This book provides a comprehensive exploration of current theoretical research at the intersection of green technologies, computational intelligence, and sustainable systems design. This book delves into foundational insights, formal models, algorithmic developments, and simulation-based methodologies crucial for understanding intelligent, energy-efficient infrastructures. It covers advances in renewable energy modeling, artificial intelligence for green Internet of Things (IoT), green communication systems, and mathematical modeling within sustainability-driven frameworks. With a computational and systems-oriented perspective, contributors offer detailed examinations of principles enabling next-generation green technology design. Aimed at researchers, academics, and graduate students, this book provides deep insights into theoretical foundations and computational methodologies driving innovation in green and sustainable technologies.

This book provides a comprehensive exploration of current theoretical research at the intersection of green technologies, computational intelligence, and sustainable systems design. This book delves into foundational insights, formal models, algorithmic developments, and simulation-based methodologies crucial for understanding intelligent, energy-efficient infrastructures. It covers advances in renewable energy modeling, artificial intelligence for green Internet of Things (IoT), green communication systems, and mathematical modeling within sustainability-driven frameworks. With a computational and systems-oriented perspective, contributors offer detailed examinations of principles enabling next-generation green technology design. Aimed at researchers, academics, and graduate students, this book provides deep insights into theoretical foundations and computational methodologies driving innovation in green and sustainable technologies.

This book provides a comprehensive exploration of current theoretical research at the intersection of green technologies, computational intelligence, and sustainable systems design. This book delves into foundational insights, formal models, algorithmic developments, and simulation-based methodologies crucial for understanding intelligent, energy-efficient infrastructures. It covers advances in renewable energy modeling, artificial intelligence for green Internet of Things (IoT), green communication systems, and mathematical modeling within sustainability-driven frameworks. With a computational and systems-oriented perspective, contributors offer detailed examinations of principles enabling next-generation green technology design. Aimed at researchers, academics, and graduate students, this book provides deep insights into theoretical foundations and computational methodologies driving innovation in green and sustainable technologies.