Optimizing NextGen Communication Networks with Decision Analytics 2 (Hardcover)

Optimizing NextGen Communication Networks with Decision Analytics 2 examines the convergence of advanced communication networks, artificial intelligence (AI), data analytics and human-centered design. It explores how intelligent decision-making can optimize network performance, strengthen cybersecurity, support sustainable digital infrastructures and enhance user experiences. Covering topics such as AI-driven communication systems, IoT, edge and cloud computing, smart cities, Industry 5.0, digital twins and data governance, this book presents innovative methodologies, practical applications and emerging research. It also emphasizes the development of resilient, inclusive and ethically responsible digital ecosystems that balance technological progress with societal needs.

Bringing together contributions from researchers and industry practitioners, this book serves as a valuable resource for academics, engineers, policymakers and technology leaders seeking insights into intelligent communication networks and data-driven innovation.

Devasis Pradhan is the Assistant Director of Research at Acharya Institutes, and the Dean of Research at the Acharya Institute of Technology, Bangalore, India. His research specializes in AI, communication networks, computational intelligence, data analytics and emerging digital technologies.

Hla Myo Tun is the Rector of Yangon Technological University, Myanmar. His research specializes in intelligent systems, engineering technologies, data analytics and next-generation communication infrastructures.

David Banjerdpongchai is a Professor at Chulalongkorn University, Thailand. His research specializes in advanced computing, AI, smart technologies and interdisciplinary engineering applications.

Prasenjit Chatterjee is a Professor and Dean (Research and Consultancy) at MCKV Institute of Engineering, India. His expertise specializes in decision analytics, sustainable systems, operations management and AI-driven engineering innovation.