In an era defined by rapid technological advancements, the proliferation of wireless technology stands as a beacon of innovation, revolutionizing how we interact with the world around us. From smart homes to connected cities, from wearable devices to industrial automation, the transformative potential of wireless technology knows no bounds. Presenting a collection of cutting-edge research, thought-provoking analyses, and practical applications that illuminate the multifaceted nature of wireless technology and its transformative impact on society, this volume delves into a diverse array of topics, that span the realms of antenna design, signal processing, network protocols, security, and beyond. It explores the intricacies of wireless communication systems by shedding light on emerging technologies such as 5G, mm-Wave, and IoT, and considers their implications for industries that range from healthcare and transportation to agriculture and manufacturing. The volume also examines the challenges and opportunities inherent in the deployment of wireless networks, addressing issues of scalability, interoperability, privacy, and security in an increasingly interconnected world.
Table of Contents:
1. RF Energy Harvesting Systems 2. Design and Analysis of Fractal Array Antenna for 5G MM Wave - FR2 Bands and Wireless Applications 3. Wearable Antenna for Biomedical Applications: A Comprehensive Design and Analysis Study 4. Design of a Hybrid Bio-Inspired Model Energy Harvesting Networks 5. Design of Notch and Slot Loaded Rectangular Microstrip Patch Antenna for IoT/ISM/WLAN Applications in S-Band 6. Design of Slotted Hammer Type Stretchable Antenna for IoT Applications 7. 5G Communication and IoT 8. Design and Optimization of 2-Port MIMO Antennas with Reduced Mutual Coupling Using Genetic Algorithm 9. Analysis and Study of 5G mm Wave MIMO Antenna Array 10.Design of Multiband Antenna Using Flexible Substrate for Wireless and Sub-5G Applications 11. Design and Fabrication of Square-Shaped Slot-Cut Microstrip Patch Antenna for IoT Applications
About the Author :
Rajesh Kumar Dwivedi, PhD, is Director of the College Development Council at Chhatrapati Shahu Ji Maharaj University, India. A researcher and professor of physics with 36 years of experience, he has published research papers and has supervised many PhD, MPhil, and master's dissertations. His research areas are laser plasmas, laser ablation deposition of thin films and their characterization, photofragmentation of supersonic fullerene beams, nanoparticles synthesis and antenna design for wireless communication, etc.
Vinod Kumar Singh, PhD, is a Professor and Dean (R&D) at the S. R. Group of Institutions, India. He has over 20 years of experience in the field of electrical and electronics engineering. He has been working as a Coordinator of the National Program on Technology Enhanced Learning, IIT Kanpur, and also as a nodal coordinator of Virtual Labs at the Institute of Technology Roorkee, India. Dr. Singh has published research papers, edited books, and reference books. He has delivered and organized many expert lectures, seminars, and workshops and has chaired sessions at international conferences as well. He is a reviewer for many renowned journals.
Raghav Dwivedi, PhD, is an Assistant Professor of Electronics and Communication Engineering at the Pranveer Singh Institute of Technology, India. Dr. Dwivedi has demonstrated his expertise through numerous publications and patents in his field. His research focuses on advancing the field of antenna design, VLSI, etc. Dr. Dwivedi's multidisciplinary approach and collaborative mindset have earned him recognition among peers and mentors alike, positioning him as a promising leader in the realm of advanced technology.
