Description
This book focuses on the design, informatics, and energy sustainability of automated and electric vehicles. Both principles and engineering practice have been addressed, from design perspectives toward informatics enabled transport service operation including automated valet parking and charging use cases. This is achieved by providing an in-depth study on a number of major topics such as battery management, eco-driving system, telecommunications, transport and charging services, cyber-security, etc. The book benefits researchers, engineers, and graduate students in the fields of the intelligent transport system, telecommunication, cyber-security, and smart grids.
Table of Contents
Chapter 1. Energy and Thermal Comfort Integrated Control of Vehicles.- Chapter 2. Battery Management System of Electric Vehicle.- Chapter 3. Vehicle speed prediction in multi-dimensional domain.- Chapter 4. Eco-driving Behavior of Automated Vehicle .- Chapter 5. Service Planning and Operation for Autonomous Valet Parking .- Chapter 6. Mining Passenger Regional Mobility in Ile-de-France using Multiple Data Sources.- Chapter 7. Grid Optimal Integration of Electric Vehicles: Vehicle-to-grid scheduling strategy.- Chapter 8. Artificial Intelligence for optimization bi-directional V2G behaviors.- Chapter 9. Local energy trading with EV flexibility.- Chapter 10. Communication and Networking in Internet of Vehicles.- Chapter 11. The Overview of Non-orthogonal Multiple Access in Vehicle-to-Vehicle Communication.- Chapter 12. Trust Management for Internet of Vehicles.- Chapter 13. Instruction Detection of In-Vehicle Networks .- Chapter 14. Security and Privacy-Preserving for Automated Electric Vehicle.
