You can access the distribution details by navigating to My Print Books(POD) > Distribution
The book begins with a broad overview of 6G technology, including the worldwide bodies tasked with 6G standardization, the driving forces behind 6G research, and current advancements in the field. The contents contain distinct chapters on 6G's millimeter-wave and terahertz-wave technologies, the advancement of the most recent 6G antenna technology, and associated wireless communication applications. The book also covers the 6G network layer, including software-defined networking, network function virtualization, and self-organizing networks powered by network slicing. The difficulties and solutions of large 6G IoT networks, 6G cloud/edge computing, and big data systems that might emerge in the near future are some of the final hot study subjects covered.
This text book “Sixth Generation (6G) Mobile Communication” is organized into Six Chapters.
Chapter-1: Fundamentals of 6G Mobile Communications
Chapter-2: Electromagnetic 6G Spectrum
Chapter -3: 6G Wireless Networks
Chapter-4: Network using a Sixth Sense
Chapter -5: Architecture of Sixth Generation of Mobile Communications
Chapter-6: Cyber-Physical world Connectivity for 6G Mobile Communication
Academics and graduate students with an interest in networks and communications are the target audience for this book. Applied mathematicians, statisticians, computer and information scientists, signal processing engineers, and anyone working on RIS research and development will find this book useful. We would like to express our profound appreciation to all of the scientists, engineers, authors, and publishers whose works provided us with guidance, inspiration, and knowledge while we prepared this little book. Any suggestions from instructors and students would be very appreciated so that we may work to improve the textbook in the next version.
Dr. V. K.Sachan
Currently there are no reviews available for this book.
Be the first one to write a review for the book Sixth Generation (6G) Mobile Communication.