Shared automated vehicles can provide different services in the future, including door-to-
door (D2D) service, first-mile last-mile (FMLM) connections to transit stations, and as a low …

Shared autonomous (fully-automated) vehicles (SAVs) represent an emerging transportation
mode for driverless and on-demand transport. Early actors include Google and Europe's …

Shared autonomous (fully-automated) vehicles (SAVs) represent an emerging transportation
mode for driverless and on-demand transport. Early actors include Google and Europe's …

This study provides a large-scale micro-simulation of transportation patterns in a
metropolitan area when relying on a system of shared autonomous vehicles (SAVs). The six …

Shared automated vehicles (SAVs) will affect mode choice in several ways: door-to-door
(D2D) services may be the most popular choice for SAV travelers, thanks to relatively low …

Vehicle automation represents the greatest revolution in transportation since the automobile
itself. However, the greater the potential impact of a new technology, the harder the future is …

High costs of owning fully-automated or autonomous vehicles (AVs) will fuel the demand for
shared mobility, with zero driver costs. Although sharing sounds good for the transport …

When autonomous vehicles (AVs) are fully functional, they will compete with existing
mainstays in the transportation system. Sharing AVs can mitigate the inefficient use of …

With autonomous vehicles (AVs) still in the testing phase, researchers and planners must
resort to simulation techniques to explore possible futures regarding shared and automated …

Autonomous vehicles (AVs) are expected to play a crucial role in achieving sustainable
transportation in the near future, making it essential to acquire insights into the public's …