Anticipating the forthcoming integration of shared autonomous vehicles (SAVs) into urban
networks, the imperative of devising an efficient real-time scheduling and routing strategy for …

We study the shared autonomous vehicle (SAV) routing problem while considering
congestion. SAVs essentially provide a dial-a-ride service to travelers, but the large number …

Many studies have been conducted on the feasibility of shared autonomous vehicles to
solve the first-mile and last-mile (FMLM) connectivity problem of public transport (PT) …

Use of shared autonomous vehicles (SAVs) for last-mile transportation can improve transit
use and reduce road congestion. We investigate the problem of optimal integration of SAVs …

The dispatch and routing problems of shared autonomous vehicle (DR-SAV) have been
widely studied, and one of the key challenges is the modeling complexity and computational …

More and more vehicles are connected today via emerging connected and automated
vehicle (CAV) technologies. An intriguing application of CAVs is to cross intersections …

This study proposes a unified optimization framework for strategic planning of shared
autonomous vehicle (SAV) systems that explicitly and endogenously considers their …

Compared to conventional private vehicles (CPVs), shared autonomous vehicles (SAVs)
provide users the potential for the reduced value of time (VoT), improved mobility …

With the emergence of autonomous ground vehicles and the recent advancements in
Intelligent Transportation Systems, Autonomous Traffic Management has garnered more …

With the development of sensing, communication and automated driving technology,
connected and automated vehicles (CAVs) are becoming promising solutions for future …