UAV Communications for 5G and Beyond

Understanding UAV Communications for 5G and Beyond

This edited volume brings together leading researchers to explore how unmanned aerial vehicles are reshaping next-generation wireless networks. Covering everything from propagation fundamentals to advanced mmWave and massive MIMO techniques, the chapters build a practical understanding of both cellular-connected UAVs and UAV-assisted communications.

The book moves from the physics of air-to-ground channels through detection, standardization, and system-level design. Rather than treating drones as an afterthought, the contributors examine how their unique mobility, altitude, and line-of-sight characteristics create new opportunities—and new engineering challenges—for 5G, LTE, and emerging 6G research.

Key Topics Covered

• Air-to-ground propagation modeling and channel characterization
• RF-based UAV detection and identification
• Performance analysis for cellular-connected UAVs
• 3GPP standardization for aerial user equipment
• Massive MIMO and millimeter wave communications for UAVs
• Stochastic geometry and network performance analysis
• UAV placement, trajectory optimization, and energy-efficient design

Who Should Read This Book

Wireless researchers, graduate students, and practicing engineers working on 5G, drones, or next-generation networks will find this collection valuable. The material ranges from accessible surveys to detailed mathematical models, making it suitable both as an introduction to UAV communications and as a reference for specialists.

Each chapter is written by recognized experts and grounded in the latest research, with extensive references that point the way to deeper study.

Why This Book Matters

As UAVs move from hobbyist devices to critical infrastructure for delivery, inspection, and connectivity, reliable communication becomes essential. This book addresses that shift head-on, offering a coherent view of how drones can be safely and efficiently integrated into existing and future cellular ecosystems.