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Design and Analysis of Green and Sustainable IoT Technologies for Future Wireless Communications explores innovative approaches to developing eco-friendly Internet of Things solutions, focusing on energy efficiency and minimizing environmental impact. The book gathers insights from experts in wireless communications, signal processing, and antenna design, offering a comprehensive overview of advanced techniques for creating sustainable IoT devices. By examining the intersection of technology and sustainability, this resource lays a vital foundation for future progress, addressing the growing demand for connected devices while emphasizing the importance of reducing carbon emissions in alignment with global climate goals. The book also examines the challenges and solutions for integrating IoT into smart cities, factories, homes, and healthcare systems. It discusses the need to efficiently manage multiple wireless spectrum bands, such as Sub-6 GHz, millimeter-wave, and Terahertz technologies, for seamless multi-access environments. Furthermore, the book underscores the significance of maintaining net zero carbon emissions as IoT expands, aligning technological advancements with the objectives set by COP26.
1. Introduction to Green IoT Devices 2. Designing an end-to-end sustainable IoT network: a comprehensive guideline 3. Sustainable hardware and software design challenges for Green IoT devices 4. Role of non-terrestrial networks in achieving sustainability in IoT devices 5. Secure and privacy-aware solutions for sustainable IoT 6. Achieving the sustainability in IoT network using software defined radios and virtualization 7. Energy and spectrum efficient DRL-based algorithms to support sustainable IoT devices 8. Optimizing techniques to support the development of Green Internet of Things 9. Role of artificial intelligence in supporting the development of Green Internet of Things 10. Road ahead for Green IoT technologies
