Shared vehicles are a key part of any future intelligent and clean transport system, as they can allow for the sharing and potentially more efficient use of transport resources and fuel. Shared mobility has been gaining attention in the private and public sectors as a possible strategy for taming auto ownership, vehicle miles/kilometers travelled, and emissions.

• Chapter 1: Introduction
• Chapter 2: Navigating seismic shifts in transportation
• Chapter 3: Policy and regulatory environment: shared automated vehicles
• Chapter 4: Concept level designs: high-level architecture
• Chapter 5: Shared mobility: managing rights-of-way, developer incentives, and planning principles
• Chapter 6: Shared mobility services: prioritizing social good
• Chapter 7: Multimodal relationships: shared and automated vehicles and high-capacity public transit
• Chapter 8: Design of systems with nonautomated electric vehicles
• Chapter 9: Design of systems with automated and electric vehicles
• Chapter 10: Demand for shared mobility to complement public transportation: human-driven and automated vehicles
• Chapter 11: Demand for shared mobility to replace private mobility using connected and automated vehicles
• Chapter 12: Matching demand and supply under uncertainty
• Chapter 13: Operations and management
• Chapter 14: Impacts on the public realm: understanding the context
• Chapter 15: Impacts on the public realm: the potential for a positive outcome
• Chapter 16: Economic factors
• Chapter 17: The impacts of shared and automated mobility
• Chapter 18: Future directions: maximizing the social and environmental benefits of shared and automated mobility services
• Glossary of technical terms and acronyms
• Literature for further readings