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Connected and Automated Vehicles examines the policies, public agency approaches, initiatives, industry innovations and research findings to advance CAV SMEEd. The book outlines a policy, leadership and governance framework for deploying CAV technologies that will help readers institutionalize CAV. Users will find clear basic and advanced knowledge on CAV and a high-level overview of the challenges in conceptualizing and deploying CAV technologies. Sections cover strategic visioning, policy planning, systems planning, project development, design, furnishing, installing, integrating, testing, training, operating, evaluating and maintenance.
- Provides an online repository of state-of-the-practices in CAV deployments in the United States, Europe and Australia
- Includes case studies and anecdotes that demonstrate lessons learned using Agile project management approaches
- Presents extensive end of chapter references from published literature
Transportation upper level undergraduate/graduate students, researchers
1. Why Connected and Automated Vehicles?
2. On Connected Vehicles and Emerging Technologies
3. What are Connected and Automated Vehicles?
4. Policy Frameworks for Successful Deployments
5. Technical Elements
6. Simulating CAV
7. Mainstreaming CAV
8. Planning CAV Projects
9. Operational Considerations
10. Designing for CAV
11. Implementation for Safety and Mobility
12. Project Managing CAV
13. Research and Development
14. Public Private Partnerships
15. Current State-of-the-Practice
16. What the Future Holds
- No. of pages:
- © Elsevier 2021
- 1st January 2021
- Paperback ISBN:
Raj Ponnaluri is Florida’s State Connected Vehicles and Arterial Management Engineer. He has over 25 years of professional work experience in Transportation Systems Management and Operations, Intelligent Transportation Systems, Traffic Engineering & Operations, Road Safety, Public Transport, Project Management, Procurement, Connected and Automated Vehicles, and Emerging Technology Applications. Raj holds a Master’s degrees in Civil Engineering and a Ph.D. in Transportation Engineering. He also has an MBA with a specialization in Engineering Management. He is a registered Professional Engineer, a Professional Traffic Operations Engineer, and a Project Management Professional, and is certified by ITC-ILO on Procurement and Project Management. Raj published his works with the Transportation Research Board, the Institute of Transportation Engineers, and Elsevier journals Transport Policy, Accident Analysis & Prevention, and International Association of Traffic Safety and Sciences Research.
Florida State Connected Vehicles and Arterial Management Engineer
Priyanka Alluri is an Assistant Professor with the Department of Civil and Environmental Engineering at Florida International University. She received her doctoral degree in Civil Engineering. Her research focuses on transportation safety and traffic operations, Connected and Automated Vehicle technologies, Transportation Systems Management and Operations, and pedestrian and bicycle safety. She is a registered Professional Engineer in the State of South Carolina and has co-authored 31 refereed journal publications, 50 full-paper peer-reviewed conference proceedings, and 42 research reports. Both authors interact with the intended audiences on a regular basis and have acquired a significant knowledge base on the technical, managerial, institutional, commercial, research, and academic perspectives.
Assistant Professor, Department of Civil and Environmental Engineering, Florida International University
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