Vietnam with Baccalaureate Parts I and II and awarded the Colombo Plan Scholarship of the Australian Government to undertake his university education in Australia. He received the degrees of B.E.(Hons) and PhD in Electronic Engineering and Integrated Photonics in 1975 and 1979 respectively, both from the University of Western Australia, Nedlands, Western Australia. He joined the Department of Electrical Engineering of Monash University after a three years period with CSIRO as a research engineer developing the first micro-computer systems for massive data computing and storage. He was appointed Reader in 1995. He has works on several world class programmes as principal research engineer with the Department of Optical Communications of Siemens AG Central Research Laboratories in Munich and with the Advanced Technology Centre of Nortel Networks in Harlow, U.K. While under his leadership the research group pioneered the most advanced technological development in the fields of optical communications and integrated photonics.Le Binh has an outstanding research record and has contributed significantly to the fields of integrated optics, optical communications systems and networks, and photonic signal processing. He has authored and co-authored more than 300 papers in leading journals and refereed conferences and published ten books in the field of photonic signal processing and digital optical communications, all by CRC Press (a Taylor & Francis Company)]. Dr Binh is a certified member of Institution of Engineers and Technologist (UK). He has served on technical programs committee of numerous international conferences, a member of the Advisory Board of, numerous research grant applications of several global research bodies. He has been appointed as the member of the Editorial Board of Open Optics Journal.Over the years he has developed the foundation courses of optical communications, photonic signal processing and has taug

• 1. Introduction Section I 2. Direct Modulation of Laser and Optical Injection Locking Sources 3. Binary Digital Optical Modulation Section II 4. Guided-Wave Photonic Transmitters: External Modulation and Formats 5. Binary and Multi-Level Complex Signal Optical Modulation 6. Incoherent and Coherent Optical Receivers 7. Coherent Optical Receiver 8. Multi-Carrier OFDM Optical Modulation 9. Modulation for Short-Reach Access Optical Transmission 10. Pulse Shaping Modulation and Superchannels Section III 11. Single Mode Planar Optical Waveguide 12. Graded-Index Integrated Modulators 13. 3D Integrated Optical Waveguides for Modulators 14. Optical Fibers: Geometrical and Lightwaves Guiding Properties 15. Introduction to Design of Optical Transmission Systems

"The book is … comprehensive, covering the most important aspects of the modern optical communication technologies supporting the big data era."— Bangning Mao, China Jiliang University, Hangzhou, China"’This book is an excellent contribution, provides an in-depth description of the topic(s), from science fundamentals to the technology state of the art, and thus covers an ultra-broad area of audience, from student and academics to engineers and industry experts. Emerging from his long-year, multidisciplinary experience in academia, research and high level industrial environment, the author has an outstanding ability to present scientific topics, combining different perspectives, and targeting to a wide area of technology experts, but keeping the accuracy and the completeness needed in an academic book."— Spiros Mikroulis, Huawei, European Research Center, Munich, Germany