دانلود کتاب مبانی، فناوری‌ها و کاربردهای شبکه 6G با قابلیت اتصال به لبه

The upcoming Sixth Generation (6G) of Communication Networks paradigm is expected to address the limitations of current network infrastructures. A defining characteristic of 6G will be its seamless integration of diverse network types, supported by intelligent decision making capabilities embedded across every layer of the protocol stack. As a result, 6G will place unprecedented emphasis on the network “edge.” The convergence of edge, fog, and cloud computing with 6G wireless systems will be essential for achieving ultra-fast, highly reliable communication and for enabling a wide range of emerging applications and use cases. A comprehensive overview of edge-enabled 6G networking, including its foundations, architectures, applications, and algorithms will serve to address the growing interest among the research community and demand for this technology. Given the rapidly growing interest in this field, a comprehensive overview of edge-enabled 6G networking—covering its foundational concepts, architectures, applications, and underlying algorithms—will be invaluable to researchers and practitioners preparing for this next generation of wireless technology. The book Edge-Enabled 6G Networking: Foundations, Technologies, and Applications distinguishes itself from existing literature through its unique and timely emphasis on the convergence of edge computing and 6G communication technologies. While several books address edge computing and a few of them focus specifically on 6G, there is a notable lack of resources that bridge these two rapidly evolving domains. This book _ills that gap by examining the latest advancements, opportunities, and challenges associated with integrating edge intelligence into 6G networks. It provides an in-depth exploration of how edge-enabled architectures, protocols, and algorithms can transform next-generation wireless systems, offering readers a holistic view of the emerging 6G ecosystem. By thoroughly covering the foundational principles, enabling technologies, and practical applications of edge-assisted 6G, this book serves as an essential and forward-looking reference for researchers, industry professionals, and students navigating the complexities of future communication networks. Key strengths of this book include: (a) Foundational coverage of 6G technologies, including detailed discussion and modeling of previously unused communication bands that will play a critical role in 6G. (b) A comprehensive treatment of AI-native network design, which is central to supporting scalable, distributed services across future 6G infrastructures. (c) An in-depth exploration of edge-enabled architecture and their potential to address major challenges associated with delivering diverse 6G services, ranging from healthcare, nano-networks, intelligent sensing, and cyber-physical systems, broadening the scope beyond conventional wireless networking. (d) Insightful coverage of satellite and non-terrestrial network integration—a transformative feature of 6G—highlighting its role in enabling truly global, ubiquitous connectivity. The concepts discussed in (a) will be of interest to beginner researchers such as UG/PG students for gaining introductory knowledge and overview of various aspects of the Edge-enabled 6G scenarios. On the other hand, (b), (c), and (d) will be suitable for Ph.D. scholars, researchers, and practitioners from academia and industry alike. The editors of this book—Tamoghna Ojha, Md Muzakkir Hussain, Samaresh Bera, Nurzaman Ahmed, and Sudip Misra—are internationally recognized researchers with extensive contributions to the field. They have published widely in leading journals and conferences, including IEEE Transactions on Mobile Computing, IEEE Transactions on Sustainable Computing, IEEE Journal on Selected Areas in Communications, IEEE Internet of Things Journal, IEEE Systems Journal, and IEEE Sensors Journal, among others. Together the editors received multiple best paper awards in reputed international conferences, and held multiple prestigious international awards including Fellow of IEEE/ACM/INAE, IEEE Senior Membership, ERCIM Fellowship, and IEEE Richard E. Merwin Student Scholarship. In closing, I would like to emphasize that this book is poised to be a valuable resource for students, researchers, and practitioners alike. Authored by respected experts in the field, it offers a well-balanced blend of theoretical foundations and practical applications, all presented in a clear and accessible manner. I am confident that readers will find this book both insightful and enjoyable.