AI and Data Engineering for Smart Cities

Manoj Kumar M. V. is a Professor and Head of the Department of Information Science and Engineering at Nitte Meenakshi Institute of Technology, Bengaluru. He is also a Non-Resident Research Fellow at the Mohammed Bin Rashid School of Government, Dubai, and a Visiting Professor at Université Des Mascareignes, Mauritius. His research interests include Process Mining and Data Science, and he has delivered over 50 invited talks and workshops globally.Niranjanamurthy M. is an Associate Professor (S), Department of Artificial Intelligence and Machine Learning, BMS Institute of Technology and Management, Bangalore, INDIA. His area of interest are Data Science, ML, E-Commerce, and M-Commerce related to Industry Internal tool enhancement, Web Services, Cloud Computing, and Networking.Shiva Darshan S. L. is an Assistant Professor at the Department of Computer Science and Engineering at the National Institute of Technology Warangal (NITW). His research interests focus on cybersecurity, malware analysis, intrusion detection systems, IoT security, and AI-driven threat analytics.Immanuel Azaad Moonesar is a Professor of Health Policy and Systems Research, Mohammed Bin Rashid School of Government, Dubai, United Arab Emirates. His research interests include well-being, mental health, healthcare workforce, IB policy, public policy, healthcare management & leadership, maternal & child health, health policy and innovation, nutrition, AI, and quality management.Ananth Rao is an Emeritus Professor of Finance, former Dean of Dubai Business School, and former Chief Academic Officer at University of Dubai. His research focuses on Enterprise Risk Management, Corporate Finance, AI in Public Health, and more.

• Chapter 1. Introduction to Smart Cities and AI. Chapter 2. Navigating the Smart City Landscape: The Power of AI in Urban Planning. Chapter 3. The Road Ahead: Toward Holistic Urban Intelligence.Chapter 4. Knowledge governance and innovation clusters as exemplified in global smart cities: A comparative cross-regional analysis of Dubai, Los Angeles, Shanghai, and Hamburg. Chapter 5. Sustainability Logistics of Intelligent Transportation in Smart Cities: Technologies, Issues and Challenges. Chapter 6. Transportation Safety for Smart Cities. Chapter 7. Smart IoT Enabled Convolution Neural Network for classification of Garbage Disposal. Chapter 8. Privacy and Security Concerns in the Smart City. Chapter 9. Revolutionising Smart Cities with Deepstream-Powered Intelligent Video Analytics. Chapter 10. AI Model for Optimizing Automatic Transportation Systems through IoT. Chapter 11. Leveraging Artificial Intelligence and Data Analytics in Urban Planning for Enhanced Flood Resilience. Chapter 12. Smart City Data Visualization and Communication. Chapter 13. Data Privacy and Security in Smart Cities. Chapter 14. Design and Implementation of Smart Health Care Monitoring Device for Diabetes Using an IoT. Chapter 15. Internet of Things-based Fog Computing Model for Humidity Level Identification. Chapter 16. AI Sentry: Enabling Comprehensive Home Protection with 24/7 Intelligent Security Systems. Chapter 17. Architectural Design to Achieve Operational Efficiency in Smart Cities through Digital Transformation. Chapter 18. Future Directions for AI and Data Engineering in Smart Cities. Chapter 19. Smart Health- Revolutionizing the Future of Healthcare. Chapter 20. Leveraging AI, Machine Learning, and Data Engineering for CKD Management in Smart Cities. Chapter 21. Integrating Smart Tracking and Predictive Health Insights for Enhanced Medication Adherence in Smart City Ecosystems