By (author): Prutha P. Kulkarni

Copyright: 2023
Pages: 307
ISBN: 9781630819934

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Description

This book provides a comprehensive overview of the latest trends in Internet of Things (IoT) antenna design. IoT is a rapidly growing network of interconnected devices that can collect and exchange data. This data can be used to improve efficiency, safety, and productivity in many applications, including smart cities, grids, industrial internet, computer security, etc. One of the main components of the IoT is the antenna. Antennas are responsible for transmitting and receiving the data that flows between IoT devices. To be effective, IoT antennas must be small, light, and easy to integrate into devices. They must also be able to operate in various environments, including those with elevated interference levels. This resource covers a wide range of topics, including the challenges and opportunities involved in designing antennas for IoT applications and the importance of miniaturization in IoT antenna design. A comprehensive list of references is included, making it a valuable resource for further study. This is an essential resource for engineers, researchers, and anyone who wants to learn more about the latest trends in IoT antenna design.

Table Of Contents

1.0 Introduction
1.1 Antenna application areas in IoT
1.2 Sensors and Antennas
1.3 IoT in Action
1.4 Industrial IoT
1.5 Antenna Parameters
1.6 Antennas used in IoT devices
1.7 The Complexity of the Issue
1.8 Ways antenna is deceiving you
1.9 The Intended Use Is With a Different Electronics Unit
1.10 Variation in Regulations and Directionality
1.11 Additional Issue: The Wrong Plug-In
1.12 Conclusion

 

2.0 Industry 4.0
2.1 Introduction
2.2 Antenna Technologies in near future
2.3 Antennas suited for Industry 4.0
2.4 Metamaterial based antennas
2.5 Terahertz antennas for IoT
2.6 Fractal Antennas
2.7 Plasma Antennas
2.8 Reconfigurable antennas
2.9 GAP Waveguide
2.10 Details of few new antennas with MIMO capabilities for IoT applications
2.11 Conclusion

 

3.0 RF and Microwave Aspects of IoT
3.1 Introduction
3.2 Importance of RF and microwave technologies in IoT
3.3 Scope of RF technology in Internet of Things
3.4 RF fundamentals for Internet of Things
3.5 What is RF in IoT?
3.6 Transforming IoT with 5G RF
3.7 5G RF Use Cases in IoT
3.8 RF product recommendations of IoT
3.9 Conclusion

 

4.0 Basics of Antennas in IoT
4.1 Introduction
4.2 Design of Antennas
4.3 Conclusion

 

5.0 Antenna Measurement Systems
5.1 Introduction
5.2 Equipment Needed for Antenna Measurements
5.3 Measurement Location Important!
5.4 Ranges in Free Space (Anechoic Chambers)
5.5 Directivity and effectiveness
5.6 Impedance Measurements
5.7 Isolation Measurements
5.8 Scale Model Measurements
5.9 Specific Absorption Rate (SAR)
5.10 SAR measurement
5.11 Conclusion

 

6.0 Miniaturization technologies
6.1 Introduction
6.2 Practicalities in Miniaturization
6.3 Metamaterials-based Miniaturization
6.4 Wearable Antennas
6.5 Conformal Antennas
6.6 Conclusion

 

7.0 IoT in Smart Cities
7.1 Introduction
7.2 Why smart cities are necessary?
7.3 How smart cities operate
7.4 Smart city sustainability promotion
7.5 Challenges and concerns with smart cities
7.6 Who and how use data from smart cities?
7.7 The Role of Smartphones in IoT-Enabled Smart Cities
7.8 Practical aspect of smart city and its components in the Internet of Things era
7.9 Future IoT Use Cases
7.10 IoT sensors
7.11 Examples of IoT and Sensor integration in smart city
7.12 Sensor Integration for IoT
7.13 Future Trends for IoT in Smart Cities
7.14 Internet of Things Benefits and Drawbacks for Smart Cities
7.15 IoT and Cloud Computing in Smart Cities
7.16 Conclusion

 

8.0 IoT in Wireless Communication
8.1 Introduction
8.2 IoT definitions in Wireless
8.3 IoT architecture
8.4 IoT and wireless communication compatibility
8.5 IoT communication and networking protocol development challenges.
8.6 Conclusion

 

9.0 IoT in Surviellance & Security
9.1 Introduction
9.2 The IoT Security Framework: An Overview
9.3 Threats to IoT Security and Solutions
9.4 IoT Security Guidelines
9.5 Enterprise IoT Security in North America: Current Situation
9.6 Viewing IoT Surveillance's Future
9.7 Future obstacles for IoT video surveillance
9.8 Why are IoT security solutions necessary for today's networks?
9.9 How should we handle data privacy?
9.10 Conclusion

 

10.0 Reliability and Security Challenges
10.1 Introduction
10.2 Unavoidable encounters
10.3 Standings and situations
10.4 Research Concerns
10.5 Stable Foundations Upon Which to Construct
10.6 Device dependability
10.7 The dependability of networks and communication systems
10.8 Availability and dependability at the application level
10.9 Finding efficient solutions to ensure the dependability of IoT systems
10.10 The significance of protecting connected devices
10.11 The most effective strategies for ensuring the safety of Internet of Things systems
10.12 Conclusion

 

11.0 Future Scope and Conclusion
11.1 Antennas 3D-printing technology
11.2 The New Trend Is to Get Antennas That Are Much Smaller: Miniaturization
11.3 Future Antenna Technology
11.4 Conclusion

Author

  • Prutha P. Kulkarni

    is an accomplished Assistant Professor in the field of antennas and metamaterials for IoT applications. She completed her Ph.D. in Information and Communication Engineering, specializing in the Miniaturization of LP and CP Antennas from Anna University in Chennai in 2023. She completed her M.E. in Electronics and Telecommunication from Pune Institute of Computer Technology in 2013, and her B.E. in Electronics and Telecommunication from Vishwakarma Institute of Information Technology in Pune, Maharashtra, India in 2008. Her research focuses on the design of metamaterial-inspired antennas, miniaturized antennas for GPS, CubeSat, and IoT applications, and 5G technology. She has published numerous papers in well-regarded journals and international conferences and is a respected reviewer for IEEE. She is a proud member of the IEEE Antennas and Propagation Society (AP-S) and Microwave Theory and Techniques Society (MTT-S), and has received several awards for her research, including the "International Best Researcher Award" at the ISSN International Research Awards and Congress (IIRAC 2023) in the RF and Microwave Domain.