7 Cutting-Edge Wireless Networks Books Reshaping 2025

What if everything you knew about UAV communication channels was incomplete? Lu Bai, Ziwei Huang, and Xiang Cheng dive into this niche with a focused examination of propagation characteristics and channel modeling specific to UAVs, a rapidly evolving area within wireless communications. You’ll gain insight into various stochastic models like the time stationary and time non-stationary RS-GBSM, as well as the irregular-shaped geometry-based stochastic model for wideband channels, which are critical for designing efficient UAV communication systems. This book is tailored for professionals and researchers aiming to deepen their understanding of UAV channel behaviors, though its technical depth might challenge casual readers or newcomers to wireless communications.

Drawing from extensive research in wireless communication, Wanqing Guan and Haijun Zhang explore how network slicing technology is transforming future wireless networks. You’ll gain a clear understanding of the foundational concepts and the integration of AI to optimize resource allocation and performance across multi-tenant environments. The book delves into multi-domain slice management, federated infrastructure, and hierarchical orchestration, offering concrete models and applications that address industrial use cases. If you’re involved in wireless system design, network management, or AI-driven communication technologies, this book offers the insights necessary to navigate and apply emerging network slicing paradigms.

This tailored book explores the revolutionary wireless network developments emerging in 2025, focusing on the latest AI-driven innovations transforming connectivity. It covers advancements such as adaptive network management, intelligent spectrum use, and new architectures that redefine wireless communication. By matching your background and interests, this personalized guide delves into cutting-edge research and discoveries that shape the future wireless landscape. The narrative examines how AI integration enhances network performance and security, providing insights into the evolving ecosystem through a lens tailored to your goals. This approach ensures a focused learning experience that keeps you ahead in the rapidly advancing wireless industry.

While working as a cybersecurity consultant, Jason Bourny noticed a gap in resources that blend Python programming with wireless hacking techniques. This book teaches you how to exploit Wi-Fi security protocols like WEP, WPA, and WPA2 using Python scripts, and goes further by covering man-in-the-middle attacks and Bluetooth vulnerabilities. You'll find practical, hands-on projects that help build your skills in automating hacking tasks and understanding emerging wireless threats. If you're aiming to enhance your cybersecurity toolkit with scripting expertise tailored to wireless networks, this book offers clear insights without assuming prior Python knowledge.

During his work in wireless network strategy, Wade Sarver recognized the challenges of selling private wireless solutions that truly meet customer needs rather than pushing specific technologies. This book walks you through how to align sales and presales efforts with end-user requirements, focusing on a customer-centric approach rather than locking into one OEM or technology. You'll gain insights into planning and business development for private wireless networks with an emphasis on delivering complete, end-to-end solutions, particularly relevant in the U.S. market. If your role involves navigating the complexities of private wireless sales or strategy, this handbook offers a grounded framework to help you avoid common pitfalls and better serve your clients.

Theodore S. Rappaport, whose extensive experience in wireless communication research shapes this work, delivers a detailed exploration of modern wireless systems. You’ll find rigorous explanations of foundational technologies such as WLAN, 3G, and Bluetooth, alongside updated insights into 4G and 5G standards. The book’s strength lies in its methodical approach, using over 50 worked examples and 200 industry-based problems to deepen your technical understanding. If you're aiming to grasp both theory and application in wireless communications, this text offers a solid grounding, especially for advanced students and professionals wanting to stay current with emerging mobile satellite and fixed wireless access technologies.

This tailored book explores the forefront of wireless network design with a focus on future-ready systems aligned with 2025 innovations. It covers emerging developments such as AI integration, network slicing, and UAV communications, examining their impact on wireless infrastructures. The content is tailored to match your background and interests, allowing you to dive deep into the latest research and discoveries that matter most to you. Through this personalized journey, you explore how cutting-edge technologies shape network architecture and performance, equipping you to anticipate and address tomorrow’s connectivity challenges with confidence.

Drawing from over 20 years of experience in wireless networking and Cisco systems, Jerome Henry brings a unique depth to this guide tailored for mastering the CCNP Enterprise Wireless exams. You’ll gain detailed knowledge on wireless site surveys, infrastructure design, mobility solutions, and security protocols, with practical tools like quizzes and flashcards to test your grasp on complex topics such as QoS, multicast, and device hardening. This book suits network professionals aiming to deepen hands-on skills for Cisco certification and those wanting a structured study plan enriched by industry insights. Its detailed chapters offer a blend of conceptual frameworks and exam-focused preparation that goes beyond typical certification manuals.

Drawing from their deep expertise in wireless communication, the authors explore how artificial intelligence is reshaping networks beyond 5G. You’ll learn about AI’s integration across diverse facets—from smartphones and radio access networks to edge and core infrastructures—gaining insight into emerging architectures and on-device AI trends. The book unpacks the complexities of AI applications in wireless systems clearly enough for both industry professionals and academics to grasp practical possibilities without getting lost in jargon. If you're invested in understanding how AI will drive future wireless innovations and want a detailed look at the latest B5G developments, this book offers a solid foundation, though it’s best suited to those with some background in the field.