Wireless Channel Measurement and Modeling in Mobile Communication Scenario 1st Edition

Master the science of wireless channel measurement and modeling for modern mobile networks with Wireless Channel Measurement and Modeling in Mobile Communication Scenario (1st Edition) by Ruisi He and Bo Ai. This authoritative guide brings clarity to complex propagation phenomena and equips engineers, researchers, and graduate students with practical tools to design robust mobile systems.

Inside, you’ll find clear explanations of contemporary measurement methodologies, data analysis techniques, and statistical channel models tailored to real-world mobile scenarios — from dense urban streets and indoor hotspots to suburban and highway environments. Coverage includes MIMO behavior, millimeter-wave propagation, small-scale and large-scale fading, delay-Doppler characteristics, and considerations for 5G, V2X, and IoT deployments. Rich case studies and measurement-driven modeling approaches bridge theory and practice, making it easy to translate empirical findings into network planning, simulation, and performance optimization.

This book is ideal for telecom engineers, academic researchers, and network planners seeking reliable, region-aware insights for global deployments. Whether you’re developing baseband algorithms, validating link-level simulations, or planning heterogeneous networks across Asia, Europe, or North America, the methodologies here help reduce uncertainty and accelerate deployment.

Make this essential resource part of your professional library and gain the confidence to measure, model, and predict wireless channel behavior with precision. Add Wireless Channel Measurement and Modeling in Mobile Communication Scenario to your cart today and advance your expertise in next-generation mobile communications.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.