The development of reconfigurable intelligent surfaces (RIS) marks a groundbreaking step in the evolution of wireless communication, particularly as we move toward the 6G era. RIS technology has the potential to enhance connectivity, speed, and efficiency by dynamically shaping wireless environments to optimize signal transmission and reception. This innovation promises to address critical challenges in 6G, driving a new paradigm in communication networks. However, the implementation of RIS requires overcoming significant technical, practical, and regulatory hurdles. By enabling smarter, more adaptive networks, RIS technology could revolutionize how societies connect and communicate in the future.
Applications and Challenges of Reconfigurable Intelligent Surfaces in 6G provides comprehensive knowledge and understanding of RIS in the context of 6G communication networks. It explores the challenges associated with integrating RIS into 6G networks, such as design considerations, implementation issues, and performance optimization. Covering topics such as hardware implementation, backscatter communication, and bio-inspired optimization, this book is an excellent resource for network developers, computer engineers, professionals, researchers, scholars, academicians, and more.