Terahertz Channel Measurement, Modeling and Security Properties: Fundamentals, Techniques and Applications

This book presents essential topics in terahertz communications, including channel measurement, modeling, and security properties.

Its chapters explore propagation mechanisms, multipath effects, and atmospheric impacts and delve into advanced measurement techniques, such as time-domain and frequency-domain methods. The book also provides insights into environment-specific channel modeling for indoor, outdoor, and aerial scenarios, as well as discussions of security challenges, encryption, and physical-layer safeguards. Real-world case studies highlight applications in 6G integration, wireless sensor networks, and the use of deep learning for performance evaluation.

The book will appeal to researchers, engineers, and students interested in terahertz communication technologies.

Jianjun Ma is a professor at Beijing Institute of Technology. He holds a Ph.D. in Applied Physics from the New Jersey Institute of Technology and Rutgers University-Newark, with postdoctoral experience at Brown University. His research interests span terahertz wireless communication, channel measurement, modeling, and physical-layer security.

Peian Li is a postdoctoral researcher at Beijing Institute of Technology. She holds a Ph.D. in Electronic Information from Beijing Institute of Technology. Her research focuses on terahertz channel measurement and modeling, physical-layer security, terahertz wireless communication, the biological effects of terahertz radiation, and the propagation characteristics of terahertz waves in plasmas.

Wenbo Liu is a Ph.D. candidate at Beijing Institute of Technology. He holds a master’s degree in Electric Vehicle Engineering from Coventry University. His research primarily concentrates on dielectric waveguides in the terahertz range, dynamic terahertz communication systems, and the transmission characteristics of terahertz waves in plasmas.