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Full Description
In the era rapid technological advancement, the transportation sector stands at the cusp of a transformative era. Human-Centric Intelligent Transportation Systems (HC-ITS) represent a significant leap forward, emphasizing the integration of human factors into the design, implementation, and operation of transportation networks. This book explores the multifaceted dimensions of HC-ITS, highlighting their potential to revolutionize transportation. The foundation of HC-ITS lies in recognizing the importance of human needs, behaviors, and safety. By prioritizing these elements, HC-ITS aims to create more efficient, accessible, and safer transportation environments. This approach not only enhances user experience but also fosters a sustainable and inclusive transportation ecosystem.
This book provides a detailed overview of HC-ITS, beginning with the fundamental principles that underpin this innovative approach. It then delves into the core concepts, exploring how user-centered design, human-machine interaction, and advanced data analytics converge to create intelligent transportation solutions. The practical applications of HC-ITS are vast and varied. The volume examines their implementation in smart traffic management, public transportation systems, autonomous vehicles, and initiatives aimed at improving pedestrian and cyclist safety. Through detailed case studies and real-world examples, it illustrates how HC-ITS are being deployed to address current transportation challenges and enhance the quality of urban life.
Contents
Section 1: Basics and Fundamentals. Chapter 1. Digital Twins in the Modern Era of IoT and AI. Chapter 2. AI-Powered Smart Contracts in Blockchain-IoT. Chapter 3. Optimizing Vehicle-to-Cloud and Grid Interactions for Smart Energy Management of EVs. Chapter 4. Integration of 6G Technology in Transportation Systems. Chapter 5. Smart Mobility for All: Human-Centric Approaches to Personalized Transportation Solutions. Section 2: Methods and Principles. Chapter 6. Architecting IoT Edge Computing: Enhancing Resource Efficiency and Energy Optimization. Chapter 7. Network Infrastructure and Connectivity. Chapter 8. BIDU: Blockchain-Integrated Decentralized Urban Cities Network for Modern Generation. Chapter 9. Performance Metrics and Evaluation. Chapter 10. Energy Efficient Wireless Body Area Network Technology for Prevention and Detection of Hasty Cardiac Arrest using IoT. Section 3: Applications and Use Cases. Chapter 11. Cyber Security in Intelligent Transportation Systems. Chapter 12. Predictive Maintenance Using Digital Twins: An AI-Driven Approach in IoT-Blockchain Systems. Chapter 13. Disaster-Aware Rerouting System Using Social Media-Inspired Alerts: A Network-Based Approach for Urban Traffic Management. Section 4: Open Issues and Future Research Opportunities. Chapter 14. Cybersecurity Challenges in Blockchain-IoT Ecosystems. Chapter 15. Block Estate: Revolutionizing Property Transactions. Chapter 16. Adaptive and Context-Aware Intelligent Transportation Systems toward Human-Centered Mobility for Society 5.0. Chapter 17. Integration of 6G Technology in Transportation Systems. Chapter 18. Integration of Advanced Wireless Communication Technologies—5G, 6G, and beyond in Transportation Systems: Opportunities and Challenges. Index.
