Next Generation Optical Wireless Communication Systems: A Systems Approach

In 2017, the value of the global market for free space optical communication technology was $229.2 million and it is expected to grow at a compound annual growth rate of 34% during the years 2018-2023. North America and Asia-Pacific are ranked successively the two major global markets. The high demand for fast, flexible wireless technology among all industries including reconnaissance, last and first mile connectivity, backhaul and internet of things are major drivers for the expected growth of free space optics. Moreover, security and high-speed wireless communication, as well as the emerging need for higher flexibility modules, are also key factors that enhance the growth of the global free space optics market. All of these factors are the major forces behind this book's investigation of the performance of FSO under severe conditions and environmental impairment, and how FSO systems can be integrated to enhance the next 5G networks revolution. This book provides an in-depth insight of free space optics already applied in military data security as well as in daily data exchange. This system offers several more advantages compared to other technologies such as low cost, mobility equipment's or security. Moreover, this technology has the potential of becoming an integral and indispensable part of data-processing architectures and telecommunications in the very near future. The book also provides a review of the history of wireless optical telecommunications, together with a synopsis of the application of the principles of electromagnetism in free-space optics. FSO Features and applications are also presented together with an overview of the potential challenges. The environmental impairment itself, which is the key challenge, is put under deep scrutiny. Special attention too is given to the possible mitigation solutions to overcome possible impairments.

Dr. Aymen Gatri, born in Tunis, Tunisia, has received his first engineering degree from the University of Wuppertal in Germany and his PhD in Physics, Mathematics and Electrical Engineering with a focus on Optical Wireless Communications from the Northumbria University Newcastle, UK. He has more than 14 years of professional experience in various industries and positions including IT, automotive, defense, raw materials and energy. Dr. Gatri has conducted several research projects at the School of Northumbria Communications Research Lab., Optical Communications and the Bonn Rhein Sieg University of Applied Sciences. His research focus is digital transformation among various industries, in particular how digital transformation is driving 5G, IoT and futuristic Cybersecurity strategies.