Explores the future of hyperconnected systems through the convergence of 6G and IoT
Synergies of 6G and IoT explores the unprecedented opportunities that arise when next-generation wireless networks meet the Internet of Things (IoT). An in-depth investigation of two transformative technologies reshaping our digital landscape, this timely volume addresses the urgent need to understand how 6Gs ultra-fast, low-latency networks will enable the next evolution of the Internet of Things.
Drawing on case studies, real-world applications, and research insights, Synergies of 6G and IoT not only outlines the technological underpinnings of 6G-IoT integration, but also discusses the broader societal and industrial implications. Contributions by an interdisciplinary panel of experts examine how technologies such as terahertz communication, edge intelligence, reconfigurable intelligent surfaces, and non-terrestrial networks are driving innovation across sectors ranging from smart cities to precision healthcare.
Bridging next-generation connectivity and intelligent systems for a fully integrated, hyperconnected future, Synergies of 6G and IoT:
Addresses the convergence of 6G and IoT through interdisciplinary frameworks across telecommunications, computer science, and engineering Highlights various applications in smart cities, precision healthcare, intelligent transportation, and automated manufacturing Features emerging scenarios demonstrating 6G-IoT integration in both industrial and societal contexts Analyzes edge computing, AI-driven automation, and sustainable network infrastructure in the context of 6G IoT ecosystems Provides a future-facing perspective on security, privacy, and quantum-enhanced technologies within massive IoT environments Offers practical models and conceptual frameworks to support system design and policy development for connected infrastructures
Synergies of 6G and IoT is ideal for undergraduates and postgraduates studying IoT, 6G technologies, and computer science, particularly in advanced courses on wireless communication systems and emerging network technologies within engineering and computing programs. It also serves as an up-to-date reference for doctoral researchers, postdoctoral fellows, and industry professionals working in telecommunications, smart systems, and digital infrastructure development.
About the Editor xix
List of Contributors xxi
Preface xxv
1 Introduction to 6G and IoT 1
Sridevi Sridhar, Thilagavathi Narayanamoorthi, Akila Krishna Moorthy,
Durgadevi Palani, and Priyatharshini Rajaram
1.1 Introduction 1
1.2 Empowering IoT with 6G 11
1.3 Next-Gen IoT Paradigms 12
1.4 Research Advances and Applications 17
1.5 Conclusion 19
2 Foundations of 6G and IoT: Technologies, Challenges, and Future Directions
23
B. Navaneethi, A. Priyadharshini, and Saju Mathew
2.1 Introduction 23
2.2 Evolution of Mobile Networks (1G to 6G) 24
2.3 6G Network Architecture for IoT 28
2.4 Conclusion 52
3 Green and Intelligent IoT in 6G Era: Machine Learning for Sustainable
Smart Cities 57
Priyanka Datta, Neha Garg, Amitesh Aggarwal, Amanpreet Kaur, and Yonis
Gulzar
3.1 Introduction 57
3.2 IoT Data Characteristics 61
3.3 Data Challenges 62
3.4 Data Preprocessing Techniques 63
3.5 Machine Learning Techniques for IoT 64
3.6 Case Studies 69
3.7 Challenges and Future Directions 75
3.8 Conclusion 78
4 Synergies of 6G and IoT 83
Harpreet Kaur, Kritika, Jasmine, and Vanshika Gupta
4.1 6G Technology Foundations 83
4.2 IoT Evolution and its Integration with 6G 87
4.3 Network Architecture and Management 92
4.4 Key Use Cases of 6G-IoT Synergy 97
4.5 Threat Landscape in 6G-IoT 101
4.6 Economic, Market, and Ecosystem Insights 102
4.7 Societal Impacts and Ethical Considerations 104
4.8 Conclusion 104
5 Societal Implications of Synergizing 6G and IoT 109
V. Vidhya
5.1 Introduction 109
5.2 Bridging the Digital Divide 110
5.3 Transforming Healthcare Delivery 111
5.4 Revolutionizing Education and Learning 112
5.5 Smart Cities and Urban Development 113
5.6 Workforce Evolution and Employment 114
5.7 Environmental Sustainability and Climate Action 115
5.8 Smart Cities and Infrastructure: The 6G-IoT Revolution 116
5.9 Agricultural Innovation and Rural Empowerment Through 6G-IoT Integration
120
5.10 Environmental Sustainability and Ecosystem Monitoring 122
5.11 Ethical and Privacy Considerations 123
5.12 Conclusion and Future Directions 124
6 Enabling Technologies in 6G for VIoT and Autonomous Driving 127
Ishan Kumar
6.1 Introduction 127
6.2 Literature Review 128
6.3 Methodology 129
6.4 Characteristics of 6G Networks for Vehicular Communication 130
6.5 Edge Computing and Fog Computing for Vehicular Applications 134
6.6 Conclusion 139
7 Trends and Forecasts in 6G and IoT 143
Betshrine R. Jibinsingh and Leema Nelson
7.1 Introduction: The Dawn of Pervasive Interconnectivity 143
7.2 Peering into the Future: Innovations on the Technological Horizon 151
7.3 Actively Shaping the Future: Strategies and Policies for a Connected
World 155
7.4 Conclusion: Embracing a Hyper-connected, Intelligent Future 159
8 Advancing Connectivity: The Role of Satellite IoT in 6G Networks 163
Garima Chopra
8.1 Introduction 163
8.2 Hybrid Network Architectures for Seamless Connectivity 167
8.3 6G Connectivity Solutions for Remote and Rural Areas 173
8.4 Future Research Directions 177
8.5 Conclusion 178
9 Emerging IoT Scenarios Enhanced by Machine Learning in 6G 181
Renu Popli, Deepanshi Batra, Rajeev Kumar, and Ashutosh Sharma
9.1 Introduction 181
9.2 Emerging IoT Scenarios Enhanced by Machine Learning in 6G 182
9.3 AI/ML Approaches for 6G Networks 183
9.4 Smart Cities and Urban Infrastructure 186
9.5 Healthcare and Telemedicine 188
9.6 Industrial Automation and Smart Factories 190
9.7 Agricultural Applications and Food Production 191
9.8 Extended Reality and Digital Twins 194
9.9 Challenges and Future Research Directions 195
9.10 Conclusion 197
10 Cybersecurity and Privacy in 6G-IoT Ecosystems 201
Aman Jandwani, Amit K. Arora, Dadas A. Bhanudas, Ekta Singh, Madhur, and
Paras Jandwani
10.1 Introduction 201
10.2 Advanced Encryption Mechanisms in 6G-IoT 204
10.3 Decentralized Security Models: Blockchain Integration 207
10.4 AI-Driven Threat Detection Systems in 6G-IoT 209
10.5 Converging Technologies: Encryption, Blockchain, and AI in 6G-IoT 212
10.6 Compliance and Privacy-Preserving Technologies in 6G-IoT 221
10.7 Conclusion 221
11 Sustainable Development and Green IoT in 6G Era 231
Parmeshwar Yadav, Aman Jandwani, Ekta Singh, Priyanka Darekar, Amit K. Arora,
Dadas A. Bhanudas, and Paras Jandwani
11.1 Energy-Efficient Network Architectures 231
11.2 Sustainable Internet of Things (IoT) Devices 234
11.3 Advanced Protocols and Hardware for 6G 237
11.4 Applications in Smart Cities and Agriculture 240
11.5 Circular Economy and Intelligent Resource Allocation in 6G 243
11.6 Conclusion 246
12 Technological Advancements in Healthcare: AI-Powered Smart Health
Evolution with Real-Time Predictive Analytics 253
Anamika Larhgotra, Aditya Ahirwal, and Avinash Pandey
12.1 Introduction 253
12.2 Literature Review 257
12.3 System Architecture, Design, and Context 258
12.4 Methodology 263
12.5 Results and Discussion 266
12.6 Case Studies 272
12.7 Challenges and Future Exploration 275
12.8 Future Exploration 276
12.9 Conclusion 277
13 6G and IoT Integration for Industrial Innovation 281
Gurinder Kaur Sodhi and Reetu Malhotra
13.1 Introduction 281
13.2 Overview of 6G Technologies 282
13.3 IoT in Industrial Contexts 283
13.4 Synergies Between 6G and IoT 285
13.5 Industrial Applications Enabled by 6G-IoT Integration 287
13.6 Challenges and Considerations 291
13.7 Conclusion 294
References 295
Index 297
HIMANSHI BABBAR, PHD, is Assistant Professor- Research in CSE, working in Chitkara University, Rajpura, Punjab, India. She has 6 years of teaching experience, CGC, Landran, Mohali, Punjab. She received an MCA (Master's in Computer Applications) degree from Chitkara University, Punjab Campus in 2015 and completed her Ph.D. and Post Doctoral Fellowship in Computer Applications from Chitkara University, Punjab Campus and UAE in 2021 and 2022 respectively. Her area of research is Software Defined Networking, Load Balancing, Deep Learning, Intrusion Detection and Internet of Things. She has served as a reviewer in many conferences and journals of International Conference on Intelligent and Innovative Technologies in Computing, Electrical and Electronics (ICIITCEE 2023), IEEE Access, Scientific Reports, Peer-to-Peer Networking and Applications, Ad Hoc Networks, Elsevier, Springers Journal of Network and Systems Management, etc. She has published/accepted/presented many papers in national and international conferences, published more than 40 papers in SCI indexed journals, 20+ papers in Scopus Indexed conferences and filed/published/granted more than 15 patents. She received the Young Researcher Award from Institute of Scholars (INSC) in April 2023.
