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Full Description
This book explores the utilization of terahertz technology within the realms of microwave and photonics to advance the development of next-generation communication systems.
Terahertz Technology Intervention in Microwave and Photonics for Effective Communication offers a fundamental comprehension of terahertz technology and its significance in reshaping research in microwave and photonics. It delves into various cutting-edge technologies such as the application of metamaterials to harness terahertz capabilities, intersatellite communication, next-generation optical fiber communication, and the utilization of metamaterial absorbers for secure communications. This book also deals the advancements in multi-beam and beamforming terahertz antenna technologies, incorporating multi-user multiple-input multiple-output (MU-MIMO) features. Additionally, it elucidates on the reconfigurable capabilities and the impact of artificial intelligence, machine learning, and deep learning technologies on the evolution of next generation of communication. The book also highlights recent attempts by researchers to utilize terahertz technology in optical domain and discusses terahertz optical sources and detectors, optical communication, leveraging quantum technology for communication technologies, and inter-satellite optical communication.
This book is intended for experts and professionals in fields of computer science, networking, telecommunications, and technology policy.
Contents
Chapter 1 Advancements in Terahertz Antenna for 5G and Beyond Chapter 2 Beamforming and MIMO for Terahertz Technology in Microwave and Photonic Systems Chapter 3 Radar Cross Section Reduction Using Metasurfaces: Methods, Metrics, and Future Scope Chapter 4 AI/ML-Enhanced Inter-Satellite Optical Wireless and Fiber Communication for Intelligent 5G/6G Networks Chapter 5 Millimeter-Wave communication and Terahertz Spectrum for 6G Wireless Network Chapter 6 Terahertz Communication and Its Application in Microwave Chapter 7 A Review on state-of-the-art Implementations in Optically Transparent Antennas Chapter 8 Graphene Based Antennas and Absorbers for Terahertz Applications Chapter 9 Reconfigurable THz MIMO Antenna Based on Graphene: An Overview Chapter 10 A Compact Graphene Antenna for Advanced 6G Communication and Sensing Technologies Chapter 11 Frequency-Tunable Graphene-based THz Devices Chapter 12 Synergizing Terahertz Radiation and Surface Plasmons: Innovations in Filters and Sensing Applications Chapter 13 Exploring NOMA in Satellite and mmWave Photonic Communication for Future Networks Chapter 14 Modulation and Diversity in Co-operative VLC: Trade-offs and Optimizations for System Design
