http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Convergence of Antenna Technologies, Electronics, and AI
"In a rapidly evolving technological landscape, the integration of antenna technologies, electronics, and artificial intelligence (AI) poses a significant challenge: the complexity of these converging domains often surpasses the capacity of traditional educational resources and has been an area of research that is largely understudied. This creates a challenge for researchers attempting to gain a full understanding of the issue, as the lack of cohesive literature that bridges the gaps between these disciplines is significant. Researchers, engineers, and enthusiasts are hampered in their efforts to grasp the full potential of this convergence. Convergence of Antenna Technologies, Electronics, and AI offers a unique perspective to this problem by synthesizing the fundamental principles, cutting-edge advancements, and practical applications of these interconnected domains. This book serves as a comprehensive guide for navigating the complexities of this multidisciplinary frontier. It provides a cohesive framework that not only elucidates the interconnections between antennas, electronics, and AI but also empowers readers to leverage this knowledge in developing transformative innovations."--
Preface -- Chapter 1. Smart Antennas: Revolutionizing Connectivity Through Technology Convergence and AI -- Chapter 2. Smart Antennas and Their Applications -- Chapter 3. Theoretical Analysis of Microstrip Patch and Modeling of Artificial Neural Network -- Chapter 4. Enhancing Connectivity for Remote Monitoring and Management Through IoT Empowerment -- Chapter 5. Applications of PNC in Artificial Intelligence -- Chapter 6. Envisioning the Future: Exploring Revolutionary Trends and Breakthroughs in Massive MIMO for the Future of Wireless Systems -- Chapter 7. Bridging Innovation With Tunnel Field-Effect Transistors: Paving the Way for Advanced Biomedical Devices -- Chapter 8. Artificial Intelligence in Communications -- Chapter 9. Improving the Life of 1070 Al Evaporator Tube Failed by the Pitting/Crevice Corrosion Based on Quantum/Transported Life-Stress and Sample Size -- Chapter 10. Personalized Communication: AI-Driven Solutions for Enhanced Collaboration -- Chapter 11. Design of Smart Antennas and Their Applications: MIMO Antenna for 5G Applications -- Chapter 12. Revolutionizing Healthcare: The Power of Computer Vision Artificial Intelligence -- Chapter 13. Enhancing Wireless Connectivity Through AI-Driven Antenna Technologies -- Chapter 14. Design and Optimization of a CMOS-Based Li-Ion Battery Charger With LDO Regulator -- Chapter 15. Switching Power Supply Boost Converter Using 180 nm CMOS Technology -- Chapter 16. A Voltage-Mode PID-Controlled DC-DC Buck Converter Design for Automotive Applications -- Chapter 17. Designing a DC-DC Buck Converter in CMOS 180nm Technology -- Chapter 18. A Dynamic Enhancement of Full-On Chip CMOS LDO Slew-Rate for Battery-Powered Applications -- Chapter 19. Low Dropout Voltage Regulator With TSMC 0.18æm CMOS Technology for Battery Low-Powered Embedded Systems -- Chapter 20. Analyzing the Performance of a 5G Silo Slotted Dual-Band Antenna Using an Equivalent Circuit Model -- Chapter 21. New Compact Microstrip Rectangular Antenna for 28 GHz IoT Applications -- Chapter 22. Design of a Smart RFID Tags Antenna Using an Inductively Coupled Loop -- Chapter 23. Design of a Very Low Power Temperature Sensor in 65 nm CMOS Technology -- Chapter 24. Design of a Handheld Button Antenna With an Operating Frequency of 60 GHz in the 5G Millimeter Brand -- Chapter 25. Analysis and Design of a Rectangular Microstrip Antenna for RFID Applications -- Chapter 26. Design of a Bandpass Filter Based on Metamaterials -- Compilation of References -- About the Contributors -- Index.
[edited by] Zakia Hammouch, Ouazzani Jamil.
Includes bibliographical references and index.
Advances in computational intelligence and robotics (ACIR) book series