7 Game-Changing New Wireless Books for 2025

The research was clear: traditional wireless network management couldn't keep pace with evolving multi-tenant demands, prompting Wanqing Guan and Haijun Zhang to explore network slicing as a transformative solution. They detail how integrating artificial intelligence into network slicing can optimize resource allocation and adapt swiftly to diverse industrial requirements, particularly in federated infrastructure networks. You’ll find specific frameworks for hierarchical slice orchestration and fast adaption techniques that enhance performance and customization. This book suits advanced students and professionals aiming to grasp AI-driven wireless resource management rather than those seeking a basic overview.

Drawing from decades of research and teaching, Theodore S. Rappaport delivers a rigorous yet accessible exploration of wireless communications fundamentals. You’ll find a methodical breakdown of core principles supported by over 50 worked examples and more than 200 problems grounded in real industry contexts, making complex concepts tangible. The book spans foundational technologies like WLAN, 3G, Bluetooth, and advances into recent cellular standards including 4G and 5G, while also touching on emerging areas like mobile satellite and fixed wireless access. If you’re a senior undergraduate or graduate student aiming to build a strong technical base in wireless communications, this book offers a structured pathway through both theory and practical applications.

This tailored book explores the transformative advances in AI-driven wireless networks and beyond 5G technologies expected in 2025. It examines emerging concepts such as intelligent network architectures, advanced spectrum utilization, and the integration of machine learning for enhanced connectivity. With a focus on your interests and background, this personalized guide reveals how these innovations reshape communication landscapes and addresses your specific goals in mastering the latest research and breakthroughs. By matching content to your unique preferences, the book ensures you gain a deep understanding of cutting-edge developments in wireless technology, keeping you at the forefront of this rapidly evolving field.

Jerome Henry’s decades of wireless engineering and teaching experience culminate in this rigorous guide tailored for CCNP Enterprise Wireless exams. You’ll navigate detailed coverage of wireless site surveys, mobility, high availability, security, and QoS, with practical exercises and test prep tools that sharpen both your conceptual understanding and hands-on skills. This book suits network professionals aiming to deepen their expertise or prepare for certification, offering clear insight into Cisco’s wireless infrastructure and advanced topics like multicast and location services. It’s a disciplined resource best for those committed to mastering Cisco’s wireless technologies rather than casual learners.

The latest insights this book brings to wireless communications explore how artificial intelligence reshapes beyond 5G networks. The authors, drawing from their expertise in wireless systems and AI, delve into enabling AI technologies and their architectural integration across devices, radio access networks, and core infrastructure. You’ll learn about on-device AI trends and practical implementations that drive new services and innovations for future wireless networks. This book suits academics, researchers, and professionals aiming to understand AI’s transformative role in next-generation wireless technology without getting lost in overly technical jargon.

After analyzing cutting-edge research and practical engineering challenges, the authors provide a detailed exploration of intelligent surfaces as a pivotal technology for 6G wireless networks. Drawing on their expertise, including pioneering work in the field, they cover fundamentals and advanced applications such as MIMO, terahertz communications, and machine learning integration. You'll gain insights into hardware design, signal processing, and security considerations, equipping you to navigate the evolving landscape of wireless communication. This book suits engineers, researchers, and students aiming to deepen their understanding of next-gen wireless infrastructure and its transformative potential.

This tailored book explores the rapidly evolving world of 6G wireless technology and intelligent surfaces, focusing on the latest discoveries and developments shaping connectivity in 2025. It examines how intelligent surfaces transform wireless propagation, enhances network performance, and integrates with emerging 6G architectures. By aligning with your background and interests, this personalized guide reveals key concepts, recent breakthroughs, and practical implications of these advanced technologies. The book’s tailored content ensures you engage deeply with topics that match your specific goals, providing an insightful learning experience that keeps you ahead in this dynamic field.

What if everything you knew about wireless security was incomplete? DongFeng Fang, Yi Qian, and Rose Qingyang Hu, all seasoned engineers, unpack the nuanced challenges of 5G network security and privacy with precision. You’ll explore topics from physical layer protections to cryptographic strategies, gaining detailed insights into how 5G supports smart cities, industrial automation, and vehicle communications securely. The book dives deep into the evolution from 1G through 4G, offering you a clear view of what makes 5G distinct in its vulnerabilities and defenses. If you're involved in cybersecurity or network engineering, this text sharpens your understanding of real-world 5G risks and solutions.

When Yulong Shen, Yuanyu Zhang, and Xiaohong Jiang explored physical layer security (PLS), they uncovered new ways to safeguard wireless networks beyond traditional encryption. This book delves into preventing eavesdropping through secrecy techniques like beamforming in MIMO systems, concealing transmissions to avoid detection by malicious wardens, and authenticating communication identities using unique channel and radiometric features. You’ll gain a solid grasp of advanced PLS methods applied to diverse wireless scenarios, including secure routing strategies. If you’re involved in wireless communications research or advanced electronic engineering studies, this book offers focused insights into enhancing system security at the physical layer.